10.3.7 Measurement Information elements

25.3313GPPProtocol specificationRadio Resource Control (RRC)Release 17TS

Tools: ARFCN - Frequency Conversion for 5G NR/LTE/UMTS/GSM

10.3.7.1 Additional measurements list

Information Element/Group name	Need	Multi	Type and reference	Semantics description
Additional measurements	MP	1 to <MaxAdditionalMeas>
>Additional measurement identity	MP		Measurement identity 10.3.7.48

10.3.7.2 Cell info

Includes non-frequency related cell info used in the IE "inter-frequency cell info list" and "intra frequency cell info list".

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Cell individual offset	MD		Real(-10..10 by step of 0.5)	In dB Default value is 0 dB Used to offset measured quantity value If the cell from which this IE has been received is operating in MBSFN mode as indicated in subclause 8.1.1.6.3 the UE behaves as if this IE would not have been received.
Reference time difference to cell	OP		Reference time difference to cell 10.3.7.60	In chips. This IE is absent for serving cell. If the cell from which this IE has been received is operating in MBSFN mode as indicated in subclause 8.1.1.6.3 the UE behaviour upon reception of this IE is unspecified.
Read SFN indicator	MP		Boolean	TRUE indicates that read of SFN is requested for the target cell If the cell from which this IE has been received is operating in MBSFN mode as indicated in subclause 8.1.1.6.3 the UE behaves as if this IE would not have been received.
CHOICE mode	MP
>FDD
>>Primary CPICH info	OP		Primary CPICH info 10.3.6.60	This IE is absent only if measuring RSSI only (broadband measurement.)
>>Primary CPICH Tx power	OP		Primary CPICH Tx power 10.3.6.61	Required if calculating pathloss.
>>TX Diversity Indicator	MP		Boolean	TRUE indicates that transmit diversity is used.
>TDD
>>Primary CCPCH info	MP		Primary CCPCH info 10.3.6.57
>>Primary CCPCH TX power	OP		Primary CCPCH TX power 10.3.6.59
>>Timeslot list	OP	1 to <maxTS>		The UE shall report Timeslot ISCP values according the order of the listed Timeslot numbers. If the cell from which this IE has been received is operating in MBSFN mode as indicated in subclause 8.1.1.6.3 the UE behaviour upon reception of this IE is unspecified.
>>>CHOICE TDD option	MP				REL-4
>>>>3.84 Mcps TDD					REL-4
>>>>>Timeslot number	MP		Integer (0…14)	Timeslot numbers, for which the UE shall report Timeslot ISCP
>>>>>Burst Type	MD		Enumerated (Type1, Type2)	Use for Timeslot ISCP measurements only. Default value is "Type1"
>>>>7.68 Mcps TDD					REL-7
>>>>>Timeslot number	MP		Integer (0…14)	Timeslot numbers, for which the UE shall report Timeslot ISCP	REL-7
>>>>>Burst Type	MD		Enumerated (Type1, Type2)	Use for Timeslot ISCP measurements only. Default value is "Type1"	REL-7
>>>>1.28 Mcps TDD					REL-4
>>>>>Timeslot number	MP		Integer (0…6)	Timeslot numbers, for which the UE shall report Timeslot ISCP	REL-4
Cell Selection and Re-selection Info	CV-BCHopt		Cell Selection and Re-selection for SIB11/12Info 10.3.2.4	This IE is absent for the serving cell. If the cell from which this IE has been received is operating in MBSFN mode as indicated in subclause 8.1.1.6.3 the UE behaviour upon reception of this IE is unspecified.

Condition	Explanation
BCHopt	This IE is Optional when sent in SYSTEM INFORMATION or for 1.28 Mcps TDD when sent in the MEASUREMENT CONTROL, Otherwise, the IE is not needed

10.3.7.3 Cell measured results

Includes non-frequency related measured results for a cell.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Cell Identity	OP		Cell Identity 10.3.2.2
CSG PLMN List	CV-CSG	1 to 6			REL-12
>CSG PLMN Identity	MP		PLMN identity 10.3.1.11		REL-12
CSG Identity	CV-CSG		CSG Identity 10.3.2.8		REL-9
CSG Member indication	CV-CSG		Enumerated(member)		REL-9
Cell synchronisation information	OP		Cell synchronisation information 10.3.7.6
CHOICE mode	MP
>FDD
>>Primary CPICH info	MP		Primary CPICH info 10.3.6.60
>>CPICH Ec/N0	OP		Integer(0..49)	According to CPICH_Ec/No in [19] and [20]. Fourteen spare values are needed.
>>CPICH RSCP	OP		Integer(0..91)	According to CPICH_RSCP in [19] and [20]. Thirty-six spare values are needed.
>>Delta_{CPICH RSCP}	CV-RSCP		Integer(-5..-1)	If present, the actual value of CPICH RSCP = CPICH RSCP+ Delta_{CPICH RSCP}	REL-5
>>Pathloss	OP		Integer(46..158)	In dB. Fifteen spare values are needed.
>TDD
>>Cell parameters Id	MP		Cell parameters Id 10.3.6.9
>>Proposed TGSN	OP		Integer (0..14)	Proposal for the next TGSN
>>Primary CCPCH RSCP	OP		Primary CCPCH RSCP info 10.3.7.54
>>Pathloss	OP		Integer(46..158)	In dB. Fifteen spare values are needed.
>>Timeslot list	OP	1 to < maxTS>
>>>Timeslot ISCP	MP		Timeslot ISCP Info 10.3.7.65	The UE shall report the Timeslot ISCP in the same order as indicated in the cell info

Condition	Explanation
RSCP	This IE is mandatory if the IE "Cell measured results" is included in the IE "Measured Results" (i.e. not included in the IE "Additional Measured Results") and if CPICH RSCP is present and if the value of the CPICH RSCP is below 0. It is not needed otherwise.
CSG	This IE is optionally present if the target cell’s Primary scrambling code (as determined from Primary CPICH info IE) is found in the CELL_INFO_CSG_LIST set of PSCs. Otherwise it is not needed.

10.3.7.4 Cell measurement event results

Includes non-frequency related cell reporting quantities.

Information Element/Group name	Need	Multi	Type and reference	Semantics description
CHOICE mode	MP
>FDD
>>Primary CPICH info	MP	1 to <maxCellMeas>	Primary CPICH info 10.3.6.60
>TDD
>>Primary CCPCH info	MP	1 to <maxCellMeas>	Primary CCPCH info 10.3.6.57

10.3.7.5 Cell reporting quantities

Includes non-frequency related cell reporting quantities.

For all boolean types TRUE means inclusion in the report is requested.

Information Element/Group name	Need	Type and reference
Cell synchronisation information reporting indicator	MP	Boolean
Cell Identity reporting indicator	MP	Boolean
CHOICE mode	MP
>FDD
>>CPICH Ec/N0 reporting indicator	MP	Boolean
>>CPICH RSCP reporting indicator	MP	Boolean
>>Pathloss reporting indicator	MP	Boolean
>TDD
>>Timeslot ISCP reporting indicator	MP	Boolean
>>Proposed TGSN Reporting required	MP	Boolean
>>Primary CCPCH RSCP reporting indicator	MP	Boolean
>>Pathloss reporting indicator	MP	Boolean

10.3.7.6 Cell synchronisation information

The IE "Cell synchronisation information" contains the OFF and Tm as defined in [7] and [8] and the four most significant bits of the difference between the 12 least significant bits of the RLC Transparent Mode COUNT-C in the UE and the SFN of the measured cell. It is notified to SRNC by Measurement Report message or Measurement Information Element in other RRC messages

Information Element/Group name	Need	Multi	Type and reference	Semantics description
CHOICE mode	MP
>FDD
>>COUNT-C-SFN frame difference	OP
>>>COUNT-C-SFN high	MP		Integer(0..3840 by step of 256)	in frames
>>>OFF	MP		Integer(0..255)	in frames
>>Tm	MP		Integer(0..38399)	in chips
>TDD
>>COUNT-C-SFN frame difference	OP
>>>COUNT-C-SFN high	MP		Integer(0..3840 by step of 256)	in frames
>>>OFF	MP		Integer(0..255)	in frames

10.3.7.6a E-UTRA event results

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Inter-RAT event identity	MP		Inter-RAT event identity 10.3.7.24		REL-8
E-UTRA events results list	MP	1 to <maxReportedEUTRAFreqs>			REL-8
E-UTRA events results list	MP	1 to <maxReportedEUTRAFreqs-ext>			REL-12
>E-UTRA Carrier Frequency	MP		Integer (0..65535)	EARFCN of the downlink carrier frequency [64]. If the IE indicates a value of 65535, then the EARFCN for this instance should be read from the corresponding instance of IE "EARFCN extension" in the E-UTRA events results extension list.	REL-8
>Reported cells	MP	1 to <maxReportedEUTRACellPerFreq>			REL-8
>>Physical Cell Identity	MP		Integer (0..503)		REL-8
E-UTRA events results extension list	OP	1 to <maxReportedEUTRAFreqs>			REL-11
E-UTRA events results extension list	OP	1 to <maxReportedEUTRAFreqs-ext>			REL-12
>EARFCN extension	OP		Integer (65536..262143)	EARFCN of the downlink carrier frequency [64].	REL-11

10.3.7.6b E-UTRA frequency list

Contains the information for the list of measurement objects for E-UTRA measurements.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
CHOICE E-UTRA frequency removal	MP				REL-8
>Remove all frequencies				(no data)	REL-8
>Remove some frequencies					REL-8
>>Removed frequencies	MP	1 to <maxNumEUTRAFreqs>			REL-8
>>>E-UTRA frequencies	MP		Integer (0..65535)	EARFCN of the downlink carrier frequency [64]. If the IE indicates a value of 65535, then the EARFCN for this instance should be read from the corresponding instance of IE "EARFCN extension".	REL-8
>>>EARFCN extension	OP		Integer (65536..262143)	EARFCN of the downlink carrier frequency [64].	REL-11
>Remove no frequencies				(no data)	REL-8
New frequencies	OP	1 to <maxNumEUTRAFreqs>			REL-8
>E-UTRA carrier frequency	MP		Integer (0..65535)	EARFCN of the downlink carrier frequency [64]. If the IE indicates a value of 65535, then the EARFCN for this instance should be read from the corresponding instance of IE "EARFCN extension". It is always ensured by the UTRAN that more than one measurement object for the same physical frequency is not configured regardless of the EARFCN used to indicate this.	REL-8
>EARFCN extension	OP		Integer (65536..262143)	EARFCN of the downlink carrier frequency [64]. It is always ensured by the UTRAN that more than one measurement object for the same physical frequency is not configured regardless of the EARFCN used to indicate this.	REL-11
>Reduced measurement performance	OP		Enumerated (TRUE)	TRUE indicates that the frequency is configured for reduced measurement performance [19]. Absense indicates that the frequency is configured for normal measurement performance [19].	REL-12
>Measurement Bandwidth	MD		Enumerated (6, 15, 25, 50, 75, 100)	Measurement bandwidth information common for all neighbouring cells on the carrier frequency. It is defined by the parameter Transmission Bandwidth Configuration, N_RB [36.104]. The values indicate the number of resource blocks over which the UE could measure. Default value is 6.	REL-8
>Exclude-listed cells list	OP	1 to <maxEUTRACellPerFreq>		A list of exclude-listed cells can be signalled per frequency	REL-8
>>Physical Cell identity	MP		Integer (0..503)		REL-8
>Wideband RSRQ measurements	CV-WB-RSRQ		Enumerated (TRUE)	If this field is present, the UE shall use a wider bandwidth when performing RSRQ measurements according to TS 36.133 [74].	REL-11
E-UTRA SI Acquisition	OP		10.3.7.127		REL-9
RSRQ measurement on all symbols	OP		Boolean	TRUE means that RSRQ measurement on all OFDM symbols is configured.If wideband RSRQ measurement is enabled for the frequency, the UE shall, when performing RSRQ measurements, perform RSRQ measurement on all OFDM symbols with wider bandwidth for concerned frequency; FALSE or absence of this field means that the UE shall, when performing RSRQ measurements, perform RSRQ measurement only on CRS symbols;	REL-12

Condition	Explanation
WB-RSRQ	The field is optionally present if the measurement bandwidth indicated by Measurement Bandwidth is 50 resource blocks or larger. Otherwise it is not needed.

10.3.7.6c E-UTRA measured results

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
E-UTRA measured results list	MP	1 to <maxReportedEUTRAFreqs>			REL-8
E-UTRA measured results list	MP	1 to <maxReportedEUTRAFreqs-ext>			REL-12
>E-UTRA Carrier Frequency	MP		Integer (0..65535)	EARFCN of the downlink carrier frequency [64]. If the IE indicates a value of 65535, then the EARFCN for this instance should be read from the corresponding instance of IE "EARFCN extension" in the E-UTRA measured results extension list.	REL-8
>Measured E-UTRA cells	MP	1 to <maxReportedEUTRACellPerFreq>			REL-8
>>Physical Cell Identity	MP		Integer (0..503)		REL-8
>>RSRP	OP		Integer (0..97)	This shall be reported if the “Inter-RAT measurement quantity” IE is set to ‘RSRP’ or the “Inter-RAT reporting quantity” IE is set to ‘both’. RSRP is mapped to a value between 0 and 97 [36.133].	REL-8
>>RSRQ	OP		Integer (0..33)	This quantity shall be reported if the “Inter-RAT measurement quantity” IE is set to ‘RSRQ’ or the “Inter-RAT reporting quantity” IE is set to ‘both’. RSRQ_00 to RSRQ_33 in [36.133] are mapped to the value between 0 and 33. RSRQ_34 in [36.133] is mapped to the value 33. If the IE indicates a value of 0 and the RSRQ Extension IE is present, then the RSRQ for this instance should be read from the corresponding instance of IE "RSRQ extension", the range is from -30 to -1. If the IE indicates a value of 33 and the RSRQ Extension IE is present, then the RSRQ for this instance should be read from the corresponding instance of IE "RSRQ extension", the range is from 35 to 46.	REL-8
>>RSRQ Extension	OP		Integer (-30..46)	RSRQ_-30 to RSRQ_-1 in [36.133] are mapped to the value between -30 and -1. RSRQ_35 to RSRQ_46 in [36.133] are mapped to the value between 35 and 46.	REL-12
>>E-UTRA Results for SI Acquisition	OP		10.3.7.128		REL-9
E-UTRA measured results extension list	OP	1 to <maxReportedEUTRAFreqs>			REL-11
E-UTRA measured results extension list	OP	1 to <maxReportedEUTRAFreqs-ext>			REL-12
>EARFCN extension	OP		Integer (65536..262143)	EARFCN of the downlink carrier frequency [64].	REL-11

10.3.7.7 Event results

Information Element/Group name	Need	Type and reference	Semantics description
CHOICE event result	MP		One spare value is needed.
>Intra-frequency measurement event results		Intra-frequency measurement event results 10.3.7.37
>Inter-frequency measurement event results		Inter-frequency measurement event results 10.3.7.17
>Inter-RAT measurement event results		Inter-RAT measurement event results 10.3.7.28	For IS-2000 results, include fields of the Pilot Strength Measurement Message from subclause 2.7.2.3.2.5 of TIA/EIA/IS-2000.5
>Traffic volume measurement event results		Traffic volume measurement event results 10.3.7.69
>Quality measurement event results		Quality measurement event results 10.3.7.57
>UE internal measurement event results		UE internal measurement event results 10.3.7.78
>UE positioning measurement event results		UE positioning measurement event results 10.3.7.101

CHOICE event result	Condition under which the given event result is chosen
Intra-frequency measurement event results	If measurement type = intra-frequency measurement
Inter-frequency measurement event results	If measurement type = inter-frequency measurement
Inter-RAT measurement event results	If measurement type = inter-RAT measurement
Traffic volume measurement event results	If measurement type = traffic volume measurement
Quality measurement event results	If measurement type = Quality measurement
UE internal measurement event results	If measurement type = UE internal measurement
UE positioning measurement event results	If measurement type = UE positioning measurement

10.3.7.8 FACH measurement occasion info

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
FACH Measurement occasion cycle length coefficient	OP		Integer(1..12)
Inter-frequency FDD measurement indicator	MP		Boolean	TRUE means that measurements are required
Inter-frequency TDD 3.84 Mcps measurement indicator	MP		Boolean	TRUE means that measurements are required	REL-4
Inter-frequency TDD 7.68 Mcps measurement indicator	MP		Boolean	TRUE means that measurements are required	REL-7
Inter-frequency TDD 1.28 Mcps measurement indicator	MP		Boolean	TRUE means that measurements are required	REL-4
Inter-RAT measurement indicators	OP	1 to <maxOtherRAT>
>RAT type	MP		Enumerated(GSM, IS2000)	NOTE1
NOTE1: If "CELL_FACH Absolute Priority Measurement Indicator" is received in SIB19 then measurement occasions configured for GSM shall be used by the UE for GSM and/or EUTRAN measurements according to the rules in [4]

10.3.7.9 Filter coefficient

Information Element/Group name	Need	Multi	Type and reference	Semantics description
Filter coefficient	MD		Integer(0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 11, 13, 15, 17, 19)	Default value is 0

10.3.7.9a GSM cell group

This IE encodes a list of GSM cells specified by their ARFCN values [45].

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Starting ARFCN	MP		Integer (0..1023)	First ARFCN value in the set	REL-8
Band Indicator	MP		Enumerated (dcs1800, pcs1900)	GSM BAND_INDICATOR [45]	REL-8
CHOICE Following ARFCNs	MP				REL-8
>Explicit list					REL-8
>>List of ARFCNs	MP	0 to 31	Integer (0..1023)	Following ARFCN values	REL-8
>Equally spaced					REL-8
>>ARFCN spacing	MP		Integer (1..8)	Increment "d" ARFCN values	REL-8
>>Number of following ARFCNs	MP		Integer (0..31)	Number "n" of following ARFCN values, NOTE 1	REL-8
>Variable bitmap format					REL-8
>>Bitmap	MP		Octet string (1..16)	NOTE 2	REL-8
>Continuous range					REL-8
>>Ending ARFCN	MP		Integer (0..1023)	Last ARFCN value in the set, NOTE 3	REL-8
NOTE 1: Let the IE "Starting ARFCN" = s. The complete set of (n+1) ARFCN values is defined as: {s, ((s + d) mod 1024), ((s + 2d) mod 1024) … ((s + nd) mod 1024)}.
NOTE 2: Bitmap representing the following ARFCN values in the set. Let the IE "Starting ARFCN" = s. The first bit of the first octet in the bitmap corresponds to ARFCN = ((s + 1) mod 1024), the next bit to the ARFCN = ((s + 2) mod 1024), and so on. If the bitmap consist of N octets, the last bit of octet N corresponds to ARFCN = ((s + 8*N) mod 1024). The complete set of ARFCN values consists of ARFCN = s and the ARFCN values, where the corresponding bit in the bitmap is set to "1".
NOTE 3: Let the IEs "Starting ARFCN" = s and "Ending ARFCN" = t. The complete set of ARFCN values is defined as: {s, ((s + 1) mod 1024), ((s + 2) mod 1024) … ((t − 1) mod 1024), t}.

10.3.7.10 HCS Cell re-selection information

Information Element/Group name	Need	Multi	Type and reference	Semantics description
Penalty_time	MD		Integer(0, 10, 20, 30, 40, 50, 60)	Default value is 0 which means = not used In seconds
Temporary_offsets	CV-Penalty used
>Temporary_offset1	MP		Integer(3, 6, 9, 12, 15, 18, 21, inf)	[dB]
>Temporary_offset2	CV-FDD-Quality-Measure		Integer(2, 3, 4, 6, 8, 10, 12, inf)	[dB]

Condition	Explanation
Penalty used	This IE is not needed if the IE "Penalty time" equals "not used", else it is mandatory present.
FDD-Quality-Measure	This IE is not needed if the IE "Cell selection and reselection quality measure" has the value CPICH RSCP, otherwise the IE is mandatory present. This conditional presence is implemented in ASN.1 by the use of a specific RSCP and EcN0 variant of 10.3.7.10.

10.3.7.11 HCS neighbouring cell information

Information Element/Group name	Need	Multi	Type and reference	Semantics description
HCS_PRIO	MD		Integer (0..7)	Default value = 0
Qhcs	MD		Qhcs 10.3.7.54a	Default value = 0
HCS Cell Re-selection Information	MP		HCS Cell Re-selection Information 10.3.7.10

10.3.7.12 HCS Serving cell information

Information Element/Group name	Need	Multi	Type and Reference	Semantics description
HCS_PRIO	MD		Integer (0..7)	Default value = 0
Qhcs	MD		Qhcs 10.3.7.54a	Default value = 0
T_CRmax	MD		Enumerated(not used, 30, 60, 120, 180, 240)	[s] Default value is not used
N_CR	CV-UE speed detector		Integer(1..16)	Default value = 8
T_CrmaxHyst	CV-UE speed detector		Enumerated(not used, 10, 20, 30, 40, 50, 60, 70)	[s]

Condition	Explanation
UE Speed detector	This IE is not needed if T_Crmax equals ‘not used’, else it is mandatory present.

10.3.7.12a Idle Interval Information

NOTE: Used for TDD only. If the multi-RAT UE needs idle interval for E-UTRAN measurements in CELL_DCH state, this IE may be configured.

Information Element/Group name

Need

Multi

Type and reference

Semantics description

Version

Integer (2..3)

This IE is the coefficient parameter to calculate the idle interval period. Default value is 2.

The actual idle interval period equal to 2^k radio frames.

REL-8

Offset

Integer (0..7)

The idle interval position in the period.

Default value is 0.

REL-8

10.3.7.13 Inter-frequency cell info list

Contains the information for the list of measurement objects for an inter-frequency measurement.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
CHOICE Inter-frequency cell removal	OP
>Remove all inter-frequency cells				No data
>Remove some inter-frequency cells
>>Removed inter-frequency cells	MP	1 .. <maxCellMeas>
>>Removed inter-frequency cells	MP	1 .. <maxCellMeas-ext>		NOTE 2	REL-12
>>>Inter-frequency cell id	MP		Integer(0 .. <maxCellMeas>-1)
>>>Inter-frequency cell id	MP		Integer(0 .. <maxCellMeas-ext>-1)	NOTE 2	REL-12
>No inter-frequency cells removed				No data
New inter-frequency cells	OP	1 to <maxCellMeas>
New inter-frequency cells	OP	1 to <maxCellMeas-ext>		NOTE 2	REL-12
>Inter-frequency cell id	MD		Integer(0 .. <maxCellMeas>-1)
>Inter-frequency cell id	MD		Integer(0 .. <maxCellMeas-ext>-1)	NOTE 2	REL-12
>Frequency info	MD		Frequency info 10.3.6.36	Default value is the value of the previous "frequency info" in the list. It is always ensured by the UTRAN that more than one measurement object for the same physical frequency is not configured regardless of the UARFCN used to indicate this. NOTE: The first occurrence is then MP.
>Cell info	MP		Cell info 10.3.7.2
>CHOICE mode specific info	MP				REL-7
>>No information				No data for FDD, TDD 3.84 Mcps or TDD 7.68 Mcps	REL-7
>>TDD 1.28 Mcps					REL-7
>>>Intra-SecondaryFrequency Indicator	MP		Boolean	TRUE means the inter frequency neighbour cell has a secondary frequency which is the same as the current working frequency of UE.	REL-7
>>>SNPL Monitor Set Indicator	OP		Bit string(5)	Each bit indicates whether the inter frequency neighbour cell has a secondary frequency which is the same as the frequency of a specific E-DCH carrier of UE. Bit0 indicate the E-DCH carrier with lowest UARFCN, and Bit1 indicate the E-DCH carrier with the second lowest UARFCN, … … Bit n indicate the E-DCH carrier with the n+1 lowest UARFCN. the Primary E-DCH carrier shall not be considered in the bitmap.	REL-10
Reduced measurement performance frequency list	CV-Measure	1 to <maxRMPfrequencies>			REL-12
>Reduced measurement performance	MP		BOOLEAN	TRUE indicates that the frequency is configured for reduced measurement performance [19]. FALSE indicates that the frequency is configured for normal measurement performance [19]. The ith entry in the Reduced measurement performance frequency list corresponds to the ith frequency signalled in the "New inter-frequency cells" list.	REL-12
Cells for measurement	CV-BCHopt	1 to <maxCellMeas>
Cells for measurement	CV-BCHopt	1 to <maxCellMeas-ext>			REL-12
>Inter-frequency cell id	MP		Integer(0 .. <maxCellMeas>-1)
>Inter-frequency cell id	MP		Integer(0 .. <maxCellMeas-ext>-1)		REL-12
CSG Inter-frequency cell info	CV-BCHopt		10.3.7.120		REL-9
Inter-frequency SI Acquisition	CV-BCHopt		10.3.7.124		REL-9
Multiple Frequency Info List FDD	CV- MCM_opt	1 to <maxNumFDDFreqs >		Each entry in the list corresponds to a UARFCN listed in the "New inter-frequency cells" IE (common to all those cells sharing the same "Frequency info" value). See NOTE 1.	REL-10
>Multiple Frequency bands Indicator List FDD	OP	1 to< maxMultipleFrequencyBandsFDD >		Indicates, per neighbour UARFCN, a list of frequency bands which the cells belong to. Absence of this IE indicates that there are no Multiple Bands for the particular UARFCN.	REL-10
>>CHOICE frequency bands indicator	MP				REL-10
>>>Frequency band indicator			Frequency band indicator 10.3.6.35b		REL-10
>>>Frequency band indicator 2			Frequency band indicator 2 10.3.6.35c		REL-10
>>>Frequency band indicator 3			Frequency band indicator 3 10.3.6.35ca		REL-10

NOTE 1: The UTRAN should signal the "Frequency info" IE only once in "New Inter-frequency cells" for each UARFCN i.e. for the first Inter-frequency neighbour cell using that UARFCN. For each subsequent Inter-frequency neighbour cell having the same UARFCN, the "Frequency info" should not be included, but rather the Mandatory Default (MD) value will be used. See Annex G.2.

NOTE 2: Not applicable when sent in SYSTEM INFORMATION.

Condition	Explanation
BCHopt	This IE is not needed when sent in SYSTEM INFORMATION. Otherwise, the IE is Optional
MCM_opt	This IE is OPTIONAL when sent in SYSTEM INFORMATION. Otherwise, the IE is not needed.
Measure	The IE is optional present in System Information Block type 11, 11bis, 11ter, 12 and MEASUREMENT CONTROL message. Otherwise the IE is not needed.

10.3.7.14 Inter-frequency event identity

Information Element/Group name	Need	Multi	Type and reference	Semantics description
Inter-frequency event identity	MP		Enumerated(2a, 2b, 2c, 2d, 2e, 2f, 2g)	One spare value is needed.

10.3.7.15 Inter-frequency measured results list

Information Element/Group name	Need	Multi	Type and reference	Semantics description
Inter-frequency measurement results	OP	1 to <maxFreq>
>Frequency info	MD		Frequency info 10.3.6.36	Default value is the value of the previous "frequency info" in the list. NOTE: The first occurrence is then MP.
>UTRA carrier RSSI	OP		Integer(0..76)	According to UTRA_carrier_RSSI_LEV in [19] and [20]. Fifty-one spare values are needed.
>Inter-frequency cell measurement results	OP	1 to <maxCellMeas>		Only cells for which all reporting quantities are available should be included.
>>Cell measured results	MP		Cell measured results 10.3.7.3

10.3.7.16 Inter-frequency measurement

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Inter-frequency measurement objects list	MP		Inter-frequency cell info list 10.3.7.13
Inter-frequency measurement quantity	OP		Inter-frequency measurement quantity 10.3.7.18
Inter-frequency reporting quantity	OP		Inter-frequency reporting quantity 10.3.7.21
Reporting cell status	CV-reporting		Reporting cell status 10.3.7.61
Measurement validity	OP		Measurement validity 10.3.7.51
Inter-frequency set update	OP		Inter-frequency set update 10.3.7.22
Adjacent frequency index	OP		Integer (0..<maxCellMeas-1>)	Index to an element in the IE “New inter-frequency cell” containing a cell on the adjacent frequency; index = 0 corresponds to the first element in the IE	REL-8
Adjacent frequency index	OP		Integer (0..<maxCellMeas-ext-1>)		REL-12
Inter-band frequency index	OP		Integer (0..<maxCellMeas-1>)	Index to an element in the IE “New inter-frequency cell” containing a cell on an inter-band frequency; index = 0 corresponds to the first element in the IE	REL-9
Inter-band frequency index	OP		Integer (0..<maxCellMeas-ext-1>)		REL-12
Frequency index list for enhanced measurement	OP	1..<maxFreqMeasWithoutCM>			REL-10
>Frequency index for enhanced measurement	MP		Integer (0..<maxCellMeas-1>)	Index to an element in the IE “New inter-frequency cell”; index = 0 corresponds to the first element in the IE	REL-10
>Frequency index for enhanced measurement	MP		Integer (0..<maxCellMeas-ext-1>)		REL-12
CHOICE report criteria	MP
>Intra-frequency measurement reporting criteria			Intra-frequency measurement reporting criteria 10.3.7.39
>Inter-frequency measurement reporting criteria			Inter-frequency measurement reporting criteria 10.3.7.19
>Periodical reporting criteria			Periodical reporting criteria 10.3.7.53
>No reporting				(no data) Chosen when this measurement only is used as additional measurement to another measurement

Condition	Explanation
reporting	This IE is optional if the CHOICE "report criteria" is equal to "periodical reporting criteria" or "No reporting", otherwise the IE is not needed

10.3.7.17 Inter-frequency measurement event results

This IE contains the measurement event results that are reported to UTRAN for inter-frequency measurements.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Inter-frequency event identity	MP		Inter-frequency event identity 10.3.7.14
Inter-frequency cells	OP	1 to <maxFreq>
>Frequency info	MP		Frequency info 10.3.6.36
>Non frequency related measurement event results	MP		Cell measurement event results 10.3.7.4
Detected Set Trigger	OP		Enumerated(True)	Indicates whether or not inclusion of detected set cells triggered the event.	REL-10

10.3.7.18 Inter-frequency measurement quantity

The quantity the UE shall measure in case of inter-frequency measurement. It also includes the filtering of the measurements.

Information Element/Group name	Need	Type and reference
CHOICE reporting criteria	MP
>Intra-frequency reporting criteria
>>Intra-frequency measurement quantity	MP	Intra-frequency measurement quantity 10.3.7.38
>Inter-frequency reporting criteria
>>Filter coefficient	MP	Filter coefficient 10.3.7.9
>>CHOICE mode	MP
>>>FDD
>>>>Measurement quantity for frequency quality estimate	MP	Enumerated( CPICH Ec/N0, CPICH RSCP)
>>>TDD
>>>>Measurement quantity for frequency quality estimate	MP	Enumerated( Primary CCPCH RSCP)

10.3.7.19 Inter-frequency measurement reporting criteria

The triggering of the event-triggered reporting for an inter-frequency measurements. All events concerning inter-frequency measurements are labelled 2x where x is a,b,c, …

Event 2a: Change of best frequency.

Event 2b: The estimated quality of the currently used frequency is below a certain threshold and the estimated quality of a non-used frequency is above a certain threshold.

Event 2c: The estimated quality of a non-used frequency is above a certain threshold.

Event 2d: The estimated quality of the currently used frequency is below a certain threshold.

Event 2e: The estimated quality of a non-used frequency is below a certain threshold.

Event 2f: The estimated quality of the currently used frequency is above a certain threshold.

Event 2g: Change of best cell on a configured secondary downlink frequency.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Parameters required for each event	OP	1 to <maxMeasEvent>
>Inter-frequency event identity	MP		Inter-frequency event identity 10.3.7.14
>Threshold used frequency	CV–clause 0		Integer(-115..0)	Ranges used depend on measurement quantity. CPICH Ec/No -24..0dB CPICH/Primary CCPCH RSCP -115..-25dBm
>Threshold used frequency	CV–clause 0		Integer (-120..0)	Ranges used depend on measurement quantity. CPICH Ec/No -24..0dB CPICH/Primary CCPCH RSCP -120..-25dBm	REL-6
>Delta_{Threshold used frequency}	CV-clause 3		Integer(-5..-1)	If present, the actual value of Threshold used frequency = Threshold used frequency + Delta_{Threshold used frequency}	REL-5
>Delta_{Threshold used frequency}	CV-clause 3			Not used in Release 6 and later	REL-6
>W used frequency	CV–clause 2		Real(0, 0.1..2.0 by step of 0.1)
>Hysteresis	MP		Real(0, 0.5..14.5 by step of 0.5)	In event 2a, 2b, 2c, 2d, 2e, 2f, 2g
>Time to trigger	MP		Time to trigger 10.3.7.64	Indicates the period of time during which the event condition has to be satisfied, before sending a Measurement Report. Time in ms.
>Reporting cell status	OP		Reporting cell status 10.3.7.61
>Parameters required for each non-used frequency	OP	1 to <maxFreq>		In this release, the first listed threshold, W and triggering condition parameter shall apply to all non-used frequencies.
>>Threshold non used frequency	CV–clause 1		Integer(-115..0)	Ranges used depend on measurement quantity. CPICH Ec/No -24..0dB CPICH/Primary CCPCH RSCP -115..-25dBm. This IE is not needed if the IE "Inter-frequency event identity" is set to 2a. However, it is specified to be mandatory to align with the ASN.1.
>>Threshold non used frequency	CV–clause 1		Integer (-120..0)	Ranges used depend on measurement quantity. CPICH Ec/No -24..0dB CPICH/Primary CCPCH RSCP -120..-25dBm This IE is not needed if the IE "Inter-frequency event identity" is set to 2a.	REL-6
>> Delta_{Threshold non used frequency}	CV-clause 4		Integer(-5..-1)	If present, the actual value of Threshold non used frequency = Threshold non used frequency + Delta_{Threshold non used frequency}	REL-5
>> Delta_{Threshold non used frequency}				Not used in Release 6 and later	REL-6
>>W non-used frequency	CV-clause 1		Real(0, 0.1..2.0 by step of 0.1)
>>Triggering Condition non-used frequency detected cells	CV-clause 4		Enumerated(true)	If present the UE shall include detected set cells in the event evaluation	REL-10
>Use CIO	CV-clause 6		Enumerated (TRUE)	If present the UE shall use cell individual offset for event evaluation.	REL-12
Exclude-listed cells in non-used frequency	CV-clause 5	1 to <maxFreq>		If present the UE should exclude indicated cells in the event evaluation when non-used frequency detected cells is enabled.	REL-12
>Frequency info	MP		Frequency info 10.3.6.36		REL-12
>Cells to be excluded in non-used frequency detected cells	MP	1 to <maxExcludedDetectedSetCells>			REL-12
>>Primary CPICH info	MP		Primary CPICH info 10.3.6.60		REL-12

Condition	Explanation
Clause 0	This IE is mandatory present if the IE "Inter frequency event identity" is set to 2b, 2d, or 2f, otherwise the IE is not needed.
Clause 1	This IE is mandatory present if the IE "Inter frequency event identity" is set to 2a, 2b, 2c or 2e, otherwise the IE is not needed
Clause 2	This IE is mandatory present if the IE "Inter-frequency event identity" is set to 2a, 2b, 2d or 2f, otherwise the IE is not needed.
Clause 3	This IE is optional if the IE "Inter frequency event identity" is set to 2b, 2d, or 2f. Otherwise the IE is not needed. Note that in order to align with the ASN.1, this IE is always included when the IE “Delta_{Threshold non used frequency}“ is present, but the value shall be ignored if the "Inter-frequency event identity" is not set to 2b, 2d or 2f.
Clause 4	This IE is optional if the IE "Inter frequency event identity" is set to 2a, 2b, 2c or 2e. Otherwise the IE is not needed.
Clause 5	This IE is optional if the IE "Triggering Condition non-used frequency detected cells" is present. Otherwise the IE is not needed.
Clause 6	This IE is optional if the IE "Inter frequency event identity" is set to 2g. Otherwise the IE is not needed.

10.3.7.20 Inter-frequency measurement system information

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Inter-frequency cell info list	OP		Inter-frequency cell info list 10.3.7.13
Inter-frequency RACH reporting information	OP		Inter-frequency RACH reporting information 10.3.7.20a		REL-6

10.3.7.20a Inter-frequency RACH reporting information

Contains the reporting configuration information for an inter-frequency measurement report, which is sent on the RACH.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
CHOICE mode	MP				REL-6
>FDD					REL-6
>> Inter-frequency RACH reporting quantity	MP		Enumerated(CPICH Ec/N0, CPICH RSCP)		REL-6
>TDD					REL-6
>>Reporting quantity list	MP	1 to 2			REL-6
>>> Inter-frequency RACH reporting quantity	MP		Enumerated(Primary CCPCH RSCP)		REL-6
Inter-frequency RACH reporting threshold	MP		Integer(-115..0)	Ranges used depend on measurement quantity. CPICH Ec/No -24..0dB CPICH/Primary CCPCH RSCP -115..-25dBm.	REL-6
Maximum number of inter-frequency RACH reporting cells	MP		Integer(1..8)	Indicates the total number for all non- used frequencies	REL-6

10.3.7.21 Inter-frequency reporting quantity

Information Element/Group name	Need	Multi	Type and reference	Semantics description
UTRA Carrier RSSI	MP		Boolean	TRUE means report is requested.
Frequency quality estimate	MP		Boolean	TRUE means that report is requested. This parameter is not used in this release and should be set to FALSE. It shall be ignored by the UE.
Non frequency related cell reporting quantities	MP		Cell reporting quantities 10.3.7.5

10.3.7.22 Inter-frequency SET UPDATE

NOTE 1: Only for FDD.

This information makes it possible to use events defined for Intra-frequency measurement within the same non-used frequency for Inter-frequency measurement reporting criteria.

Information Element/group name	Need	Multi	Type and reference	Semantics description
UE autonomous update mode	MP		Enumerated (On with no reporting)	Required for backwards compatibility with a UE not supporting this revision of the standard

10.3.7.23 Inter-RAT cell info list

Contains the information for the list of measurement objects for an inter-RAT measurement.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
CHOICE Inter-RAT cell removal	MP
>Remove all inter-RAT cells				(no data)
>Remove some inter-RAT cells
>>Removed inter-RAT cells	MP	1 to <maxCellMeas>
>>>Inter-RAT cell id	MP		Integer(0 .. <maxCellMeas> – 1)
>Remove no inter-RAT cells				(no data)
New inter-RAT cells	MP	1 to <maxCellMeas>		Although this IE is not always required, need is MP to align with ASN.1
New inter-RAT cells	OP				REL-4
>Inter-RAT cell id	OP		Integer(0 .. <maxCellMeas> – 1)
>CHOICE Radio Access Technology	MP
>>GSM
>>>Cell individual offset	MP		Integer (-50..50 )	In dB Used to offset measured quantity value
>>>Cell selection and re-selection info	OP		Cell selection and re-selection info for SIB11/12 10.3.2.4	See subclause 8.6.7.3
>>>BSIC	MP		BSIC 10.3.8.2
>>>Band indicator	MP		Enumerated (DCS 1800 band used, PCS 1900 band used)	Indicates how to interpret the BCCH ARFCN
>>>BCCH ARFCN	MP		Integer (0..1023)	[45]
>>IS-2000
>>>System specific measurement info	MP		enumerated (frequency, timeslot, colour code, output power, PN offset)	For IS-2000, use fields from TIA/EIA/IS-2000.5, subclause 3. 7.3.3.2.27, Candidate Frequency Neighbour List Message
>>None			(no data)	This value has been introduced to handle the case when IE "New inter-RAT cells" is not required
Cells for measurement	OP	1 to <maxCellMeas>
>Inter-RAT cell id	MP		Integer(0 .. <maxCellMeas>-1)
Inter-RAT cell info indication	CV-Message		Integer (0..3)	NOTE 1 and 2	REL-5

Condition	Explanation
Message	The IE is optionally present in the MEASUREMENT CONTROL and in the SRNS RELOCATION INFO messages, otherwise the IE is not needed.

NOTE 1: The UTRAN may choose not to use the "Inter-RAT cell info indication" value "0" in the MEASUREMENT CONTROL message, to distinguish that case from those cases where the UE receives the IE "Inter-RAT cell info list" in SIB11 or SIB12.

NOTE 2: In case of an SRNS relocation, if the UE has been sent the "Inter-RAT cell info indication" in the MEASUREMENT CONTROL message and the IE "Inter-RAT cell info list" is included in the SRNS RELOCATION INFO sent from the source RNC to the target RNC, the "Inter-RAT cell info indication" should be included in the IE "Inter-RAT cell info list".

NOTE 3: If the UTRAN configures a UE with a "Inter-RAT cell info list" containing a set of GSM cells where one or more cell(s) belong to DCS 1800 band and one or more cell(s) belong to PCS 1900 band, the UE behaviour is unspecified.

10.3.7.24 Inter-RAT event identity

Information Element/Group name	Need	Multi	Type and reference	Semantics description
Inter-RAT event identity	MP		Enumerated (3a, 3b, 3c, 3d)

10.3.7.25 Inter-RAT info

Inter-RAT info defines the target system for redirected cell selection.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Inter-RAT info	MP		Enumerated (GSM
Inter-RAT info	MP		, E-UTRA)		REL-8
GSM target cell info	CV-GSM		GSM target cell info 10.3.8.4g		REL-6
E-UTRA target info	CV-E-UTRA		E-UTRA target info 10.3.8.4L		REL-8

Condition	Explanation
GSM	This IE is optionally present if the IE "Inter-RAT info" is set to ‘GSM’ and not needed otherwise.
E-UTRA	This IE is mandatory present if the IE "Inter-RAT info" is set to ‘E-UTRA’ and not needed otherwise.

10.3.7.26 Inter-RAT measured results list

Information Element/Group name	Need	Multi	Type and reference	Semantics description
Inter-RAT measurement results	OP	1 to <maxOtherRAT-16>
>CHOICE system	MP			One spare value is needed.
>>GSM
>>>Measured GSM cells	MP	1 to <maxReportedGSMCells>
>>>>GSM carrier RSSI	OP		bit string(6)	RXLEV is mapped to a value between 0 and 63, [46]. When mapping the RXLEV value to the RSSI bit string, the first/leftmost bit of the bit string contains the most significant bit.
>>>>CHOICE BSIC	MP
>>>>>Verified BSIC
>>>>>>inter-RAT cell id	MP		Integer(0..<maxCellMeas>-1)
>>>>>Non verified BSIC
>>>>>>BCCH ARFCN	MP		Integer (0..1023)	[45]

10.3.7.27 Inter-RAT measurement

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
CHOICE Inter-RAT measurement objects	OP				REL-8
>Inter-RAT cell info list	MP		Inter-RAT cell info list 10.3.7.23
>E-UTRA frequency list	MP		E-UTRA frequency list 10.3.7.6b		REL-8
Inter-RAT measurement quantity	OP		Inter-RAT measurement quantity 10.3.7.29
Inter-RAT reporting quantity	OP		Inter-RAT reporting quantity 10.3.7.32
Reporting cell status	CV-reporting		Reporting cell status 10.3.7.61
CHOICE report criteria	MP
>Inter-RAT measurement reporting criteria			Inter-RAT measurement reporting criteria 10.3.7.30
>Periodical reporting criteria			Periodical reporting criteria 10.3.7.53
>No reporting				(no data) Chosen when this measurement only is used as additional measurement to another measurement
Idle Interval Information	OP		Idle Interval Information 10.3.7.12a	This IE is used for TDD only.	REL-8

Condition	Explanation
reporting	This IE is optional if the CHOICE "report criteria" is equal to "periodical reporting criteria" or "No reporting", otherwise the IE is not needed

10.3.7.28 Inter-RAT measurement event results

This IE contains the measurement event results that are reported to UTRAN for inter-RAT measurements.

Information Element/Group name	Need	Multi	Type and reference	Semantics description
Inter-RAT event identity	MP		Inter-RAT event identity 10.3.7.24
Cells to report	MP	1 to <maxCellMeas>
>CHOICE BSIC	MP
>>Verified BSIC
>>>inter-RAT cell id	MP		Integer(0..<maxCellMeas>-1)
>>Non verified BSIC
>>>BCCH ARFCN	MP		Integer (0..1023)	[45]

10.3.7.29 Inter-RAT measurement quantity

The quantity the UE shall measure in case of inter-RAT measurement. It also includes the filtering of the measurements.

Information Element/Group name	Need	Type and reference	Semantics description	Version
Measurement quantity for UTRAN quality estimate	OP	Intra-frequency measurement quantity 10.3.7.38
CHOICE system	MP
>GSM
>>Measurement quantity	MP	Enumerated (GSM Carrier RSSI)
>>Filter coefficient	MP	Filter coefficient 10.3.7.9
>>BSIC verification required	MP	Enumerated (required, not required)
>IS2000
>>TADD E_c/I₀	MP	Integer (0..63)	Admission criteria for neighbours, see subclause 2.6.6.2.6 of TIA/EIA/IS-2000.5
>>TCOMP E_c/I₀	MP	Integer (0..15)	Admission criteria for neighbours, see subclause 2.6.6.2.5.2 of TIA/EIA/IS-2000.5
>>SOFT SLOPE	OP	Integer (0..63)	Admission criteria for neighbours, see subclause 2.6.6.2.3 and 2.6.6.2.5.2 of TIA/EIA/IS-2000.5
>>ADD_INTERCEPT	OP	Integer (0..63)	Admission criteria for neighbours, see subclause 2.6.6.2.5.2 of TIA/EIA/IS-2000.5
>E-UTRA				REL-8
>>Measurement quantity	MP	Enumerated (RSRP, RSRQ)	This IE indicates the quantity that the UE uses to determine the event trigger.	REL-8
>>Filter coefficient	MP	Filter coefficient 10.3.7.9		REL-8

10.3.7.30 Inter-RAT measurement reporting criteria

The triggering of the event-triggered reporting for an inter-RAT measurement. All events concerning inter-RAT measurements are labelled 3x where x is a,b,c, …

Event 3a: The estimated quality of the currently used UTRAN frequency is below a certain threshold and the estimated quality of the other system is above a certain threshold.

Event 3b: The estimated quality of other system is below a certain threshold.

Event 3c: The estimated quality of other system is above a certain threshold.

Event 3d: Change of best cell in other system.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Parameters required for each event	OP	1 to <maxMeasEvent>
>Inter-RAT event identity	MP		Inter-RAT event identity 10.3.7.24
>Threshold own system	CV–clause 0		Integer (-115..0)
>W	CV–clause 0		Real(0, 0.1..2.0 by step of 0.1)	In event 3a
>Threshold other system	CV–clause 1		Integer (-115..0)	In event 3a, 3b, 3c If the other system is EUTRA, the range used depends on: if measurement quantity is RSRQ, range should be (-39..-6), the actual value = Threshold other system/2 [dB], if measurement quantity is RSRP, range should be (-115..-19), the actual value = Threshold other system – 25 [dBm]
>Threshold other system	CV–clause 1		Integer (-115..6)	In event 3a, 3b, 3c If the other system is EUTRA, the range used depends on: if measurement quantity is RSRQ, range should be (-68..6), the actual value = Threshold other system/2 [dB], if measurement quantity is RSRP, range should be (-115..-19), the actual value = Threshold other system – 25 [dBm]	REL-12
>Hysteresis	MP		Real(0..7.5 by step of 0.5)
>Time to trigger	MP		Time to trigger 10.3.7.64	Indicates the period of time during which the event condition has to be satisfied, before sending a Measurement Report.
>Reporting cell status	OP		Reporting cell status 10.3.7.61

Condition	Explanation
Clause 0	The IE is mandatory present if the IE "Inter-RAT event identity" is set to "3a", otherwise the IE is not needed
Clause 1	The IE is mandatory present if the IE "Inter-RAT event identity" is set to 3a, 3b or 3c, otherwise the IE is not needed

10.3.7.31 Inter-RAT measurement system information

Information Element/Group name	Need	Multi	Type and reference	Semantics description
Inter-RAT cell info list	OP		Inter-RAT cell info list 10.3.7.23

10.3.7.32 Inter-RAT reporting quantity

For all boolean types TRUE means inclusion in the report is requested.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
UTRAN estimated quality	MP		Boolean	This parameter is not used in this release and should be set to FALSE.
CHOICE system	MP
>GSM
>>GSM Carrier RSSI Reporting indicator	MP		Boolean
>E-UTRA					REL-8
>>Reporting quantity	MP		Enumerated (‘measurement quantity’, ‘both’)	This IE indicates the quantity that the UE reports; if this IE is set to ‘measurement quantity’ the UE reports either RSRP or RSRQ which is indicated in the “measurement quantity” (see subclause 10.3.7.29); if this IE is set to ‘both’, the UE reports both RSRP and RSRQ.	REL-8

10.3.7.33 Intra-frequency cell info list

Contains the information for the list of measurement objects for an intra-frequency measurement.

Information Element/Group name	Need	Multi	Type and reference	Semantics description		Version
CHOICE Intra-frequency cell removal	OP			Absence of this IE is equivalent to choice "Remove no intra-frequency cells".
>Remove all intra-frequency cells				(no data)
>Remove some intra-frequency cells
>>Removed intra-frequency cells	MP	1 to <maxCellMeas>
>>>Intra-frequency cell id	MP		Integer(0 .. <maxCellMeas> – 1)
>Remove no intra-frequency cells				(no data)
New intra-frequency cells	OP	1 to <maxCellMeas>		This information element must be present when "Intra-frequency cell info list" is included in the system information
>Intra-frequency cell id	OP		Integer(0 .. <maxCellMeas> – 1)
>Cell info	MP		Cell info 10.3.7.2	This IE must be included for the serving cell when the IE "Intra frequency cell info list" is included in System Information Block type 11.
>CHOICE mode specific info	MP				REL-10
>>No information				No data for FDD, TDD 3.84 Mcps or TDD 7.68 Mcps	REL-10
>>TDD 1.28 Mcps					REL-10
>>> SNPL Monitor Set Indicator	OP		Bit string(5)	Each bit indicates whether the intra frequency neighbour cell has a secondary frequency which is the same as the frequency of a specific E-DCH carrier of UE. Bit0 indicate the E-DCH carrier with lowest UARFCN, Bit1 indicate the E-DCH carrier with the second lowest … Bit n indicate the E-DCH carrier with the n+1 lowest UARFCN, the E-DCH carrier on the Primary E-DCH carrier shall not be considered in the bitmap.	REL-10
Cells for measurement	CV-BCHopt	1 to <maxCellMeas>
>Intra-frequency cell id	MP		Integer(0 .. <maxCellMeas>-1)
CSG Intrafrequency cell info	CV-BCHopt		10.3.7.121		REL-9
Intra-frequency SI Acquisition	CV-BCHopt		10.3.7.125		REL-9

Condition	Explanation
BCHopt	This IE is not needed when sent in SYSTEM INFORMATION. Otherwise, the IE is Optional

10.3.7.34 Intra-frequency event identity

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Intra-frequency event identity	MP		Enumerated (1a,1b,1c,1d,1e,1f,1g,1h,1i,	Seven spare values are needed.
Intra-frequency event identity	MP		1j)	Six spare values are needed.	REL-6

10.3.7.35 Intra-frequency measured results list

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Intra-frequency measurement results	OP	1 to < maxCellMeas>
>Cell measured results	MP		Cell measured results 10.3.7.3	Only cells for which all reporting quantities are available should be included.

10.3.7.36 Intra-frequency measurement

Information Element/Group name	Need	Type and reference	Semantics description	Version
Intra-frequency measurement objects list	OP	Intra-frequency cell info list 10.3.7.33
Intra-frequency measurement objects list on secondary UL frequency	OP	Intra-frequency cell info list on secondary UL frequency 10.3.7.116		REL-9
Intra-frequency measurement quantity	OP	Intra-frequency measurement quantity 10.3.7.38
Intra-frequency reporting quantity	OP	Intra-frequency reporting quantity 10.3.7.41
Reporting cell status	CV-reporting	Reporting cell status 10.3.7.61
Measurement validity	OP	Measurement validity 10.3.7.51
CHOICE report criteria	OP
	MP		NOTE 1	REL-6
	OP			REL-7
>Intra-frequency measurement reporting criteria		Intra-frequency measurement reporting criteria 10.3.7.39
>Periodical reporting criteria		Periodical reporting criteria 10.3.7.53
>No reporting			(no data) Chosen when this measurement only is used as additional measurement to another measurement
Periodical reporting criteria for the secondary UL Frequency	OP	Periodical reporting criteria on secondary UL frequency 10.3.7.136		REL-10

Condition	Explanation
reporting	This IE is optional if the CHOICE "report criteria" is equal to "periodical reporting criteria" or "No reporting", otherwise the IE is not needed

NOTE 1: The IE "report criteria" is optional in all releases except Rel-6. In Rel-6 the IE "report criteria" is mandatory present in order to align the tabular format with the Rel-6 ASN.1.

10.3.7.37 Intra-frequency measurement event results

This IE contains the measurement event results that are reported to UTRAN for intra-frequency measurements.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Intra-frequency event identity	MP		Intra-frequency event identity 10.3.7.34
Cell measurement event results	MP		Cell measurement event results 10.3.7.4

10.3.7.38 Intra-frequency measurement quantity

The quantity the UE shall measure in case of intra-frequency measurement. It also includes the filtering of the measurements.

Information Element/Group name	Need	Multi	Type and reference
Filter coefficient	MP		Filter coefficient 10.3.7.9
CHOICE mode	MP
>FDD
>>Measurement quantity	MP		Enumerated(CPICH Ec/N0, CPICH RSCP, Pathloss)
>TDD
>>Measurement quantity list	MP	1 to 4
>>>Measurement quantity	MP		Enumerated(Primary CCPCH RSCP, Pathloss, Timeslot ISCP)

10.3.7.39 Intra-frequency measurement reporting criteria

The triggering of the event-triggered reporting for an intra-frequency measurement. All events concerning intra-frequency measurements are labelled 1x where x is a, b, c….

Event 1a: A Primary CPICH enters the Reporting Range (FDD only).

Event 1b: A Primary CPICH leaves the Reporting Range (FDD only).

Event 1c: A Non-active Primary CPICH becomes better than an active Primary CPICH (FDD only).

Event 1d: Change of best cell (FDD only).

Event 1e: A Primary CPICH becomes better than an absolute threshold (FDD only).

Event 1f: A Primary CPICH becomes worse than an absolute threshold (FDD only).

Event 1g: Change of best cell in TDD.

Event 1h: Timeslot ISCP below a certain threshold (TDD only).

Event 1i: Timeslot ISCP above a certain threshold (TDD only).

Event 1j: A Non-active E-DCH but active DCH Primary CPICH becomes better than an active E-DCH Primary CPICH (FDD only).

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Parameters required for each event	OP	1 to <maxMeasEvent>
>Intra-frequency event identity	MP		Intra-frequency event identity 10.3.7.34
>Triggering condition 1	CV–clause 0		Enumerated(Active set cells, Monitored set cells, Active set cells and monitored set cells)	Indicates which cells can trigger the event
>Triggering condition 2	CV–clause 6		Enumerated(Active set cells, Monitored set cells, Active set cells and monitored set cells, Detected set cells, Detected set cells and monitored set cells)	Indicates which cells can trigger the event
>Triggering condition 2	CV-clause 10			Indicates which cells can trigger the event	REL-5
>Reporting Range Constant	CV–clause 2		Real(0..14.5 by step of 0.5)	In dB. In event 1a,1b.
>Cells forbidden to affect Reporting range	CV–clause 1	1 to < maxCellMeas>		In event 1a,1b
>>CHOICE mode	MP
>>>FDD
>>>>Primary CPICH info	MP		Primary CPICH info 10.3.6.60
>>>TDD
>>>>Primary CCPCH info	MP		Primary CCPCH info 10.3.6.57
>W	CV–clause 2		Real(0.0..2.0 by step of 0.1)
>Hysteresis	MP		Real(0..7.5 by step of 0.5)	In dB.
>Threshold used frequency	CV-clause 3		Integer (-115..165)	Range used depend on measurement quantity. CPICH RSCP -115..-25 dBm CPICH Ec/No -24..0 dB Pathloss 30..165dB ISCP -115..-25 dBm
>Threshold used frequency	CV-clause 3		Integer (-120..165)	Range used depend on measurement quantity. CPICH RSCP -120..-25 dBm CPICH Ec/No -24..0 dB Pathloss 30..165dB ISCP -120..-25 dBm	REL-6
>Delta_{Threshold used frequency}	CV-clause 8		Integer(-5..-1)	If present, the actual value of Threshold used frequency = Threshold used frequency + Delta_{Threshold used frequency}	REL-5
>Delta_{Threshold used frequency}				Not used in Release 6 and later	REL-6
>Reporting deactivation threshold	CV–clause 4		Integer(0, 1, 2, 3, 4, 5, 6, 7)	In event 1a Indicates the maximum number of cells allowed in the active set in order for event 1a to occur. 0 means not applicable .
>Replacement activation threshold	CV-clause 5		Integer(0, 1, 2, 3, 4, 5, 6, 7)	In event 1c Indicates the minimum number of cells allowed in the active set in order for event 1c to occur. 0 means not applicable
>Replacement activation threshold	CV-clause 5		Integer(0, 1, 2, 3, 4, 5, 6, 7)	In event 1j Indicates the minimum number of cells allowed in the E-DCH active set in order for event 1j to occur. For event 1j values 5, 6 and 7 are not applicable. 0 means not applicable	REL-6
>Time to trigger	MP		Time to trigger 10.3.7.64	Indicates the period of time during which the event condition has to be satisfied, before sending a Measurement Report. Time in ms
>Amount of reporting	CV–clause 7		Integer(1, 2, 4, 8, 16, 32, 64, Infinity)	In case the IE "Intra-frequency reporting criteria" is included in the IE "Inter-frequency measurement", this IE is not needed.
>Reporting interval	CV–clause 7		Integer(0, 250, 500, 1000, 2000, 4000, 8000, 16000)	Indicates the interval of periodical reporting when such reporting is triggered by an event. Interval in milliseconds. 0 means no periodical reporting. In case the IE "Intra-frequency reporting criteria" is included in the IE "Inter-frequency measurement", this IE is not needed.
>Reporting cell status	OP		Reporting cell status 10.3.7.61
>Periodical reporting information-1b	CV–clause 9		Periodical reporting info-1b 10.3.7.53aa	In case the IE "Intra-frequency reporting criteria" is included in the IE "Inter-frequency measurement", this IE is not needed.	REL-5
>Use CIO	CV-clause 10		Boolean	TRUE indicates that the cell individual offset shall be used for event evaluation	REL-5
Reporting criteria for secondary UL Frequency	CV-Clause 11		Intra-frequency measurement reporting criteria on secondary UL frequency 10.3.7.119		REL-9
Cells to be excluded in detected set cells	CV-Clause 12	1 to < maxExcludedDetectedSetCells >		If present the UE should exclude indicated cells in the event evaluation when intra-frequency detected set is enabled.	REL-11
>Primary CPICH info	MP		Primary CPICH info 10.3.6.60

Condition	Explanation
Clause 0	The IE is mandatory present if the IE "Intra-frequency event identity" is set to "1b" or "1f", otherwise the IE is not needed.
Clause 1	The IE is optional if the IE "Intra-frequency event identity" is set to "1a" or "1b", otherwise the IE is not needed.
Clause 2	The IE is mandatory present if the IE "Intra-frequency event identity" is set to "1a" or "1b", otherwise the IE is not needed.
Clause 3	The IE is mandatory present if the IE "Intra-frequency event identity" is set to , "1e", "1f", "1h" or "1i", otherwise the IE is not needed.
Clause 4	The IE is mandatory present if the IE "Intra-frequency event identity" is set to "1a", otherwise the IE is not needed.
Clause 5	The IE is mandatory present if the IE "Intra-frequency event identity" is set to "1c" or 1j , otherwise the IE is not needed.
Clause 6	The IE is mandatory present if the IE "Intra-frequency event identity" is set to "1a" or "1e", otherwise the IE is not needed.
Clause 7	The IE is mandatory present if the IE "Intra-frequency event identity" is set to "1a", "1c" or 1j, otherwise the IE is not needed.
Clause 8	The IE is optional if the IE "Intra-frequency event identity" is set to "1e", "1f", "1h" or "1i". Otherwise the IE is not needed.
Clause 9	The IE is optional if the IE "Intra-frequency event identity" is set to "1b", otherwise the IE is not needed.
Clause 10	The IE is optional if the IE "Intra-frequency event identity" is set to "1d", otherwise the IE is not needed.
Clause 11	The IE is not needed when sent in SYSTEM INFORMATION or when IE "Intra-frequency measurement reporting criteria" is included in the IE "Inter-frequency measurement", otherwise the IE is optional.
Clause 12	The IE is optional if the intra-frequency detected set is configured to trigger the measurement event, otherwise the IE is not needed.

10.3.7.40 Intra-frequency measurement system information

Information Element/Group name	Need	Type and reference	Semantics description
Intra-frequency measurement identity	MD	Measurement identity 10.3.7.48	The intra-frequency measurement identity has default value 1. If the cell is operating in MBSFN mode as indicated in subclause 8.1.1.6.3 the UE behaviour upon reception of this IE is unspecified.
Intra-frequency cell info list	OP	Intra-frequency cell info list 10.3.7.33
Intra-frequency measurement quantity	OP	Intra-frequency measurement quantity 10.3.7.38	If the cell is operating in MBSFN mode as indicated in subclause 8.1.1.6.3 the UE behaviour upon reception of this IE is unspecified.
Intra-frequency reporting quantity for RACH Reporting	OP	Intra-frequency reporting quantity for RACH Reporting 10.3.7.42	If the cell is operating in MBSFN mode as indicated in subclause 8.1.1.6.3 the UE behaviour upon reception of this IE is unspecified.
Maximum number of reported cells on RACH	OP	Maximum number of reported cells on RACH 10.3.7.43	If the cell is operating in MBSFN mode as indicated in subclause 8.1.1.6.3 the UE behaviour upon reception of this IE is unspecified.
Reporting information for state CELL_DCH	OP	Reporting information for state CELL_DCH 10.3.7.62	Note 1 If the cell is operating in MBSFN mode as indicated in subclause 8.1.1.6.3 the UE behaviour upon reception of this IE is unspecified.

NOTE 1: The reporting of intra-frequency measurements is activated when state CELL_DCH is entered.

10.3.7.41 Intra-frequency reporting quantity

Contains the reporting quantity information for an intra-frequency measurement.

Information Element/Group name	Need	Multi	Type and reference	Semantics description
Reporting quantities for active set cells	MP		Cell reporting quantities 10.3.7.5
Reporting quantities for monitored set cells	MP		Cell reporting quantities 10.3.7.5
Reporting quantities for detected set cells	OP		Cell reporting quantities 10.3.7.5

10.3.7.42 Intra-frequency reporting quantity for RACH reporting

Contains the reporting quantity information for an intra-frequency measurement report, which is sent on the RACH.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
SFN-SFN observed time difference reporting indicator	MP		Enumerated(No report, type 1, type 2)
CHOICE mode	MP
>FDD
>>Reporting quantity	MP		Enumerated(CPICH Ec/N0, CPICH RSCP, Pathloss, No report)
>>Reporting quantity 2	CV-Current_Cell		Enumerated(CPICH Ec/N0 and CPICH RSCP)	If this IE is present, the UE shall ignore the IE "Reporting quantity". One spare value.	REL-12
>TDD
>>Reporting quantity list	MP	1 to 2
>>>Reporting quantity	MP		Enumerated(Timeslot ISCP, Primary CCPCH RSCP, No report)

Condition	Explanation
Current_Cell	This IE is optional for the current cell and is not needed otherwise.

10.3.7.42a Logged ANR Configuration Info

Parameters used to configure logged UTRAN ANR measurements.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Logging Duration	MP		Enumerated (10 min, 30min, 1 hour，spare1, spare2)	Timer for logging duration. The timer is activated at the moment of configuration. When the timer expires the logging is stopped and the configuration is cleared.	REL-10
Intra-UTRA ANR	OP			Included if intra-UTRA ANR shall be performed	REL-10
>CHOICE Absolute Threshold	MP				REL-10
>>RSCP for ANR
>>>RSCP	MD		Integer (-120..-25)	In dBm. Default value is -100. If present, it indicates CPICH RSCP for FDD, Primary CCPCH RSCP for TDD.	REL-10
>>Ec/N0 for ANR
>>>Ec/N0	MD		Integer (-24..0)	In dB. Default value is -10. For FDD only	REL-10
>Logging Relative Threshold	OP		Integer (-4..16)	If present, it applies to RSCP by step of 2 and Ec/N0 by step of 1.	REL-10
Inter-RAT ANR for E-UTRA Indicator	OP		Enumerated (TRUE)	True indicates the UE needs to perform inter-RAT ANR to E-UTRA.	REL-10
Inter-RAT ANR for GSM Indicator	OP		Enumerated (TRUE)	True indicates the UE needs to perform inter-RAT ANR to GSM	REL-10

10.3.7.42b Logged ANR Report Info

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Logged ANR Report Info List		1…MaxNumANRLoggedItems			REL-10
>Serving PLMN Identity	MP		PLMN identity 10.3.1.11		REL-10
>Serving Cell	MP		Cell ID 10.3.2.2		REL-10
>CHOICE logged cell info	MP				REL-10
>>UTRAN
>>>PLMN Identity	MP		PLMN identity 10.3.1.11		REL-10
>>>Cell Identity	MP		Cell ID 10.3.2.2		REL-10
>>>UARFCN	MP		Integer(0..16383)		REL-10
>>>Cell parameter ID	CV-Tdd		Cell parameter Id 10.3.6.9		REL-10
>>>Primary Scrambling Code	CV-Fdd		Primary CPICH info 10.3.6.60		REL-10
>>E-UTRA
>>>PLMN Identity	MP		PLMN identity 10.3.1.11		REL-10
>>>Tracking Area Code	MP		Bit string (16)	Setting specified in [67]. The first/leftmost bit of the bit string contains the most significant bit of the Tracking Area Code.	REL-10
>>>Cell Identity	MP		Bit string (28)	Formatted and coded according to [67]. The first/leftmost bit of the bit string contains the most significant bit of the Cell Identity.	REL-10
>>>EARFCN	MP		Integer (0..65535)	EARFCN of the downlink carrier frequency [64]. If the IE indicates a value of 65535, then the EARFCN for this instance should be read from the corresponding instance of IE "EARFCN extension" in the Logged ANR Report Info extension List.	REL-10
>>>Physical Cell identity	MP		Integer (0..503)		REL-10
>>GSM
>>>PLMN Identity	MP		PLMN identity 10.3.1.11		REL-10
>>>LAC	MP		Bit string(16)	The first/leftmost bit of the bit string contains the most significant bit of the LAC..	REL-10
>>>Cell Identity	MP		Bit string (16)	Formatted and coded according to [11]. The first/leftmost bit of the bit string contains the most significant bit of the Cell Identity.	REL-10
>>>BCCH ARFCN	MP		Integer (0..1023)	[45]	REL-10
>>>Band Indicator	MP		Enumerated (DCS 1800 band used, PCS 1900 band used)	Indicates how to interpret the BCCH ARFCN	REL-10
>>>BSIC	MP		BSIC 10.3.8.2		REL-10
Logged ANR Report Info extension List	OP	1 to <MaxNumANRLoggedItems>			REL-11
>>>EARFCN extension	MP		Integer (65536..262143)	EARFCN of the downlink carrier frequency [64]	REL-11

Condition	Explanation
Fdd	This IE is mandatory present for FDD, otherwise it is not needed.
Tdd	This IE is mandatory present for TDD, otherwise it is not needed.

10.3.7.43 Maximum number of reported cells on RACH

Contains the maximum number of intra-frequency cells to be reported on RACH.

Information Element/Group name	Need	Multi	Type and reference	Semantics description
Maximum number of reported cells	MP		Enumerated (no report, current cell, current cell + best neighbour, current cell+2 best neighbours, …, current cell+6 best neighbours)

10.3.7.43a MBMS preferred frequency information

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
MBMS preferred frequency list	MP	1 to < maxMBMS-Freq>			REL-6
>MBMS preferred frequency	OP		Integer(1 .. <maxMBMS-Freq>)	Absence of this information element means the currently used frequency. Value n corresponds with the n^th frequency included in the IE New inter-frequency cells that is specified within SIB 11	REL-6
>CHOICE Layer convergence information	MP				REL-6
>>No HCS					REL-6
>>>Qoffmbms	MP		Enumerated (4, 8, 12, 16, 20, 30, 40, infinity)	The offset in decibel [dB] added to cells on this MBMS preferred frequency	REL-6
>>HCS					REL-6
>>>HCS_OFF_mbms	MP		Integer (0..7)	Offset added to the normal HCS priority level of cells on this MBMS preferred frequency	REL-6
>MBMS PL Service Restriction Information	OP		Enumerated (TRUE)	Included if some service restrictions apply for this preferred frequency e.g. congestion	REL-6

10.3.7.43b MBSFN inter frequency neighbour list

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
MBSFN inter frequency neighbour list	MP	1 to < maxMBSFNclusters>			REL-7
>MBSFN frequency	MP		Frequency info 10.3.6.36		REL-7
>IMB indication	OP		Enumerated (TRUE)	If present: 3.84 Mcps TDD MBSFN IMB is applied on this frequency.	REL-8
>CHOICE MBSFN services notification	MP				REL-7
>>MBSFN services notified				(no data)	REL-7
>>MBSFN services not notified					REL-7
>>>All MBSFN services notified	OP		Enumerated (TRUE)		REL-7

10.3.7.44 Measured results

Contains the measured results of the quantity indicated optionally by Reporting Quantity in Measurement Control. "Measured results" can be used for both event trigger mode and periodical reporting mode. For intra-frequency and inter-frequency measurements the list shall be in the order of the value of the measurement quantity (the first cell shall be the best cell). The "best" FDD cell has the largest value when the measurement quantity is "Ec/No" or "RSCP". On the other hand, the "best" cell has the smallest value when the measurement quantity is "Pathloss". The "best" TDD cell has the largest value when measurement quantity is "Primary CCPCH RSCP". For intra-frequency measurements, the ordering shall be applied to all cells included in the IE "Measured results". For inter-frequency measurements, the ordering shall be applied to all cells on the same frequency included in the IE "Measured results". For other measurements, the order of reported measurement objects is not specified.

Information Element/Group name	Need	Type and reference	Semantics description
CHOICE Measurement	MP		One spare value is needed.
>Intra-frequency measured results list		Intra-frequency measured results list 10.3.7.35
>Inter-frequency measured results list		Inter-frequency measured results list 10.3.7.15
>Inter-RAT measured results list		Inter-RAT measured results list 10.3.7.26
>Traffic volume measured results list		Traffic volume measured results list 10.3.7.67
>Quality measured results list		Quality measured results list 10.3.7.55
>UE Internal measured results		UE Internal measured results 10.3.7.76
>UE positioning measured results		UE positioning measured results 10.3.7.99

10.3.7.45 Measured results on RACH

For measurements on used frequency, this IE contains the measured results on RACH of the quantity indicated by Reporting quantity in the IE "Intra-frequency reporting quantity for RACH Reporting" in system information broadcast on BCH. The list, measurement results for monitored cells (not including the current cell) shall be in the order of the value of the measurement quantity as indicated by Reporting Quantity in the IE "Intra-frequency reporting quantity for RACH Reporting" (the first cell shall be the best cell).

For measurements on non-used frequencies, this IE includes the best cell on each non- used frequency, in order of decreasing quality and up to a maximum number as specified by the IE "Maximum number of inter-frequency RACH reporting cells". If the UE supports Increased UE carrier monitoring UTRA, then:

1> if all the inter-frequency cells in the variable CELL_INFO_LIST belong to the legacy cell ID range (0.. maxCellMeas-1), then the best cell on each non-used frequency are included into the Rel-6 version of this IE;

1> if all the inter-frequency cells in the variable CELL_INFO_LIST belong to both legacy cell ID range (0.. maxCellMeas-1) and extended cell ID range (maxCellMeas.. maxCellMeas-ext-1), then:

2> the Rel-12 version of this IE includes the best cell on each non-used frequency constructed from the list of cells belonging to both legacy and extended cell ID range; and

2> the Rel-6 version of this IE includes the best cell on each non-used frequency constructed from the list of cells belonging only to the legacy cell ID range.

The "best" FDD cell has the largest value when the measurement quantity is "Ec/No" or "RSCP". On the other hand, the "best" cell has the smallest value when the measurement quantity is "Pathloss". The "best" TDD cell has the largest value when measurement quantity is "Primary CCPCH RSCP".

For measurements on E-UTRA frequencies, this IE includes a bit string, of which the i-th bit should be set to 1 only if the quantity of the i-th E-UTRA frequency configured for measurement and reporting on RACH in the IE "E-UTRA frequency list indicator" received in System Information Block Type 19 exceeds the threshold specified by

1> if the "E-UTRA frequency RACH reporting quantity" is set to RSRP:

2> the threshold specified by the IE "E-UTRA frequency RACH reporting threshold".

1> if the "E-UTRA frequency RACH reporting quantity" is set to RSRQ:

2> the threshold specified by the IE "E-UTRA frequency RACH reporting threshold" minus the offset "EUTRA-RSRQ-offsetWB" and "EUTRA-RSRQ-OnAllSymbolsOffset", if stored in the variable PRIORITY_INFO_LIST for that frequency.

If the threshold is not exceeded, set the corresponding bit to 0.

Information Element/group name	Need	Multi	Type and reference	Semantics description	Version
Measurement result for current cell	MP
>CHOICE mode	MP
>>FDD
>>>CHOICE measurement quantity	MP			One spare value is needed.
>>>>CPICH Ec/N0			Integer(0..49)	In dB. According to CPICH_Ec/No in [19]. Fourteen spare values are needed.
>>>>CPICH RSCP			Integer(0..91)	In dBm. According to CPICH_RSCP_LEV in [19]. Thirty-six spare values are needed.
>>>>Pathloss			Integer(46..158)	In dB. Fifteen spare values are needed.
>>>>CPICH Ec/N0 and CPICH RSCP					REL-12
>>>>>CPICH Ec/N0	MP		Integer(0..49)	In dB. According to CPICH_Ec/No in [19]. Fourteen spare values are needed.	REL-12
>>>>>CPICH RSCP	MP		Integer(0..91)	In dBm. According to CPICH_RSCP_LEV in [19]. Thirty-six spare values are needed.	REL-12
>>TDD
>>>CHOICE TDD option	MP				REL-4
>>>>3.84 Mcps TDD					REL-4
>>>>>Timeslot List	OP	1 to 14
>>>>>>Timeslot ISCP	MP		Timeslot ISCP info 10.3.7.65	The UE shall report the Timeslot ISCP in the same order as indicated in the cell info
>>>7.68 Mcps TDD					REL-7
>>>>Timeslot List	OP	1 to 14			REL-7
>>>>>Timeslot ISCP	MP		Timeslot ISCP info 10.3.7.65	The UE shall report the Timeslot ISCP in the same order as indicated in the cell info	REL-7
>>>>1.28 Mcps TDD					REL-4
>>>>>Timeslot List	OP	1 to 6			REL-4
>>>>>>Timeslot ISCP	MP		Timeslot ISCP info 10.3.7.65	The UE shall report the Timeslot ISCP in the same order as indicated in the cell info	REL-4
>>>Primary CCPCH RSCP	OP		Primary CCPCH RSCP info 10.3.7.54
Measurement results for monitored cells on used frequency	OP	1 to 8
>SFN-SFN observed time difference	OP		SFN-SFN observed time difference 10.3.7.63
>CHOICE mode	MP
>>FDD
>>>Primary CPICH info	MP		Primary CPICH info 10.3.6.60
>>>CHOICE measurement quantity	OP			One spare value is needed.
>>>>CPICH Ec/N0			Integer(0..49)	In dB. According to CPICH_Ec/No in [19]. Fourteen spare values are needed.
>>>>CPICH RSCP			Integer(0..91)	In dBm. According to CPICH_RSCP_LEV in [19]. Thirty-six spare values are needed.
>>>>Pathloss			Integer(46..158)	In dB. Fifteen spare values are needed.
>>TDD
>>>Cell parameters Id	MP		Cell parameters Id 10.3.6.9
>>>Primary CCPCH RSCP	MP		Primary CCPCH RSCP info 10.3.7.54
Measurement results for monitored cells on non-used frequencies	OP				REL-6
>Inter-frequency cell indication- SIB11	MP		Integer (0..1)		REL-6
>Inter-frequency cell indication- SIB12	MP		Integer (0..1)		REL-6
>Inter-frequency cell list	MP	1 to <maxFreq>			REL-6
>>Inter-frequency cell id	MP		Integer(0 .. <maxCellMeas>-1)		REL-6
>>Inter-frequency cell id	MP		Integer(0 .. <maxCellMeas-ext>-1)		REL-12
Measurement results for E-UTRA frequencies	OP				REL-11
> E-UTRA frequency indication- SIB19	MP		Integer (0..1)		REL-11
> E-UTRA frequency indicator	MP		Bit string(maxNumEUTRAFreqs_FACH)	Bit 0 is the first/leftmost bit of the bit string. Each bit indicates whether the radio quality of an E-UTRA frequency is above the reporting threshold or not, where a one value indicates above and a zero value not. Bit n corresponds to the n-th E-UTRA frequency configured for measurement and reporting on RACH in the IE " E-UTRA frequency list indicator" received in SIB19.	REL-11
> E-UTRA frequency indicator	MP		Bit string(maxNumEUTRAFreqs_FACH-ext)	Bit 0 is the first/leftmost bit of the bit string. Each bit indicates whether the radio quality of an E-UTRA frequency is above the reporting threshold or not, where a one value indicates above and a zero value not. Bit n corresponds to the n-th E-UTRA frequency configured for measurement and reporting on RACH in the IE "E-UTRA frequency list indicator" received in SIB19.	REL-12

NOTE: Monitored cells consist of neighbouring cells.

10.3.7.45a Measured results on RACH FDD

NOTE 1: Only for FDD.

The "best" FDD cell has the largest value when the measurement quantity is "Ec/No" or "RSCP". On the other hand, the "best" cell has the smallest value when the measurement quantity is "Pathloss".

1> if the "E-UTRA frequency RACH reporting quantity" is set to RSRP

2> the threshold specified by the IE "E-UTRA frequency RACH reporting threshold".

1> if the "E-UTRA frequency RACH reporting quantity" is set to RSRQ

If the threshold is not exceeded, set the corresponding bit to 0.

Information Element/group name	Need	Multi	Type and reference	Semantics description	Version
Measurement result for current cell	MP
>CHOICE measurement quantity	MP			One spare value is needed.
>>CPICH Ec/N0			Integer(0..49)	In dB. According to CPICH_Ec/No in [19]. Fourteen spare values are needed.
>>CPICH RSCP			Integer(0..91)	In dBm. According to CPICH_RSCP_LEV in [19]. Thirty-six spare values are needed.
>>Pathloss			Integer(46..158)	In dB. Fifteen spare values are needed.
>>CPICH Ec/N0 and CPICH RSCP					REL-12
>>>CPICH Ec/N0	MP		Integer(0..49)	In dB. According to CPICH_Ec/No in [19]. Fourteen spare values are needed.	REL-12
>>>CPICH RSCP	MP		Integer(0..91)	In dBm. According to CPICH_RSCP_LEV in [19]. Thirty-six spare values are needed.	REL-12
Measurement results for monitored cells on used frequency	OP	1 to 8
>SFN-SFN observed time difference	OP		SFN-SFN observed time difference 10.3.7.63
>Primary CPICH info	MP		Primary CPICH info 10.3.6.60
>CHOICE measurement quantity	OP			One spare value is needed.
>>CPICH Ec/N0			Integer(0..49)	In dB. According to CPICH_Ec/No in [19]. Fourteen spare values are needed.
>>CPICH RSCP			Integer(0..91)	In dBm. According to CPICH_RSCP_LEV in [19]. Thirty-six spare values are needed.
>>Pathloss			Integer(46..158)	In dB. Fifteen spare values are needed.
Measurement results for monitored cells on non-used frequencies	OP
>Inter-frequency cell indication- SIB11	MP		Integer (0..1)
>Inter-frequency cell indication- SIB12	MP		Integer (0..1)
>Inter-frequency cell list	MP	1 to <maxFreq>
>>Inter-frequency cell id	MP		Integer(0 .. <maxCellMeas>-1)
Measurement results for E-UTRA frequencies	OP
> E-UTRA frequency indication- SIB19	MP		Integer (0..1)
> E-UTRA frequency indicator	MP		Bit string(maxNumEUTRAFreqs_FACH)	Bit 0 is the first/leftmost bit of the bit string. Each bit indicates whether the radio quality of an E-UTRA frequency is above the reporting threshold or not, where a one value indicates above and a zero value not. Bit n corresponds to the n-th E-UTRA frequency configured for measurement and reporting on RACH in the IE "E-UTRA frequency list indicator" received in SIB19.

NOTE: Monitored cells consist of neighbouring cells.

10.3.7.46 Measurement Command

Information Element/Group name

Need

Multi

Type and reference

Semantics description

Version

Measurement command

Enumerated(Setup, Modify, Release)

ReleaseAll,

ReleaseSome)

REL-12

10.3.7.46a Measurement release enhancement

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Choice mode	MP				REL-12
>Release all measurements			(no data)		REL-12
>Release some measurements			Release some measurements 10.3.7.46b		REL-12

10.3.7.46b Release some measurements

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Released measurements	MP	1 to < maxMeasIdentity>			REL-12
>Measurement Identity	MP		Measurement identity 10.3.7.48		REL-12

10.3.7.47 Measurement control system information

Information element/Group name	Need	Multi	Type and reference	Semantics description
Use of HCS	MP		Enumerated (Not used, used)	Indicates if the serving cell belongs to a HCS structure If the cell is operating in MBSFN mode as indicated in subclause 8.1.1.6.3 the UE behaves as if this IE would not have been received.
Cell selection and reselection quality measure	MP		Enumerated (CPICH Ec/N0, CPICH RSCP)	Choice of measurement (CPICH Ec/N0 or CPICH RSCP) to use as quality measure Q. NOTE: For TDD,each choice of this parameter represents PCCPCH RSCP. If the cell is operating in MBSFN mode as indicated in subclause 8.1.1.6.3 the UE behaves as if this IE would not have been received
Intra-frequency measurement system information	OP		Intra-frequency measurement system information 10.3.7.40
Inter-frequency measurement system information	OP		Inter-frequency measurement system information 10.3.7.20	If the cell is operating in MBSFN mode as indicated in subclause 8.1.1.6.3 the UE behaviour upon reception of this IE is unspecified.
Inter-RAT measurement system information	OP		Inter-RAT measurement system information 10.3.7.31	If the cell is operating in MBSFN mode as indicated in subclause 8.1.1.6.3 the UE behaviour upon reception of this IE is unspecified.
Traffic volume measurement system information	OP		Traffic volume measurement system information 10.3.7.73	If the cell is operating in MBSFN mode as indicated in subclause 8.1.1.6.3 the UE behaviour upon reception of this IE is unspecified.

Condition	Explanation
MBSFN	This IE is mandatory present in a cell operating in MBSFN mode.

10.3.7.47a Measurement control system information extension

Information element/Group name	Need	Multi	Type and reference	Semantics description	Version
Intra-frequency cell info list	OP				REL-6
>New intra-frequency cells	MP	1 to <maxCellMeas>			REL-6
>>Intra-frequency cell id	OP		Integer(0 .. <maxCellMeas> – 1)		REL-6
>>Cell info	MP		Cell info 10.3.7.2		REL-6
Inter-frequency cell info list	OP				REL-6
>New inter-frequency cells	MP	1 to <maxCellMeas>			REL-6
>>Frequency Info	MD		Frequency info 10.3.6.36	Default value is the value of the previous "frequency info" in the list. NOTE: The first occurrence is then MP. It is always ensured by the UTRAN that more than one entry for the same physical frequency is not configured regardless of the UARFCN used to indicate this.	REL-6
>>Inter-frequency cell id	OP		Integer(0 .. <maxCellMeas> – 1)		REL-6
>>Cell info	MP		Cell info 10.3.7.2		REL-6
Reduced measurement performance frequency list	OP	1 to <maxRMPfrequencies>			REL-12
>Reduced measurement performance	MP		BOOLEAN	TRUE indicates that the frequency is configured for reduced measurement performance [19]. FALSE indicates that the frequency is configured for normal measurement performance [19]. The ith entry in the Reduced measurement performance frequency list corresponds to the ith frequency signalled in the "New inter-frequency cells" list.	REL-12
Inter-RAT cell info list	OP				REL-6
>>New inter-RAT cells	MP	1 to <maxCellMeas>			REL-6
>>Inter-RAT cell id	OP		Integer(0 .. <maxCellMeas> – 1)		REL-6
>>CHOICE Radio Access Technology	MP				REL-6
>>>GSM					REL-6
>>>>Cell individual offset	MP		Integer (-50..50 )	In dB Used to offset measured quantity value	REL-6
>>>>Cell selection and re-selection info	OP		Cell selection and re-selection info for SIB11/12 10.3.2.4	See subclause 8.6.7.3	REL-6
>>>>BSIC	MP		BSIC 10.3.8.2		REL-6
>>>>Band indicator	MP		Enumerated (DCS 1800 band used, PCS 1900 band used)	Indicates how to interpret the BCCH ARFCN	REL-6
>>>>BCCH ARFCN	MP		Integer (0..1023)	[45]	REL-6
>>>IS-2000					REL-6
>>>>System specific measurement info	MP		enumerated (frequency, timeslot, colour code, output power, PN offset)	For IS-2000, use fields from TIA/EIA/IS-2000.5, subclause 3. 7.3.3.2.27, Candidate Frequency Neighbour List Message	REL-6
>>>None			(no data)	This value has been introduced to handle the case when IE "New inter-RAT cells" is not required	REL-6
Multiple Frequency Info List FDD	CV- MCM_opt	1 to <maxNumFDDFreqs >		Each entry in the list corresponds to a UARFCN listed in the "New inter-frequency cells" IE (common to all those cells sharing the same "Frequency info" value).	REL-10
>Multiple Frequency bands Indicator List FDD	OP	1 to < maxMultipleFrequencyBandsFDD >		Indicates, per neighbour UARFCN, a list of frequency bands which the cells belong to. Absence of this IE indicates that there are no Multiple Bands for the particular UARFCN.	REL-10
>>CHOICE frequency bands indicator	MP				REL-10
>>>Frequency band indicator			Frequency band indicator 10.3.6.35b		REL-10
>>>Frequency band indicator 2			Frequency band indicator 2 10.3.6.35c		REL-10
>>>Frequency band indicator 3			Frequency band indicator 3 10.3.6.35ca		REL-10

Condition	Explanation
MCM_opt	This IE is OPTIONAL when sent in SYSTEM INFORMATION. Otherwise, the IE is not needed.

10.3.7.47b Inter-frequency cell info list extension

Information element/Group name	Need	Multi	Type and reference	Semantics description	Version
Inter-frequency cell info list	OP				REL-12
>New inter-frequency cells	MP	1 to <maxCellMeas-ext2>			REL-12
>>Frequency Info	MD		Frequency info 10.3.6.36	Default value is the value of the previous "frequency info" in the list. NOTE: The first occurrence is then MP. It is always ensured by the UTRAN that more than one entry for the same physical frequency is not configured regardless of the UARFCN used to indicate this.	REL-12
>>Inter-frequency cell id	OP		Integer(0 .. <maxCellMeas-ext> – 1)		REL-12
>>Cell info	MP		Cell info 10.3.7.2		REL-12
Reduced measurement performance frequency list	OP	1 to <maxRMPfrequencies>			REL-12
>Reduced measurement performance	MP		BOOLEAN	TRUE indicates that the frequency is configured for reduced measurement performance [19]. FALSE indicates that the frequency is configured for normal measurement performance [19]. The ith entry in the Reduced measurement performance frequency list corresponds to the ith frequency signalled in the "New inter-frequency cells" list.	REL-12
Multiple Frequency Info List FDD	CV- MCM_opt	1 to <maxNumFDDFreqs >		Each entry in the list corresponds to a UARFCN listed in the "New inter-frequency cells" IE (common to all those cells sharing the same "Frequency info" value).	REL-12
>Multiple Frequency bands Indicator List FDD	OP	1 to< maxMultipleFrequencyBandsFDD >		Indicates, per neighbour UARFCN, a list of frequency bands which the cells belong to. Absence of this IE indicates that there are no Multiple Bands for the particular UARFCN.	REL-12
>>CHOICE frequency bands indicator	MP				REL-12
>>>Frequency band indicator			Frequency band indicator 10.3.6.35b		REL-12
>>>Frequency band indicator 2			Frequency band indicator 2 10.3.6.35c		REL-12
>>>Frequency band indicator 3			Frequency band indicator 3 10.3.6.35ca		REL-12

Condition	Explanation
MCM_opt	This IE is OPTIONAL when sent in SYSTEM INFORMATION. Otherwise, the IE is not needed.

10.3.7.48 Measurement Identity

A reference number that is used by the UTRAN at modification and release of the measurement, and by the UE in the measurement report.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Measurement identity	MP		Integer(1..16
Measurement identity	MP		17..32)		REL-9

NOTE: The specific handling of the Measurement Identity for UEs supporting the measurement identity extension is captured in ASN.1

10.3.7.49 Measurement reporting mode

Contains the type of Measurement Report transfer mode and the indication of periodical/event trigger.

Information Element/Group name	Need	Multi	Type and reference	Semantics description
Measurement Report Transfer Mode	MP		enumerated (Acknowledged mode RLC, Unacknowledged mode RLC)
Periodical Reporting / Event Trigger Reporting Mode	MP		Enumerated (Periodical reporting, Event trigger)

10.3.7.50 Measurement Type

Information Element/Group name

Need

Multi

Type and reference

Semantics description

Measurement Type

Enumerated(Intra-frequency,

Inter-frequency,

Inter-RAT,

Traffic volume,

Quality,

UE internal, UE positioning, CSG proximity, application layer)

10.3.7.51 Measurement validity

Information Element/Group name	Need	Multi	Type and reference	Semantics description
UE state	MP		Enumerated(CELL_DCH, all states except CELL_DCH, all states)

10.3.7.52 Void

10.3.7.53 Periodical reporting criteria

Contains the periodical reporting criteria information. It is necessary only in the periodical reporting mode.

Information Element/Group name

Need

Multi

Type and reference

Semantics description

Version

Amount of reporting

Integer(1, 2, 4, 8, 16, 32, 64, Infinity)

The default value is infinity.

Reporting interval

Integer(250, 500, 1000, 2000, 3000, 4000, 6000, 8000, 12000, 16000, 20000, 24000, 28000, 32000, 64000)

Indicates the interval of periodical report.

Interval in milliseconds.

If this IE is configured for SI acquisition, then it specifies the maximum time the UE can take for SI acquisition.

10.3.7.53aa Periodical reporting info-1b

Information Element/Group name

Need

Multi

Type and reference

Semantics description

Version

Amount of reporting

Integer(1, 2, 4, 8, 16, 32, 64, Infinity)

REL-5

Reporting interval

Integer(0, 250, 500, 1000, 2000, 4000, 8000, 16000)

Indicates the interval of periodical reporting when such reporting is triggered by an event. Interval in milliseconds.

0 means no periodical reporting.

REL-5

10.3.7.53a PLMN identities of neighbour cells

This IE contains the PLMN identities of neighbour cells.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
PLMNs of intra-frequency cells list	OP	1 to <maxCellMeas>		NOTE
>PLMN identity	OP		PLMN identity 10.3.1.11	Action when not present is specified in subclause 8.1.1.6.18.
PLMNs of inter-frequency cells list	OP	1 to <maxCellMeas>		NOTE
>PLMN identity	OP		PLMN identity 10.3.1.11	Action when not present is specified in subclause 8.1.1.6.18.
PLMNs of inter-RAT cells list	OP	1 to <maxCellMeas>
>PLMN identity	OP		PLMN identity 10.3.1.11	Action when not present is specified in subclause 8.1.1.6.18.
Multiple PLMNs of intra-frequency cells list	OP	1 to <maxCellMeas>			REL-8
>Multiple PLMN list	OP	1 to 6		Action when not present is specified in subclause 8.1.1.6.18.	REL-8
>> PLMN identity with Optional MCC	MP		PLMN identity with Optional MCC 10.3.1.11a		REL-8
Multiple PLMNs of inter-frequency cells list	OP	1 to <maxCellMeas>			REL-8
>Multiple PLMN list	OP	1 to 6		Action when not present is specified in subclause 8.1.1.6.18.	REL-8
>> PLMN identity with Optional MCC	MP		PLMN identity with Optional MCC 10.3.1.11a		REL-8

NOTE: The IE "PLMNs of intra-frequency cells list" and/or the IE "PLMNs of inter-frequency cells list" can be used when each entry in those lists is either empty or includes a single PLMN identity. If multiple PLMNs need to be indicated in a non-empty entry, the network uses the IE "Multiple PLMNs of intra-frequency cells list" and/or the IE "Multiple PLMNs of inter-frequency cells list" instead.

10.3.7.53b PLMN identities of neighbour cells for SIB 11ter

This IE contains the PLMN identities of inter-frequency neighbour cells.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
PLMNs of inter-frequency cells list	OP	1 to <maxCellMeas-ext>		In this version of the specification, the maximum value is 48. NOTE	REL-12
>PLMN identity	OP		PLMN identity 10.3.1.11	Action when not present is specified in subclause 8.1.1.6.18.	REL-12
Multiple PLMNs of inter-frequency cells list	OP	1 to <maxCellMeas-ext>		In this version of the specification, the maximum value is 48.	REL-12
>Multiple PLMN list	OP	1 to 6		Action when not present is specified in subclause 8.1.1.6.18.	REL-12
>> PLMN identity with Optional MCC	MP		PLMN identity with Optional MCC 10.3.1.11a		REL-12

NOTE: The IE "PLMNs of inter-frequency cells list" can be used when each entry in those lists is either empty or includes a single PLMN identity. If multiple PLMNs need to be indicated in a non-empty entry, the network uses the IE "Multiple PLMNs of inter-frequency cells list" instead.

10.3.7.54 Primary CCPCH RSCP info

NOTE: Only for TDD

Information Element/Group name

Need

Multi

IE type and reference

Semantics description

Version

Primary CCPCH RSCP

Integer(0..91)

According to P-CCPCH_RSCP_LEV in [19] and [20].

Thirty-six spare values are needed.

Delta_{Primary CCPCH RSCP}

CV-Rel5

Integer(-5..-1)

If present, the actual value of Primary CCPCH RSCP = Primary CCPCH RSCP+ Delta_{Primary CCPCH RSCP}

REL-5

Condition	Explanation
Rel5	This IE is mandatory if the value of Primary CCPCH RSCP is below 0. Othewise the IE is not needed.

10.3.7.54a Qhcs

Information Element/Group name	Need	Type and Reference	Semantics description	Version
Qhcs	MP	Integer( 0..99)	Qhcs, mapped from CPICH Ec/No (FDD), see [4] [dB] 0: -24 1: -23.5 2: -23 3: -22.5 … 45: -1.5 46: -1 47: -0.5 48: 0 49: (spare) … 98: (spare) 99: (spare)
			Qhcs, mapped from CPICH RSCP (FDD), see [4] [dBm] 0: -115 1: -114 2: -113 : 88: -27 89: -26 90: -(spare) 91: -(spare) : 98: -(spare) 99: -(spare)
			Qhcs, mapped from PCCPCH RSCP (TDD), see [4] [dBm] 0: -115 1: -114 2: -113 : 88: -27 89: -26 90: -(spare) 91: -(spare) : 98: -(spare) 99: -(spare)
			Qhcs level, mapped from Averaged received signal level RSSI (GSM), see [4] [dBm] 0: -110 1: -109 2: -108 : 61: -49 62: -48 63: -47 64: -46 65: -45 66: -44 67: -43 68: -42 69: -41 70: -40 71: -39 72: -38 73: -37 74: -(spare) : 98: -(spare) 99: -(spare)
Delta_Qhcs-RSCP	CV-RSCP	Integer(-5..-1)	If present, the actual value of Qhcs = Qhcs + Delta_Qhcs-RSCP	REL-5

Condition	Explanation
RSCP	This IE is optional if Qhcs is mapped from CPICH RSCP or PCCPCH RSCP, and if the value of the RSCP is below 0 (-115dBm). It is not needed otherwise.

10.3.7.55 Quality measured results list

Information Element/Group name	Need	Multi	Type and reference	Semantics description
BLER measurement results	OP	1 to <maxTrCH>
>DL Transport channel identity	MP		Transport channel identity 10.3.5.18	transport channel type = DCH
>DL Transport Channel BLER	OP		Integer (0..63)	According to BLER_LOG in [19] and [20]
CHOICE mode	MP
>FDD				No data
>TDD
>>SIR measurement results	OP	1 to <MaxCCTrCH>		SIR measurements for DL CCTrCH
>>>TFCS ID	MP		Integer(1…8)
>>>Timeslot list	MP	1 to <maxTS>		for all timeslot on which the CCTrCH is mapped on
>>>>SIR	MP		Integer(0..63)	According to UE_SIR in [20]

10.3.7.56 Quality measurement

Information Element/Group name	Need	Multi	Type and reference	Semantics description
Quality reporting quantity	OP		Quality reporting quantity 10.3.7.59
CHOICE report criteria	MP
>Quality measurement reporting criteria			Quality measurement reporting criteria 10.3.7.58	Note Given this choice, the IE "DL Transport Channel BLER" shall be set to FALSE (see subclause 10.3.7.59)
>Periodical reporting criteria			Periodical reporting criteria 10.3.7.53	Note
>No reporting				Note (no data) Chosen when this measurement only is used as additional measurement to another measurement

NOTE: In this version of the specification, BLER as additional measurement is not supported.

10.3.7.57 Quality measurement event results

Information Element/Group name	Need	Multi	Type and reference	Semantics description
Transport channels causing the event	OP	1 to <maxTrCH>
>DL Transport channel identity	MP		Transport channel identity 10.3.5.18	transport channel type = DCH

10.3.7.58 Quality measurement reporting criteria

Event 5a: Number of bad CRCs on a certain transport channel exceeds a threshold.

Information Element/Group name	Need	Multi	Type and reference	Semantics description
Parameters sent for each transport channel	MP	1 to <maxTrCH>
>DL Transport channel identity	MP		Transport channel identity 10.3.5.18	transport channel type = DCH
>Total CRC	MP		Integer(1..512)	Number of CRCs
>Bad CRC	MP		Integer(1..512)	Number of CRCs
>Pending after trigger	MP		Integer(1..512)	Number of CRCs

10.3.7.59 Quality reporting quantity

Information Element/Group name	Need	Multi	Type and reference	Semantics description
DL Transport Channel BLER	MP		Boolean	TRUE means report requested
Transport channels for BLER reporting	CV-BLER reporting	1 to <maxTrCH>		The default, if no transport channel identities are present, is that the BLER is reported for all downlink transport channels
>DL Transport channel identity	MP		Transport channel identity 10.3.5.18	transport channel type = DCH
CHOICE mode	MP
>FDD				No data
>TDD
>>SIR measurement list	OP	1 to <maxCCTrCH>		SIR measurements shall be reported for all listed TFCS IDs
>>>TFCS ID	MP		Integer(1…8)

Condition	Explanation
BLER reporting	This IE is not needed if the IE "DL Transport Channel BLER" is FALSE and optional if the IE "DL Transport Channel BLER" is TRUE

10.3.7.60 Reference time difference to cell

In the System Information message, the reference time difference to cell indicates the timing difference between the primary CCPCH of the current cell and the primary CCPCH of a neighbouring cell..

In the Measurement Control message, the reference time difference to cell indicates the timing difference between UE uplink transmission timing and the primary CCPCH of a neighbouring cell.

Information Element/Group name	Need	Multi	Type and reference	Semantics description
CHOICE accuracy	MP
>40 chips
>>Reference time difference	MP		Integer(0..38400 by step of 40)	In chips
>256 chips
>>Reference time difference	MP		Integer(0.. 38400 by step of 256)	In chips
>2560 chips
>>Reference time difference	MP		Integer(0.. 38400 by step of 2560)	In chips

10.3.7.61 Reporting Cell Status

Indicates maximum allowed number of cells to report and whether active set cells and/or virtual active set cells and/or monitored set cells and/or detected set cells on used frequency and/or monitored set cells and/or detected set cells on non used frequency should/should not be included in the IE "Measured results".

Information Element/Group name	Need	Type and reference	Semantics description	Version
CHOICE reported cell	MP
>Report cells within active set			This choice is not valid for inter-RAT measurements. For inter-frequency measurements it is only valid for reporting events 2D and 2F. See NOTE 1.
>>Maximum number of reported cells	MP	Integer(1..6)
>Report cells within monitored set cells on used frequency			This choice is not valid for inter-RAT or inter-frequency measurements
>>Maximum number of reported cells	MP	Integer(1..6)
>Report cells within active set and/or monitored set cells on used frequency			This choice is not valid for inter-RAT or inter-frequency measurements
>>Maximum number of reported cells	MP	Integer(1..6)
>Report cells within detected set on used frequency			This choice is not valid for inter-RAT or inter-frequency measurements
>>Maximum number of reported cells	MP	Integer(1..6)
>Report cells within monitored set and/or detected set on used frequency			This choice is not valid for inter-RAT or inter-frequency measurements
>>Maximum number of reported cells	MP	Integer(1..6)
>Report all active set cells + cells within monitored set on used frequency			This choice is not valid for inter-RAT or inter-frequency measurements
>>Maximum number of reported cells	MP	Enumerated (virtual/active set cells+1, virtual/active set cells+2, …., virtual/active set cells+6)
>Report all active set cells + cells within detected set on used frequency			This choice is not valid for inter-RAT or inter-frequency measurements
>>Maximum number of reported cells	MP	Enumerated (virtual/active set cells+1, virtual/active set cells+2, …., virtual/active set cells+6)
>Report all active set cells + cells within monitored set and/or detected set on used frequency			This choice is not valid for inter-RAT or inter-frequency measurements
>>Maximum number of reported cells	MP	Enumerated (virtual/active set cells+1, virtual/active set cells+2, …., virtual/active set cells+6)
>Report cells within virtual active set			This choice is not valid for intra-frequency or inter-RAT measurements
>>Maximum number of reported cells per reported non-used frequency	MP	Integer(1..6)
>Report cells within monitored set on non-used frequency			This choice is not valid for intra-frequency or inter-RAT measurements
>>Maximum number of reported cells per reported non-used frequency	MP	Integer(1..6)
>Report cells within monitored and/or virtual active set on non-used frequency			This choice is not valid for intra-frequency or inter-RAT measurements
>>Maximum number of reported cells per reported non-used frequency	MP	Integer(1..6)
>Report all virtual active set cells + cells within monitored set on non-used frequency			This choice is not valid for intra-frequency or inter-RAT measurements
>>Maximum number of reported cells per reported non-used frequency	MP	Enumerated (virtual/active set cells+1, virtual/active set cells+2, …., virtual/active set cells+6)
>Report cells within active set or within virtual active set or of the other RAT			If this choice is selected for inter-RAT measurements, the UE shall report only cells of the other RAT. If this choice is selected for intra-frequency measurements, the UE shall report cells within the active set. If this choice is selected for inter-frequency measurements, the UE shall report cells within the virtual active set.
>>Maximum number of reported cells	MP	Integer (1..12)
>Report cells within active and/or monitored set on used frequency or within virtual active and/or monitored set on non-used frequency			This choice is not valid for inter-RAT measurements. If this choice is selected for intra-frequency measurements, the UE shall report cells within the active and/or monitored set. If this choice is selected for inter-frequency measurements, the UE shall report cells within the virtual active set and/or monitored set on non-used frequency.
>>Maximum number of reported cells	MP	Integer(1..12)
>Report all virtual active set cells + cells within monitored set and/or detected set on non-used frequency			This choice is not valid for inter-RAT or intra-frequency measurements	REL-10
>>Maximum number of reported cells	MP	Enumerated (virtual/active set cells+1, virtual/active set cells+2, …., virtual/active set cells+6)		REL-10

NOTE 1: For Inter-frequency reporting events 2D and 2F, only CHOICE "Report cells within active set" is valid.

10.3.7.62 Reporting information for state CELL_DCH

Information Element/Group name	Need	Multi	Type and reference	Semantics description
Intra-frequency reporting quantity	MP		Intra-frequency reporting quantity 10.3.7.41
Measurement Reporting Mode	MP		Measurement Reporting Mode 10.3.7.49
CHOICE report criteria	MP
>Intra-frequency measurement reporting criteria			Intra-frequency measurement reporting criteria 10.3.7.39	This IE may only contain measurement events from 1A to 1I, but not measurement event 1J.
>Periodical reporting criteria			Periodical reporting criteria 10.3.7.53

10.3.7.63 SFN-SFN observed time difference

Information Element/Group name	Need	Type and reference	Semantics description	Version
CHOICE type	MP
>Type 1		Integer(0..9830399)	According to T1_SFN-SFN_TIME in [19] and [20]. For FDD and 3.84 Mcps TDD and 7.68 Mcps TDD: 6946816 spare values are needed.
>Type 1		Integer(0..3276799)	For 1.28 Mcps TDD: 13500416 spare values are needed.	Rel-4
>Type 2		Integer(0..40961)	According to T2_SFN-SFN_TIME in [19] and [20]. 24574 spare values are needed.
>Type 2		Integer(0..27649)	For 1.28 Mcps TDD: 37886 spare values are needed.	Rel-4

10.3.7.64 Time to trigger

Information Element/Group name	Need	Multi	Type and reference	Semantics description
Time to trigger	MP		Integer(0, 10, 20, 40, 60, 80, 100, 120, 160, 200, 240, 320, 640, 1280, 2560, 5000)	Time in ms

10.3.7.65 Timeslot ISCP info

NOTE: Only for TDD

Information Element/Group name

Need

Multi

IE type and reference

Semantics description

Timeslot ISCP

Integer (0..91)

According to UE_TS_ISCP_LEV in [20].

Thirty-six spare values are needed.

10.3.7.66 Traffic volume event identity

Information Element/Group name	Need	Multi	Type and reference	Semantics description
Traffic volume event identity	MP		Enumerated(4a, 4b)

10.3.7.67 Traffic volume measured results list

Information Element/Group name	Need	Multi	Type and reference	Semantics description
Traffic volume measurement results	OP	1 to <maxRB>
>RB Identity	MP		RB Identity 10.3.4.16
>RLC Buffers Payload	OP		Enumerated(0, 4, 8, 16, 32, 64, 128, 256, 512, 1024, 2K, 4K, 8K, 16K, 32K, 64K, 128K, 256K, 512K, 1024K)	In bytes And N Kbytes = N*1024 bytes. Twelve spare values are needed.
>Average of RLC Buffer Payload	OP		Enumerated(0, 4, 8, 16, 32, 64, 128, 256, 512, 1024, 2K, 4K, 8K, 16K, 32K, 64K, 128K, 256K, 512K, 1024K)	In bytes And N Kbytes = N*1024 bytes. Twelve spare values are needed.
>Variance of RLC Buffer Payload	OP		Enumerated(0, 4, 8, 16, 32, 64, 128, 256, 512, 1024, 2K, 4K, 8K, 16K)	In bytes And N Kbytes = N*1024 bytes. Two spare values are needed.

10.3.7.68 Traffic volume measurement

Information Element/Group name	Need	Multi	Type and reference	Semantics description
Traffic volume measurement Object	OP		Traffic volume measurement Object 10.3.7.70
Traffic volume measurement quantity	OP		Traffic volume measurement quantity 10.3.7.71
Traffic volume reporting quantity	OP		Traffic volume reporting quantity 10.3.7.74
Measurement validity	OP		Measurement validity 10.3.7.51
CHOICE report criteria	MP
>Traffic volume measurement reporting criteria			Traffic volume measurement reporting criteria 10.3.7.72
>Periodical reporting criteria			Periodical reporting criteria 10.3.7.53
>No reporting				(no data) Chosen when this measurement only is used as additional measurement to another measurement

10.3.7.69 Traffic volume measurement event results

Contains the event result for a traffic volume measurement.

Information Element/Group name

Need

Multi

Type and reference

Semantics description

Uplink transport channel type causing the event

Enumerated(DCH,RACH,USCH)

USCH is TDD only.

RACH is the currently configured default in the uplink.

For 1.28 Mcps TDD, if E-DCH is configured to the UE, and the Uplink transport channel type is USCH and UL Transport Channel identity is 32, it means E-DCH TVM is configured.

UL Transport Channel identity

CV-UL-DCH/USCH

Transport channel identity 10.3.5.18

Traffic volume event identity

Traffic volume event identity 10.3.7.66

Condition	Explanation
UL-DCH/USCH	If IE "Uplink transport channel type" is equal to "DCH" or "USCH" (TDD only) this IE is mandatory present. Otherwise the IE is not needed.

10.3.7.70 Traffic volume measurement object

Contains the measurement object information for a traffic volume measurement.

Information Element/Group name	Need	Multi	Type and reference	Semantics description
Traffic volume measurement objects	MP	1 to <maxTrCH>
>Uplink transport channel type	MP		Enumerated(DCH,RACH,USCH)	USCH is TDD only. RACH is the currently configured default in the uplink. For 1.28 Mcps TDD, if E-DCH is configured to the UE, and the Uplink transport channel type is USCH and UL Transport Channel identity is 32, it means E-DCH TVM is configured.
>UL Target Transport Channel ID	CV-UL-DCH/USCH		Transport channel identity 10.3.5.18

Condition	Explanation
UL-DCH/USCH	If IE "Uplink transport channel type" is equal to "DCH" or "USCH" (TDD only) this IE is mandatory present. Otherwise the IE is not needed.

10.3.7.71 Traffic volume measurement quantity

Contains the measurement quantity information for a traffic volume measurement.

Information Element/Group name	Need	Multi	Type and reference	Semantics description
Measurement quantity	MP		Enumerated(RLC buffer payload, Average RLC buffer payload, Variance of RLC buffer payload)	This parameter should be ignored.
Time Interval to take an average or a variance	CV-A/V		Integer(20, 40, ..260, by steps of 20)	In ms

Condition	Explanation
A/V	This IE is mandatory present when "Average RLC buffer" or "Variance of RLC buffer payload" is chosen and not needed otherwise.

10.3.7.72 Traffic volume measurement reporting criteria

Contains the measurement reporting criteria information for a traffic volume measurement.

Event 4a: Transport Channel Traffic Volume [15] exceeds an absolute threshold.

Event 4b: Transport Channel Traffic Volume [15] becomes smaller than an absolute threshold.

Information Element/Group name	Need	Multi	Type and reference	Semantics description
Parameters sent for each transport channel	OP	1 to <maxTrCH>		This IE is always required, need is OP to align with ASN.1
>Uplink transport channel type	OP		Enumerated(DCH,RACH,USCH)	USCH is TDD only. RACH is the currently configured default in the uplink. For 1.28 Mcps TDD, if E-DCH is configured to the UE, and the Uplink transport channel type is USCH and UL Transport Channel identity is 32, it means E-DCH TVM is configured.
>UL Transport Channel ID	CV-UL-DCH/USCH		Transport channel identity 10.3.5.18
>Parameters required for each Event	OP	1 to <maxMeasparEvent>
>>Traffic volume event identity	MP		Traffic volume event identity 10.3.7.66
>>Reporting Threshold	MP		Enumerated(8,16,32,64,128,256,512,1024,2K,3K,4K,6K,8K,12K,16K,24K,32K,48K,64K,96K,128K,192K,256K,384K,512K,768K)	Threshold in bytes And N Kbytes = N*1024 bytes
>>Time to trigger	OP		Time to trigger 10.3.7.64	Indicates the period of time during which the event condition has to be satisfied, before sending a Measurement Report. Time in ms
>>Pending time after trigger	OP		Integer(250, 500, 1000, 2000, 4000, 8000, 16000)	Indicates the period of time during which it is forbidden to send any new measurement reports with the same Traffic volume event identity even if the triggering condition is fulfilled. Time in milliseconds
>>Tx interruption after trigger	OP		Integer (250, 500, 1000, 2000, 4000, 8000, 16000)	Time in milliseconds. Indicates how long the UE shall block DTCH transmissions on the RACH after a measurement report is triggered.

Condition	Explanation
UL-DCH/USCH	If IE "Uplink transport channel type" is equal to "DCH" or "USCH" (TDD only) this IE is optional. Otherwise the IE is not needed.

10.3.7.73 Traffic volume measurement system information

Information Element/Group name	Need	Multi	Type and reference	Semantics description
Traffic volume measurement identity	MD		Measurement identity 10.3.7.48	The traffic volume measurement identity has default value 4.
Traffic volume measurement object	OP		Traffic volume measurement object 10.3.7.70
Traffic volume measurement quantity	OP		Traffic volume measurement quantity 10.3.7.71
Traffic volume reporting quantity	OP		Traffic volume reporting quantity 10.3.7.74
Measurement validity	OP		Measurement validity 10.3.7.51
Measurement Reporting Mode	MP		Measurement Reporting Mode 10.3.7.49
CHOICE reporting criteria	MP
>Traffic volume measurement reporting criteria			Traffic volume measurement reporting criteria 10.3.7.72
>Periodical reporting criteria			Periodical reporting criteria 10.3.7.53

10.3.7.74 Traffic volume reporting quantity

Contains the reporting quantity information for a traffic volume measurement.

For all boolean types TRUE means inclusion in the report is requested.

Information Element/Group name	Need	Multi	Type and reference	Semantics description
RLC Buffer Payload for each RB	MP		Boolean
Average of RLC Buffer Payload for each RB	MP		Boolean
Variance of RLC Buffer Payload for each RB	MP		Boolean

10.3.7.75 UE internal event identity

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
UE internal event identity	MP		Enumerated(6a,6b,6c,6d,6e, 6f, 6g,
UE internal event identity	MP		6h, 6i)		REL-14

10.3.7.76 UE internal measured results

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
CHOICE mode	MP
>FDD
>>UE Transmitted Power	OP		UE Transmitted Power info 10.3.7.85
>>UE Rx-Tx report entries	OP	1 to <maxRL>
>>>Primary CPICH info	MP		Primary CPICH info 10.3.6.60	Primary CPICH info for each cell included in the active set
>>>UE Rx-Tx time difference type 1	MP		UE Rx-Tx time difference type 1 10.3.7.83	UE Rx-Tx time difference in chip for each RL included in the active set
>>UE power headroom	OP		UE power headroom 10.3.7.142	UE power headroom	REL-14
>TDD
>>UE Transmitted Power list	OP	1 to <maxTS>		UE Transmitted Power for each used uplink timeslot in ascending timeslot number order
>>>UE Transmitted Power	MP		UE Transmitted Power info 10.3.7.85
>>CHOICE TDD option	MP				REL-4
>>>3.84 Mcps TDD					REL-4
>>>>Applied TA	OP		Uplink Timing Advance 10.3.6.95	Uplink timing advance applied by the UE
>>>>Extended Applied TA	OP		Extended Uplink Timing Advance 10.3.6.95a	Uplink timing advance applied by the UE	REL-7
>>>7.68 Mcps TDD					REL-7
>>>>Extended Applied TA	OP		Extended Uplink Timing Advance 10.3.6.95a	Uplink timing advance applied by the UE	REL-7
>>>1.28 Mcps TDD					REL-4
>>>>T_ADV	OP		T_ADVinfo 10.3.7.112		REL-4

10.3.7.77 UE internal measurement

Information Element/Group name	Need	Multi	Type and reference	Semantics description
UE internal measurement quantity	OP		UE internal measurement quantity 10.3.7.79
UE internal reporting quantity	OP		UE internal reporting quantity 10.3.7.82
CHOICE report criteria	MP
>UE internal measurement reporting criteria			UE internal measurement reporting criteria 10.3.7.80
>Periodical reporting criteria			Periodical reporting criteria 10.3.7.53
>No reporting				(no data) Chosen when this measurement only is used as additional measurement to another measurement

CHOICE report criteria	Condition under which the given report criteria is chosen
UE internal measurement reporting criteria	Chosen when UE internal measurement event triggering is required
Periodical reporting criteria	Chosen when periodical reporting is required
No reporting	Chosen when this measurement only is used as additional measurement to another measurement

10.3.7.78 UE internal measurement event results

This IE contains the measurement event results that are reported to UTRAN for UE internal measurements.

Information Element/Group name	Need	Multi	Type and reference	Semantics description
UE internal event identity	MP		UE internal event identity 10.3.7.75
CHOICE mode	MP
>FDD
>Primary CPICH info	CV-clause 1		Primary CPICH info 10.3.6.60
>TDD				(no data)

Condition	Explanation
Clause 1	This IE is mandatory present if the IE "UE internal event identity" is set to "6f" or "6g", otherwise the IE is not needed.

10.3.7.79 UE internal measurement quantity

The quantity the UE shall measure in case of UE internal measurement.

Information Element/Group name	Need	Type and reference	Semantics description	Version
CHOICE mode	MP
>FDD
>>Measurement quantity	MP	Enumerated(UE Transmitted Power, UTRA Carrier RSSI, UE Rx-Tx time difference,
>>Measurement quantity	MP	UE power headroom)		REL-14
>TDD
>>Measurement quantity	MP	Enumerated(UE Transmitted Power, UTRA Carrier RSSI,
>>Measurement quantity	MP	T_ADV)	Measurement on Timing Advance is for 1.28 Mcps TDD	REL-4
Filter coefficient	OP	Filter coefficient 10.3.7.9	If the IE "Measurement quantity" is set to "Rx-Tx time difference" and this IE is present, the UE behaviour is unspecified.

10.3.7.80 UE internal measurement reporting criteria

The triggering of the event-triggered reporting for a UE internal measurement. All events concerning UE internal measurements are labelled 6x where x is a, b, c…. In TDD, the events 6a – 6d are measured and reported on timeslot basis.

Event 6a: The UE Transmitted Power becomes larger than an absolute threshold

Event 6b: The UE Transmitted Power becomes less than an absolute threshold

Event 6c: The UE Transmitted Power reaches its minimum value

Event 6d: The UE Transmitted Power reaches its maximum value

Event 6e: The UE RSSI reaches the UEs dynamic receiver range

Event 6f (FDD): The UE Rx-Tx time difference for a RL included in the active set becomes larger than an absolute threshold

Event 6f (1.28 Mcps TDD): The time difference indicated by T_ADV becomes larger than an absolute threshold

Event 6g: The UE Rx-Tx time difference for a RL included in the active set becomes less than an absolute threshold

Event 6h: The UE power headroom becomes larger than an absolute threshold

Event 6i: The UE power headroom becomes less than an absolute threshold

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Parameters sent for each UE internal measurement event	OP	1 to <maxMeasEvent>
>UE internal event identity	MP		UE internal event identity 10.3.7.75
>Time-to-trigger	MP		Integer(0, 10, 20, 40, 60, 80, 100, 120, 160, 200, 240, 320, 640, 1280, 2560, 5000)	Time in ms. Indicates the period of time between the timing of event detection and the timing of sending Measurement Report.
>UE Transmitted Power Tx power threshold	CV-clause 1		Integer(-50..33)	Power in dBm. In event 6a, 6b.
>UE Rx-Tx time difference threshold	CV-clause 2		Integer(768..1280)	Time difference in chip. In event 6f, 6g.
>T_ADV threshold	CV-clause 3		Real (0..63 step 0.125)	Time difference in chip. In event 6f	REL-4
>Hysteresis	CV-clause 4		Real (0..7.5 by step of 0.5)		REL-14
>UE Power Headroom threshold	CV-clause 4		Integer (-50..33)		REL-14
>Filter coefficient	CV-clause 4		Filter coefficient 10.3.7.9	Filter coefficient.	REL-14
>Pending time after trigger	CV-clause 5		Integer(250, 500, 1000, 2000, 4000, 8000, 16000)	Indicates the period of time during which it is forbidden to send any new measurement reports with the same event identity even if the triggering condition is fulfilled. Time in milliseconds.	REL-14

Condition	Explanation
Clause 1	The IE is mandatory present if the IE "UE internal event identity" is set to "6a" or "6b", otherwise the IE is not needed.
Clause 2	In FDD, the IE is mandatory present if the IE "UE internal event identity" is set to "6f" or "6g", otherwise the IE is not needed.
Clause 3	In 1.28 Mcps TDD the IE is mandatory present if the IE "UE internal event identity" is set to "6f", otherwise the IE is not needed.
Clause 4	In FDD, the IE is mandatory present if the IE "UE internal event identity" is set to "6h" or "6i", otherwise the IE is not needed.
Clause 5	In FDD, the IE is optionally present if the IE "UE internal event identity" is set to "6h" or "6i", otherwise the IE is not needed.

10.3.7.81 Void

10.3.7.82 UE Internal reporting quantity

For all boolean types TRUE means inclusion in the report is requested.

Information Element/Group name	Need	Type and reference	Version
UE Transmitted Power	MP	Boolean
CHOICE mode	MP
>FDD
>>UE Rx-Tx time difference	MP	Boolean
>>UE power headroom	MP	Boolean	REL-14
>TDD
>>CHOICE TDD option			REL-4
>>>3.84 Mcps TDD			REL-4
>>>>Applied TA	MP	Boolean
>>>7.68 Mcps TDD			REL-7
>>>>Applied TA	MP	Boolean	REL-7
>>>1.28 Mcps TDD			REL-4
>>>>T_ADV info	MP	Boolean	REL-4

10.3.7.83 UE Rx-Tx time difference type 1

The difference in time between the UE uplink DPCCH/DPDCH frame transmission and the first detected path (in time), of the downlink DPCH or F-DPCH frame from the measured radio link, as defined in [7]. This measurement is for FDD only.

Information Element/Group name

Need

Multi

Type and reference

Semantics description

UE Rx-Tx time difference type 1

Integer(768..1280)

In chips.

511 spare values are needed.

10.3.7.84 UE Rx-Tx time difference type 2

Information Element/Group name	Need	Multi	Type and reference	Semantics description
UE Rx-Tx time difference type 2	MP		Integer (0..8191)	According to [19].

10.3.7.85 UE Transmitted Power info

Information Element/Group name	Need	Multi	IE type and reference	Semantics description
UE Transmitted Power	MP		Integer (0..104)	According to UE_TX_POWER in [19] and [20]

10.3.7.86 UE positioning Ciphering info

This IE contains information for the ciphering of UE positioning assistance data broadcast in System Information.

Information Element/Group name	Need	Multi	Type and Reference	Semantics description
Ciphering Key Flag	MP		Bit string(1)
Ciphering Serial Number	MP		Integer(0..65535)	The serial number used in the DES ciphering algorithm

10.3.7.87 UE positioning Error

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
Error reason	MP		Enumerated(Not Enough OTDOA Cells, Not Enough GPS Satellites, Assistance Data Missing, Not Accomplished GPS Timing Of Cell Frames, Undefined Error, Request Denied By User, Not Processed And Timeout, Reference Cell Not Serving Cell,	Note 1
Error reason	MP		Not Enough GANSS Satellites, Not Accomplished GANSS Timing Of Cell Frames)	Note 1	REL-7
GPS Additional Assistance Data Request	CV-GPSdataMissing		UE positioning GPS Additional Assistance Data Request 10.3.7.88a
GANSS Additional Assistance Data Request	CV-GANSSdataMissing		UE positioning GANSS Additional Assistance Data Request 10.3.7.88c		REL-7

NOTE 1: The following table describes each value of the IE "Error reason".

Value	Indication
Not Enough OTDOA Cells	There were not enough cells to be received.
Not Enough GPS Satellites	There were not enough GPS satellites to be received.
Assistance Data Missing	UE positioning GANSS or/and GPS assistance data missing.
Not Accomplished GPS Timing Of Cell Frames	UE was not able to accomplish the GPS timing of cell frames measurement.
Undefined Error	Undefined error.
Request Denied By User	UE positioning request denied by upper layers.
Not Processed And Timeout	UE positioning request not processed by upper layers and timeout.
Reference Cell Not Serving Cell	UE was not able to read the SFN of the reference cell.
Not Enough GANSS Satellites	There were not enough GANSS satellites to be received.
Not Accomplished GANSS Timing Of Cell Frames	UE was not able to accomplish the GANSS timing of cell frames measurement.

Condition	Explanation
GPSdataMissing	The IE is optional if the IE "Error reason" is "Assistance Data Missing" and not needed otherwise.
GANSSdataMissing	The IE is optional if the IE "Error reason" is "Assistance Data Missing" and not needed otherwise.

10.3.7.88 UE positioning GPS acquisition assistance

This IE contains parameters that enable fast acquisition of the GPS signals in UE-assisted GPS positioning.

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
GPS TOW msec	MP		Integer(0..6.048*10⁸-1)	GPS Time of Week in milliseconds rounded down to the nearest millisecond unit. It is also the time when satellite information is valid.
UTRAN GPS reference time	OP
>UTRAN GPS timing of cell frames	MP		Integer(0 … 2322431999999)	GPS timing of cell frames in steps of 1 chip.
>CHOICE mode	OP
>>FDD
>>>Primary CPICH Info	MP		Primary CPICH Info 10.3.6.60	Identifies the reference cell for the GPS TOW-SFN relationship
>>TDD
>>>cell parameters id	MP		Cell parameters id 10.3.6.9	Identifies the reference cell for the GPS TOW-SFN relationship
>SFN	MP		Integer(0..4095)	The SFN which the UTRAN GPS timing of cell frames time stamps.
UE Positioning GPS ReferenceTime Uncertainty	OP		UE positioning GPS reference time uncertainty 10.3.7.96a		REL-7
Confidence	OP		Integer(0..100)	Confidence level (in percent) of the reference location area or volume used to calculate the Satellite information parameters (search windows).	REL-12
Satellite information	MP	1 to <maxSat>
>SatID	MP		Integer (0..63)	Identifies the satellite and is equal to (SV ID No – 1) where SV ID No is defined in [12].
>Doppler (0^th order term)	MP		Real(-5120..5117.5 by step of 2.5)	Hz
>Extra Doppler	OP
>>Doppler (1^st order term)	MP		Real (-0.966..0.483 by step of 0.023)	Hz/s
>>Doppler Uncertainty	MP		Enumerated (12.5,25,50,100,200)	Hz. Three spare values are needed. The Doppler experienced by a stationary UE is in the range “Doppler – Doppler Uncertainty” to “Doppler + Doppler Uncertainty”.
>Extra Doppler Extension	OP			If this field is present, the "Extra Doppler" field should not be present.	REL-12
>>Doppler (1^st order term)	MP		Real (-0.966..0.483 by step of 0.023)	Hz/s	REL-12
>>Doppler Uncertainty Extension	MP		Enumerated (300, 400, 500, 600, ‘No Information’)	Hz. Three spare values are needed. The Doppler experienced by a stationary UE is in the range "Doppler – Doppler Uncertainty Extension" to "Doppler + Doppler Uncertainty Extension".	REL-12
>Code Phase	MP		Integer(0..1022)	GPS chips. Increasing binary values of the field signify increasing predicted pseudoranges.
>Integer Code Phase	MP		Integer(0..19)	Number of code periods that have elapsed since the latest GPS bit boundary, in units of C/A code period.
>GPS Bit number	MP		Integer(0..3)	Specifies GPS bit number modulo 4
>Code Phase Search Window	MP		Integer(1023,1,2,3,4,6,8,12,16,24,32,48,64,96,128,192)	Expected code-phase is in the range “Code Phase – Code Phase Search Window” to “Code Phase + Code Phase Search Window”.
>Azimuth and Elevation	OP
>>Azimuth	MP		Real(0..348.75 by step of 11.25)	Degrees An angle of x degrees means the satellite azimuth a is in the range x ≤ a < x+11.25 degrees.
>>Elevation	MP		Real(0..78.75 by step of 11.25)	Degrees An angle of y degrees means the satellite elevation e is in the range y ≤ e < y+11.25 degrees except for y=78.75 where the range is extended to include 90 degrees.
>>Azimuth LSB	MP		Real(0..10.546875 by step of 0.703125)	Degrees The full satellite azimuth is constructed as “Azimuth” + “Azimuth LSB”. An azimuth angle of x degrees means the satellite azimuth a is in the range x ≤ a < x+0.703125 degrees. Range 0-359.296875 deg.	REL-10
>>Elevation LSB	MP		Real(0..10.546875 by step of 0.703125)	Degrees The full satellite elevation is constructed as “Elevation” + “Elevation LSB”. An elevation angle of y degrees means the satellite elevation e is in the range y ≤ e < y+0.703125 degrees. Range 0-89.296875 deg.	REL-10

10.3.7.88a UE positioning GPS Additional Assistance Data Request

Information Element/Group name	Need	Multi	Type and Reference	Semantics description
Almanac	MP		Boolean	TRUE means requested
UTC Model	MP		Boolean	TRUE means requested
Ionospheric model	MP		Boolean	TRUE means requested
Navigation Model	MP		Boolean	TRUE means requested
DGPS Corrections	MP		Boolean	TRUE means requested
Reference Location	MP		Boolean	TRUE means requested
Reference Time	MP		Boolean	TRUE means requested
Acquisition Assistance	MP		Boolean	TRUE means requested
Real-Time Integrity	MP		Boolean	TRUE means requested
Navigation Model Additional data	CV-Navigation Model
>GPS Week	MP		Integer (0..1023)
>GPS_Toe	MP		Integer (0..167)	GPS time of ephemeris in hours of the latest ephemeris set contained by the UE. Eighty-eight spare values needed.
>T-Toe limit	MP		Integer (0..10)	ephemeris age tolerance of the UE to UTRAN in hours. Five spare values needed.
>Satellites list related data	MP	0 to <maxSat>
>>SatID	MP		Integer (0..63)	Identifies the satellite and is equal to (SV ID No – 1) where SV ID No is defined in [12].
>>IODE	MP		Integer (0..255)	Issue of Data Ephemeris for SatID

Condition	Explanation
Navigation Model	This IE is mandatory present if "Navigation Model" is set to TRUE otherwise it is absent.

10.3.7.88b UE positioning GANSS reference measurement information

This IE provides reference code and Doppler measurement information of visible satellites of a GNSS constellation. The information enables fast acquisition of the GANSS signals in UE-assisted GANSS positioning. If the IE "UE positioning GPS acquisition assistance" is not included in IE "UE positioning measurement", the Satellite Information is valid at the time as given in the IE "UE positioning GANSS reference time" IE. I.e., if IE "UE positioning GANSS reference measurement information" is included in IE "UE positioning GANSS assistance data" and IE "UE positioning GPS acquisition assistance" is not included in IE "UE positioning measurement", the IE "UE positioning GANSS reference time" shall also be included. If the IE "UE positioning GPS acquisition assistance" is included in IE "UE positioning measurement", the IE "GPS TOW msec" and IE "UTRAN GPS reference time" included in IE "UE positioning GPS acquisition assistance" is also valid for the Satellite information in IE "UE positioning GANSS reference measurement information".

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
GANSS Signal ID	OP		GANSS Signal Id 10.3.3.45a	Absence of this field means the default value as defined in 10.3.3.45a for the GANSS identified by GANSS_ID. If this IE is asked by SIB 15.6, the GANSS shall be solved by the scheduling information.	REL-7
Confidence	OP		Integer(0..100)	Confidence level (in percent) of the reference location area or volume used to calculate the Satellite information parameters (search windows).	REL-12
Satellite information	MP	1 to <maxGANSSSat>			REL-7
>SatID	MP		Integer (0..63)	Identifies the satellite within a GANSS constellation. For coding description, see Note 2.	REL-7
>Doppler (0^th order term)	MP		Real(-1024..1023.5 by step of 0.5)	m/s Conversion between m/s and Hz shall be made by using the nominal wavelength of the assisted signal.	REL-7
>Extra Doppler	OP				REL-7
>>Doppler (1^st order term)	MP		Real (-0.2..0.1 by step of 1/210)	m/s²	REL-7
>>Doppler Uncertainty	MP		Enumerated (40,20,10,5,2.5)	m/s. The Doppler experienced by a stationary UE is in the range “Doppler – Doppler Uncertainty” to “Doppler + Doppler Uncertainty”. Three spare values are needed.	REL-7
>Extra Doppler Extension	OP			If this field is present, the "Extra Doppler" field should not be present.	REL-12
>>Doppler (1^st order term)	MP		Real (-0.2..0.1 by step of 1/210)	m/s²	REL-12
>>Doppler Uncertainty Extension	MP		Enumerated (60, 80, 100, 120, ‘No Information’)	m/s. The Doppler experienced by a stationary UE is in the range "Doppler – Doppler Uncertainty Extension" to "Doppler + Doppler Uncertainty Extension". Three spare values are needed.	REL-12
>Code Phase	MP		Integer(0..1023)	ms, scaling factor 2^-10 Nominal chipping rate of the GNSS signal shall be used in conversion. Increasing binary values of the field signify increasing predicted code phases.	REL-7
>Integer Code Phase	MP		Integer(0..127)	ms. Integer code phase (expressed modulo 128 ms) . The satellite integer milli-seconds code phase currently being transmitted at the Reference Time included in either IE "UE positioning GANSS reference time” or IE “UE positioning GPS acquisition assistance”, as seen by a receiver at the Reference Location is calculated as Reference Time (expressed in milli-seconds) minus (Integer_Code_Phase + (n×128 ms)), with n = …-2,-1,0,1,2….. The UE can calculate the expected code phase as follows: Reference Time – Integer Code Phase + Code Phase.	REL-7
>Code Phase Search Window	MP		Bit string (5)	Coded expected code-phase is in the range “Code Phase – Code Phase Search Window” to “Code Phase + Code Phase Search Window”. For coding description, see Note 1	REL-7
>Azimuth and Elevation	OP				REL-7
>>Azimuth	MP		Real(0..348.75 by step of 11.25)	Degrees An angle of x degrees means the satellite azimuth a is in the range x ≤ a < x+11.25 degrees.	REL-7
>>Elevation	MP		Real(0..78.75 by step of 11.25)	Degrees An angle of y degrees means the satellite elevation e is in the range y ≤ e < y+11.25 degrees except for y=78.75 where the range is extended to include 90 degrees.	REL-7
>>Azimuth LSB	MP		Real(0..10.546875 by step of 0.703125)	Degrees The full satellite azimuth is constructed as “Azimuth” + “Azimuth LSB”. An azimuth angle of x degrees means the satellite azimuth a is in the range x ≤ a < x+0.703125 degrees Range 0-359.296875 deg.	REL-10
>>Elevation LSB	MP		Real(0..10.546875 by step of 0.703125)	Degrees The full satellite elevation is constructed as “Elevation” + “Elevation LSB”. An elevation angle of y degrees means the satellite elevation e is in the range y ≤ e < y+0.703125 degrees. Range 0-89.296875 deg.	REL-10

NOTE 1: Code phase search window parameter format:

CODE_PHASE_SEARCH_WINDOW	Code Phase Search Window [ms]
‘00000’	No information
‘00001’	0,002
‘00010’	0,004
‘00011’	0,008
‘00100’	0,012
‘00101’	0,016
‘00110’	0,024
‘00111’	0,032
‘01000’	0,048
‘01001’	0,064
‘01010’	0,096
‘01011’	0,128
‘01100’	0,164
‘01101’	0,200
‘01110’	0,250
‘01111’	0,300
‘10000’	0,360
‘10001’	0,420
‘10010’	0,480
‘10011’	0,540
‘10100’	0,600
‘10101’	0,660
‘10110’	0,720
‘10111’	0,780
‘11000’	0,850
‘11001’	1,000
‘11010’	1,150
‘11011’	1,300
‘11100’	1,450
‘11101’	1,600
‘11110’	1,800
‘11111’	2,000

NOTE 2: Interpretation of SatID:

GANSS	Value of SatID	Interpretation of SatID
Galileo	‘0’ – ‘35’ ‘36’ – ‘63’	Code No. 1 to 36 Reserved
Modernized GPS	‘0’ – ‘62’	Satellite PRN Signal No. 1 to 63
	‘63’	Reserved
SBAS	‘0’ – ‘38’	Satellite PRN Signal No. 120 to 158
	‘39’ – ‘63’	Reserved
QZSS	‘0’ – ‘4’	Satellite PRN Signal No. 193 to 197
	‘5’ – ‘63’	Reserved
GLONASS	‘0’ – ‘23’	Slot Number 1 to 24
	‘24’ – ‘63’	Reserved
BDS	‘0’ – ‘36’	Satellite ranging code number signal No.1 to 37 [86]
	‘37’ – ‘63’	Reserved

10.3.7.88c UE positioning GANSS additional assistance data request

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
GANSS Reference Time	MP		Boolean	TRUE means requested	REL-7
GANSS Reference Location	MP		Boolean	TRUE means requested	REL-7
GANSS Ionospheric model	MP		Boolean	TRUE means requested	REL-7
GANSS Additional Ionospheric Model	OP		Data ID Bit String(2)	If present, the UE requests the “UE positioning GANSS additional ionospheric model” for a “Data ID” as defined in 10.3.7.92b.	REL-8
GANSS Earth Orientation Parameters	OP		Enumerated (TRUE)	If present, the UE requests the “UE positioning GANSS Earth orientation parameters”	REL-8
GANSS Requested Generic Assistance Data	MP	1 to <maxGANSS>			REL-7
>GANSS ID	OP		Integer(0..7)	Absence of this IE means Galileo Values 0-7 reserved for future use.	REL-7
>GANSS ID	OP		Integer(0..7)	Absence of this IE means Galileo. For coding description see NOTE 1 in 10.3.7.90b.	REL-8
>SBAS ID	CV‑GANSS‑ID‑SBAS		UE positioning GANSS SBAS ID 10.3.7.97e		REL-8
>GANSS Real-Time Integrity	MP		Boolean	TRUE means requested	REL-7
>DGANSS Signal	OP		DGANSS Signal Id 10.3.7.88d	If present, the UE requests the "UE positioning DGANSS corrections"	REL-7
>DBDS Signal	CV‑GANSS‑ID‑BDS		DGANSS Signal Id 10.3.7.88d	If present, the UE requests the "UE positioning DBDS corrections"	REL-12
>BDS Ionospheric Grid Model	CV‑GANSS‑ID‑BDS		Enumerated (TRUE)	If present, the UE requests the "UE positioning BDS Ionospheric Grid Model"	REL-12
>GANSS Almanac	MP		Boolean	TRUE means requested	REL-7
>GANSS Almanac	MP		Boolean	TRUE means requested. If “GANSS ID” indicates “Modernized GPS” or “QZSS” and IE “GANSS additional assistance data choices” is not included, the GANSS Almanac model requested is “Model-4” for Modernized GPS, and “Model-2” for QZSS, as defined in 10.3.7.89a.	REL-8
>GANSS Navigation Model	MP		Boolean	TRUE means requested	REL-7
>GANSS Additional Navigation Models	OP		Enumerated (TRUE)	If present, the UE requests the “UE positioning GANSS additional navigation models”. If “GANSS ID” indicates “QZSS” and IE “GANSS additional assistance data choices” is not included, the GANSS orbit and clock model requested is “Model-2” as defined in 10.3.7.91e and 10.3.7.91f, respectively.	REL-8
>GANSS Time Model GNSS-GNSS	OP		BIT STRING (8)	The reference system for requested GANSS time model GNSS-GNSS is as indicated in IE "GANSS ID". The models are requested for each system with respective bit set to “1”. Bit 0 is set for GPS, Bit 1 is set for Galileo. Other bits are reserved	REL-7
				Bit 2 is set for QZSS Bit 3 is set for GLONASS Other bits are reserved	REL-8
				Bit 4 is set for BDS Other bits are reserved	REL-12
>GANSS Reference Measurement Information	MP		Boolean	TRUE means requested	REL-7
>GANSS data bits	OP				REL-7
>>GANSS TOD	MP		INTEGER (0..86399)	This field contains the reference time modulo 86400 seconds of the first data bit of the requested data in integer seconds in GNSS specific system time of the GNSS indicated by IE "GANSS ID".	REL-7
>>Data bit assistance	MP				REL-7
>>>GANSS Signal ID	MP		DGANSS Signal Id 10.3.7.88d		REL-7
>>>GANSS Data Bit Interval	MP		Integer (0..15)	This field represents the time length for which the Data Bit Assistance is requested. The Data Bit Assistance shall be relative to the time interval (GANSS TOD, GANSS TOD + Data Bit Interval). The Data Bit Interval r, expressed in seconds, is mapped to a binary number K with the following formula: r =0.1* 2^K Value K=15 means that the time interval is not specified.	REL-7
>>>Satellite Information	OP	1 to <maxGANSSSat>			REL-7
>>>>Satellite ID	MP		Integer (0..63)	Identifies the satellite for which the Data Bit Assistance request is applicable and is as defined in Note 2 of 10.3.7.88b.	REL-7
>GANSS UTC model	MP		Boolean	TRUE means Requested	REL-7
>GANSS Additional UTC Models	OP		Enumerated (TRUE)	If present, the UE requests the “UE positioning GANSS additional UTC models”	REL-8
>GANSS Auxiliary Information	OP		Enumerated (TRUE)	If present, the UE requests the “UE positioning GANSS auxiliary information”	REL-8
>GANSS Navigation Model Additional data	CV-GANSSNavigation Model				REL-7
>>GANSS Week/Day	MP		Integer (0..4095)	If “GANSS ID” does not indicate “GLONASS”, this IE defines the GANSS Week number of the assistance currently held by the MS.	REL-7
>>GANSS Week/Day	MP		Integer (0..4095)	If “GANSS ID” is set to “GLONASS”, this IE defines the calendar number of day within the four-year interval starting from 1^st of January in a leap year, as defined by the parameter N_T in [73] of the assistance currently held by the MS.	REL-8
>>GANSS_Toe	MP		Integer (0..167)	If “GANSS ID” does not indicate “GLONASS”, this IE defines the GANSS time of ephemeris in hours of the latest ephemeris set contained by the UE.	REL-7
>>GANSS_Toe	MP		Integer (0..167)	If “GANSS ID” is set to “GLONASS”, this IE defines the time of ephemeris in units of 15 minutes of the latest ephemeris set contained by the UE (range 0 to 95 representing time values between 0 and 1425 minutes). In this case, values 96 to 167 shall not be used by the sender.	REL-8
>>T-Toe limit	MP		Integer (0..10)	If “GANSS ID” does not indicate “GLONASS”, this IE defines the ephemeris age tolerance of the UE to UTRAN in units of hours. Five spare values needed.	REL-7
>>T-Toe limit	MP		Integer (0..10)	If “GANSS ID” is set to “GLONASS”, this IE defines the ephemeris age tolerance of the UE to UTRAN in units of 30 minutes (range 0 to 10 representing time values of 0 to 300 minutes).	REL-8
>>Satellites list related data	OP	1 to <maxGANSSSat>			REL-7
>>>SatID	MP		Integer (0..63)	Identifies the satellite and is as defined in Note 2 of 10.3.7.88b.	REL-7
>>>IOD	MP		Integer (0..1023)	10 LSBs of Issue of Data for SatID	REL-7
>GANSS additional assistance data choices	CV-AssistanceChoices				REL-8
>>Orbit Model ID	OP		Integer (0..7)	This IE may be included if IE "GANSS Navigation Model" is set to TRUE or if the IE “GANSS Additional Navigation Models” is included and defines the non-native or non-default orbit model number as defined in 10.3.7.91c/10.3.7.91e.	REL-8
>>Clock Model ID	OP		Integer (0..7)	This IE may be included if IE "GANSS Navigation Model" is set to TRUE or if the IE “GANSS Additional Navigation Models” is included and defines the non-native or non-default clock model number as defined in 10.3.7.91d/10.3.7.91f.	REL-8
>>UTC Model ID	OP		Integer (0..7)	This IE may be included if IE “GANSS Additional UTC Models” is included and defines the non-native or non-default UTC model number as defined in 10.3.7.97d.	REL-8
>>Almanac Model ID	OP		Integer (0..7)	This IE may be included if IE “GANSS Almanac” set to TRUE and defines the non-native or non-default model number as defined in 10.3.7.89a.	REL-8

Condition	Explanation
GANSS‑ID‑SBAS	This IE is mandatory present if theIE “GANSS ID” is “SBAS” and not needed otherwise.
GANSSNavigation Model	The IE is mandatory present if the IE "GANSS Navigation Model" is set to TRUE or if the IE “GANSS Additional Navigation Models” is included and not needed otherwise.
AssistanceChoices	This IE is mandatory present if non-native or non-default assistance data choices are requested and not needed otherwise.
GANSS‑ID‑BDS	This IE is optionally present if the IE "GANSS ID" is "BDS" and not needed otherwise.

10.3.7.88d DGANSS Signal Id

The DGANSS signal Id refers to the signal for which differential corrections or data bit assistance are required. It depends on the GANSS ID. Each bit refers to a particular signal. When the bit is set to 1, this means that the differential corrections or data bit assistance are requested for this particular signal. Differential corrections or data bit assistance can be requested for several signals using the bit string.

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
DGANSS Signal Id	MP		BIT STRING (8)	See Note 1.	REL-7

NOTE 1:

GANSS Id	Bit number	Explanation	Version
Default : Galileo	0	Galileo E1	REL-7
	1	Galileo E5A
	2	Galileo E5B
	3	Galileo E6
	4	spare
	5	Spare
	6	Spare
	7	Spare
Modernized GPS	0	L1C	REL-8
	1	L2C
	2	L5
	3	Spare
	4	Spare
	5	Spare
	6	Spare
	7	Spare
SBAS	0	L1
	1	Spare
	2	Spare
	3	Spare
	4	Spare
	5	Spare
	6	Spare
	7	Spare
QZSS	0	QZS-L1
	1	QZS-L1C
	2	QZS-L2C
	3	QZS-L5
	4	Spare
	5	Spare
	6	Spare
	7	Spare
GLONASS	0	G1
	1	G2
	2	G3
	3	Spare
	4	Spare
	5	Spare
	6	Spare
	7	spare
BDS	0	B1I	REL-12
	1	Spare
	2	Spare
	3	Spare
	4	Spare
	5	Spare
	6	Spare
	7	Spare

10.3.7.89 UE positioning GPS almanac

This IE contains a reduced-precision subset of the ephemeris and clock correction parameters.

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
WN_a	MP		Bit string(8)	Almanac Reference Week [12]
Complete Almanac Provided	OP		Boolean	This field indicates whether the RNC provided almanac for the full GPS constellation or not. TRUE means complete GPS almanac is provided.	REL-10
Satellite information	MP	1 to <maxSat>
>DataID	MP		Integer(0..3)	See [12]
>SatID	MP		Enumerated(0..63)	Identifies the satellite and is equal to (SV ID No – 1) where SV ID No is defined in [12].
>e	MP		Bit string(16)	Eccentricity [12]
>t_oa	MP		Bit string(8)	Reference Time of Almanac [12]
>i	MP		Bit string(16)
>OMEGADOT	MP		Bit string(16)	Longitude of Ascending Node of Orbit Plane at Weekly Epoch (semi-circles/sec) [12]
>SV Health	MP		Bit string(8)
>A^1/2	MP		Bit string(24)	Semi-Major Axis (meters)1/2 [12]
>OMEGA₀	MP		Bit string(24)	Longitude of Ascending Node of Orbit Plane at Weekly Epoch (semi-circles) [12]
>M₀	MP		Bit string(24)	Mean Anomaly at Reference Time (semi-circles) [12]
>	MP		Bit string(24)	Argument of Perigee (semi-circles) [12]
>af₀	MP		Bit string(11)	apparent clock correction [12]
>af₁	MP		Bit string(11)	apparent clock correction [12]
SV Global Health	OP		Bit string(364)	This enables GPS time recovery and possibly extended GPS correlation intervals. It is specified in page 25 of subframes 4 and 5 [12]

10.3.7.89a UE positioning GANSS almanac

This IE contains a reduced-precision subset of the ephemeris and clock correction parameters.

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
Week Number	MP		Integer(0..255)	Almanac reference week , number of weeks since the beginning of GANSS specific system time (mod 256). Note, in case of Galileo, the almanac reference week number WNa natively contains only the 2 LSB’s [61, section 5.1.10].	REL-7
Week Number	MP		Integer(0..255)	If “Model 5” or “Model 6” is included, the UE shall ignore the Week Number.	REL-8
Complete Almanac Provided	OP		Boolean	This field indicates whether the RNC provided almanac for the full GANSS constellation or not. TRUE means complete GANSS almanac is provided.	REL-10
Keplerian parameters (“Model 1”)	OP			NOTE	REL-7
>T_oa	MP		Integer(0..613800 by step of 600)	Almanac Reference Time common to all satellites in GANSS Almanac using Keplerian Parameters given in GNSS specific system time [61].	REL-12
>IOD_a	MP		INTEGER(0..15)	Issue-Of –Data, common to all satellites [61]	REL-12
>Satellite information KP	MP	1 to <maxGANSSSat>		Almanacs are in the order of the SV IDs, the smallest ID first.	REL-7
>>SV ID	MP		Integer (0..63)	Satellite ID, as defined in Note 2 of 10.3.7.88b.	REL-7
>>e	MP		Bit string(11)	Eccentricity, dimensionless [61]	REL-7
>>i	MP		Bit string(11)	Parameter _i, inclination at reference time relative to i₀=56°; semi-circles [61]	REL-7
>>OMEGADOT	MP		Bit string(11)	Parameter , rate of change of right ascension (semi-circles/sec) [61].	REL-7
>>SV Status INAV	MP		Bit string(4)	This field contains the I/NAV signal health status [61, section 5.1.10], E5b_HS and E1‑B_HS, where E5b_HSoccupies the 2 MSBs and E1-B_HSthe two LSBs.	REL-7
>>SV Status FNAV	OP		Bit string(2)	This field contains the F/NAV signal health status [61, section 5.1.10], E5a_HS.	REL-12
>>delta A^1/2	MP		Bit string(13)	Parameter (a^1/2), difference with respect to the square root of the nominal semi-major axis, (meters)1/2 [61].	REL-12
>>OMEGA₀	MP		Bit string(16)	Longitude of ascending node of orbital plane at weekly epoch (semi-circles) [61]	REL-7
>>M₀	MP		Bit string(16)	Mean Anomaly at Reference Time (semi-circles) [61]	REL-7
>>	MP		Bit string(16)	Argument of Perigee (semi-circles) [61]	REL-7
>>af₀	MP		Bit string(16)	Parameter af₀, satellite clock correction bias. Seconds [61]	REL-12
>>af₁	MP		Bit string(13)	Parameter af₁, satellite clock correction linear, sec/sec [61]	REL-12
NAV Keplerian Parameters (“Model 2”)	OP			NOTE	REL-8
>T_oa	MP		Integer(0..602112 by step of 4096)	Almanac Reference Time	REL-8
>Satellite information NAV-KP	MP	1 to <maxGANSSSat>			REL-8
>>SV ID	MP		Integer (0..63)	Satellite ID, as defined in Note 2 of 10.3.7.88b.	REL-8
>>e	MP		Bit String(16)	Eccentricity, dimensionless [72]	REL-8
>>i	MP		Bit String(16)	Correction to inclination, semi-circles [72]	REL-8
>>OMEGADOT	MP		Bit String(16)	Rate of right ascension, semi-circles/sec [72]	REL-8
>>SV Health	MP		Bit String(8)	Satellite health [72]	REL-8
>>A^1/2	MP		Bit String(24)	Square root of the semi-major axis, meters^1/2[72]	REL-8
>>OMEGA₀	MP		Bit String(24)	Longitude of ascending node of orbit plane at weekly epoch, semi-circles [72]	REL-8
>>	MP		Bit String(24)	Argument of perigee semi-circles [72]	REL-8
>>M₀	MP		Bit String(24)	Mean anomaly at reference time semi-circles [72]	REL-8
>>af₀	MP		Bit String(11)	Apparent satellite clock correction seconds [72]	REL-8
>>af₁	MP		Bit String(11)	Apparent satellite clock correction sec/sec [72]	REL-8
Reduced Keplerian Parameters (“Model 3”)	OP			NOTE	REL-8
>T_oa	MP		Integer(0..602112 by step of 4096)	Almanac Reference Time	REL-8
>Satellite information RED-KP	MP	1 to <maxGANSSSat>			REL-8
>>SV ID	MP		Integer (0..63)	Satellite ID, as defined in Note 2 of 10.3.7.88b.	REL-8
>>_A	MP		Bit String(8)	meters [68,69,70,72]	REL-8
>>₀	MP		Bit String(7)	semi-circles [68,69,70,72]	REL-8
>>₀	MP		Bit String(7)	semi-circles [68,69,70,72]	REL-8
>>L1 Health	MP		Bit String(1)	dimensionless [68,69,70,72]	REL-8
>>L2 Health	MP		Bit String(1)	dimensionless [68,69,70,72]	REL-8
>>L5 Health	MP		Bit String(1)	dimensionless [68,69,70,72]	REL-8
Midi Keplerian Parameters (“Model 4”)	OP			NOTE	REL-8
>T_oa	MP		Integer(0..602112 by step of 4096)	Almanac Reference Time	REL-8
>Satellite information MIDI-KP	MP	1 to <maxGANSSSat>			REL-8
>>SV ID	MP		Integer (0..63)	Satellite ID, as defined in Note 2 of 10.3.7.88b.	REL-8
>>e	MP		Bit String(11)	dimensionless [68,69,70,72]	REL-8
>>_i	MP		Bit String(11)	semi-circles [68,69,70,72]	REL-8
>>_dot	MP		Bit String(11)	semi-circles/sec [68,69,70,72]	REL-8
>>sqrtA	MP		Bit String(17)	meters^1/2[68,69,70,72]	REL-8
>>₀	MP		Bit String(16)	semi-circles [68,69,70,72]	REL-8
>>	MP		Bit String(16)	semi-circles [68,69,70,72]	REL-8
>>M₀	MP		Bit String(16)	semi-circles [68,69,70,72]	REL-8
>>a_fo	MP		Bit String(11)	seconds [68,69,70,72]	REL-8
>>a_f1	MP		Bit String(10)	sec/sec [68,69,70,72]	REL-8
>>L1 Health	MP		Bit String(1)	Dimensionless [68,69,70,72]	REL-8
>>L2 Health	MP		Bit String(1)	dimensionless [68,69,70,72]	REL-8
>>L5 Health	MP		Bit String(1)	dimensionless [68,69,70,72]	REL-8
GLONASS Keplerian Parameters (“Model 5”)	OP			NOTE	REL-8
>Satellite information GLO-KP	MP	1 to <maxGANSSSat>			REL-8
>>N^A	MP		Bit String(11)	days [73]	REL-8
>>n^A	MP		Bit String(5)	dimensionless [73]	REL-8
>>H_n^A	MP		Bit String(5)	dimensionless [73]	REL-8
>>_n^A	MP		Bit String(21)	semi-circles [73]	REL-8
>>t_n^A	MP		Bit String(21)	seconds [73]	REL-8
>>i_n^A	MP		Bit String(18)	semi-circles [73]	REL-8
>>T_n^A	MP		Bit String(22)	sec/orbit period [73]	REL-8
>>T_DOT_n^A	MP		Bit String(7)	sec/orbit period² [73]	REL-8
>>_n^A	MP		Bit String(15)	dimensionless [73]	REL-8
>>_n^A	MP		Bit String(16)	semi-circles [73]	REL-8
>>_n^A	MP		Bit String(10)	seconds [73]	REL-8
>>C_n^A	MP		Bit String(1)	dimensionless [73]	REL-8
>>M_n^A	OP		Bit String(2)	dimensionless [73]	REL-8
SBAS ECEF Parameters (“Model 6”)	OP			NOTE	REL-8
>Satellite information SBAS-ECEF	MP	1 to <maxGANSSSat>			REL-8
>>Data ID	MP		Bit String(2)	Dimensionless [71]
>>SV ID	MP		Integer (0..63)	Satellite ID, as defined in Note 2 of 10.3.7.88b.	REL-8
>>Health	MP		Bit String(8)	Dimensionless [71]	REL-8
>>X_G	MP		Bit String(15)	meters [71]	REL-8
>>Y_G	MP		Bit String(15)	meters [71]	REL-8
>>Z_G	MP		Bit String(9)	meters [71]	REL-8
>>X_G Rate-of-Change	MP		Bit String(3)	meters/sec [71]	REL-8
>>Y_G Rate-of-Change	MP		Bit String(3)	meters/sec [71]	REL-8
>>Z_G Rate-of-Change	MP		Bit String(4)	meters/sec [71]	REL-8
>>t₀	MP		Bit String(11)	seconds [71]	REL-8
BDS Keplerian Parameters ("Model 7")	OP			NOTE	REL-12
>Satellite information BDS-KP	MP	1 to <maxGANSSSat>			REL-12
>>SV ID	MP		INTEGER (0..63)	Satellite ID, as defined in Note 2 of 10.3.7.88b.	REL-12
>>t_oa	MP		BIT STRING(8)	Almanac reference time (seconds) [86]	REL-12
>>A^1/2	MP		BIT STRING(24)	Square root of semi-major axis (meters1/2) [86]	REL-12
>>e	MP		BIT STRING(17)	Eccentricity , dimensionless [86]	REL-12
>>	MP		BIT STRING(24)	Argument of Perigee (semi-circles) [86]	REL-12
>>M₀	MP		BIT STRING(24)	Mean anomaly at reference time (semi-circles) [86]	REL-12
>>₀	MP		BIT STRING(24)	Longitude of ascending node of orbital plane computed according to reference time (semi-circles) [86]	REL-12
>>_dot	MP		BIT STRING(17)	Rate of right ascension (semi-circles/sec) [86]	REL-12
>>_i	MP		BIT STRING(16)	Correction of orbit reference inclination at reference time (semi-circles) [86]	REL-12
>>a₀	MP		BIT STRING(11)	Satellite clock bias (seconds) [86]	REL-12
>>a₁	MP		BIT STRING(11)	Satellite clock rate (sec/sec) [86]	REL-12
>>Hea	CV-SV-ID		BIT STRING(9)	Satellite Health Information dimensionless [86]	REL-12

NOTE: This IE shall contain exactly one of the optional fiels indicated by "NOTE".

Condition	Explanation
SV-ID	This IE is mandatory present if the IE "SV ID" is between 0 and 29 and not needed otherwise

10.3.7.90 UE positioning GPS assistance data

This IE contains GPS assistance data.

Information Element/Group name	Need	Type and Reference	Semantics description
UE positioning GPS reference time	OP	UE positioning GPS reference time 10.3.7.96
UE positioning GPS reference UE position	OP	Ellipsoid point with altitude and uncertainty ellipsoid 10.3.8.4c	A priori knowledge of UE 3-D position.
UE positioning GPS DGPS corrections	OP	UE positioning GPS DGPS corrections 10.3.7.91
UE positioning GPS navigation model	OP	UE positioning GPS navigation model 10.3.7.94
UE positioning GPS ionospheric model	OP	UE positioning GPS ionospheric model 10.3.7.92
UE positioning GPS UTC model	OP	UE positioning GPS UTC model 10.3.7.97
UE positioning GPS almanac	OP	UE positioning GPS almanac 10.3.7.89
UE positioning GPS acquisition assistance	OP	UE positioning GPS acquisition assistance 10.3.7.88
UE positioning GPS real-time integrity	OP	UE positioning GPS real-time integrity 10.3.7.95

10.3.7.90a Void

10.3.7.90b UE positioning GANSS assistance data

This IE contains GANSS assistance data.

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
UE positioning GANSS reference time	OP		UE positioning GANSS reference time 10.3.7.96o		REL-7
UE positioning GANSS reference UE position	OP		Ellipsoid point with altitude and uncertainty ellipsoid 10.3.8.4c	A priori knowledge of UE 3-D position.If IE “UE positioning GPS assistance data” is present, this IE should not be included to both IEs. The reference UE position is provided in WGS-84 reference system.	REL-7
UE positioning GANSS ionospheric model	OP		UE positioning GANSS ionospheric model 10.3.7.92a		REL-7
UE positioning GANSS additional ionospheric model	OP		UE positioning GANSS additional ionospheric model 10.3.7.92b		REL-8
UE positioning GANSS Earth orientation parameters	OP		UE positioning GANSS Earth orientation parameters 10.3.7.92c		REL-8
GANSS Generic Assistance Data	OP	1 to <maxGANSS>			REL-7
>GANSS ID	OP		Integer(0..7)	Absence of this IE means Galileo Values 0-7 reserved for future use.	REL-7
>GANSS ID	OP		Integer(0..7)	Absence of this IE means Galileo. For coding description see NOTE 1.	REL-8
>UE positioning GANSS SBAS ID	CV-GANSS‑ID‑SBAS		UE positioning GANSS SBAS ID 10.3.7.97e		REL-8
>GANSS Time Models	OP	1 to <maxGANSS-1>			REL-7
>>GANSS Time Model	MP		UE positioning GANSS time model 10.3.7.97a		REL-7
>UE positioning DGANSS corrections	OP		UE positioning DGANSS corrections 10.3.7.91b		REL-7
>UE positioning DBDS corrections	CV-GANSS‑ID‑BDS		UE positioning DBDS corrections 10.3.7.92e		REL-12
>UE positioning BDS Ionospheric Grid Model	CV-GANSS‑ID‑BDS		UE positioning BDS Ionospheric Grid Model 10.3.7.92d		REL-12
>UE positioning GANSS navigation model	OP		UE positioning GANSS navigation model 10.3.7.94a	NOTE	REL-7
>UE positioning GANSS additional navigation models	OP		UE positioning GANSS additional navigation models 10.3.7.94b	NOTE	REL-8
>UE positioning GANSS real-time integrity	OP		UE positioning GANSS real-time integrity 10.3.7.95b		REL-7
>UE positioning GANSS data bit assistance	OP		UE positioning GANSS data bit assistance 10.3.7.97b		REL-7
>UE positioning GANSS reference measurement information	OP		UE positioning GANSS reference measurement information 10.3.7.88b		REL-7
>UE positioning GANSS almanac	OP		UE positioning GANSS almanac 10.3.7.89a		REL-7
>UE positioning GANSS UTC model	OP		UE positioning GANSS UTC model 10.3.7.97c		REL-7
>UE positioning GANSS additional UTC models	OP		UE positioning GANSS additional UTC models 10.3.7.97d		REL-8
>UE positioning GANSS auxiliary information	OP		UE positioning GANSS auxiliary information 10.3.7.97f		REL-8

NOTE: If included, only one of the optional fiels indicated by "NOTE" shall be present.

Condition	Explanation
GANSS-ID-SBAS	The IE is mandatory present if the IE "GANSS ID" is "SBAS" and not needed otherwise.
GANSS-ID-BDS	The IE is optionally present if the IE "GANSS ID" is "BDS" and not needed otherwise.

NOTE 1: Coding of GANSS ID

Value of GANSS ID	GANSS	Version
0	SBAS	REL-8
1	Modernized GPS
2	QZSS
3	GLONASS
4	BDS	REL-12
5-7	Reserved for future use	REL-12

10.3.7.91 UE positioning GPS DGPS corrections

This IE contains DGPS corrections to be used by the UE.

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
GPS TOW sec	MP		Integer(0..604799)	seconds GPS time-of-week when the DGPS corrections were calculated
Status/Health	MP		Enumerated(UDRE scale 1.0, UDRE scale 0.75, UDRE scale 0.5, UDRE scale 0.3, UDRE scale 0.2, UDRE scale 0.1, no data, invalid data)
DGPS information	CV-Status/Health	1 to <maxSat>		If the Cipher information is included these fields are ciphered.
>SatID	MP		Enumerated (0…63)	Identifies the satellite and is equal to (SV ID No – 1) where SV ID No is defined in [12].
>IODE	MP		Integer(0..255)
>UDRE	MP		Enumerated(UDRE £ 1.0 m, 1.0m < UDRE £ 4.0m, 4.0m < UDRE £ 8.0m, 8.0m < UDRE)	The value in this field shall be multiplied by the UDRE Scale Factor in the IE Status/Health to determine the final UDRE estimate for the particular satellite.
>PRC	MP		Real(-655.04..655.04 by step of 0.32)	meters (different from [13])
>RRC	MP		Real(-4.064..4.064 by step of 0.032)	meters/sec (different from [13])
>Delta PRC2	MP		Integer(-127..127)	In this version of the protocol this IE should be set to zero and the UE shall ignore it
>Delta RRC2	MP		Real(-0.224..0.224 by step of 0.032)	In this version of the protocol this IE should be set to zero and the UE shall ignore it
>Delta PRC3	OP		Integer(-127..127)	This IE should not be included in this version of the protocol and if received the UE shall ignore it
>Delta RRC3	OP		Real(-0.224..0.224 by step of 0.032)	This IE should not be included in this version of the protocol and if received the UE shall ignore it
>UDRE Growth Rate	OP		Enumerated(UDRE growth 1.5, UDRE growth 2, UDRE growth 4, UDRE growth 6, UDRE growth 8, UDRE growth 10, UDRE growth 12, UDRE growth 16)	This field provides an estimate of the growth rate of uncertainty (1-) in the corrections. The UDRE at time value specified in the Time of Validity for UDRE Growth Rate field is the value of this field times the value of UDRE.	REL-9
>Time of Validity for UDRE Growth Rate	OP		Enumerated(val20sec, val40sec, val80sec, val160sec, val320sec, val640sec, val1280sec, val2560sec)	This field specifies the time when the UDRE Growth Rate field applies.	REL-9

Condition	Explanation
Status/Health	This IE is mandatory present if "status" is not equal to "no data" or "invalid data", otherwise the IE is not needed.

10.3.7.91a UE positioning GPS Ephemeris and Clock Correction parameters

This IE contains information for GPS ephemeris and clock correction.

Information Element/Group name	Need	Type and Reference	Semantics description
C/A or P on L2	MP	Bit string(2)	Code(s) on L2 Channel [12]
URA Index	MP	Bit string(4)	User Range Accuracy [12]
SV Health	MP	Bit string(6)	[12]
IODC	MP	Bit string(10)	Issue of Data, Clock [12]
L2 P Data Flag	MP	Bit string(1)	[12]
SF 1 Reserved	MP	Bit string(87)	[12]
TGD	MP	Bit string(8)	Estimated group delay differential [12]
toc	MP	Bit string(16)	apparent clock correction [12]
af2	MP	Bit string(8)	apparent clock correction [12]
af1	MP	Bit string(16)	apparent clock correction [12]
af0	MP	Bit string(22)	apparent clock correction [12]
Crs	MP	Bit string(16)	Amplitude of the Sine Harmonic Correction Term to the Orbit Radius (meters) [12]
n	MP	Bit string(16)	Mean Motion Difference From Computed Value (semi-circles/sec) [12]
M0	MP	Bit string(32)	Mean Anomaly at Reference Time (semi-circles) [12]
Cuc	MP	Bit string(16)	Amplitude of the Cosine Harmonic Correction Term To The Argument Of Latitude (radians) [12]
e	MP	Bit string(32)	c
Cus	MP	Bit string(16)	Amplitude of the Sine Harmonic Correction Term To The Argument Of Latitude (radians) [12]
(A)1/2	MP	Bit string(32)	Semi-Major Axis (meters)1/2 [12]
toe	MP	Bit string(16)	Reference Time Ephemeris [12]
Fit Interval Flag	MP	Bit string(1)	[12]
AODO	MP	Bit string(5)	Age Of Data Offset [12]
Cic	MP	Bit string(16)	Amplitude of the Cosine Harmonic Correction Term To The Angle Of Inclination (radians) [12]
OMEGA0	MP	Bit string(32)	Longitude of Ascending Node of Orbit Plane at Weekly Epoch (semi-circles) [12]
Cis	MP	Bit string(16)	Amplitude of the Sine Harmonic Correction Term To The Angle Of Inclination (radians) [12]
i0	MP	Bit string(32)	Inclination Angle at Reference Time (semi-circles) [12]
Crc	MP	Bit string(16)	Amplitude of the Cosine Harmonic Correction Term to the Orbit Radius (meters) [12]
	MP	Bit string(32)	Argument of Perigee (semi-circles) [12]
OMEGAdot	MP	Bit string(24)	Longitude of Ascending Node of Orbit Plane at Weekly Epoch (semi-circles/sec) [12]
Idot	MP	Bit string(14)	Rate of Inclination Angle (semi-circles/sec) [12]

10.3.7.91b UE positioning DGANSS corrections

This IE contains DGANSS corrections to be used by the UE.

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
DGANSS Reference TIme	MP		Integer(0..3570 by step of 30)	Seconds. Time in GNSS system time (modulo 3600 s) when the DGANSS corrections were calculated	REL-7
DGANSS information	MP	1 to <maxSgnType>			REL-7
>GANSS Signal ID	OP		GANSS Signal Id 10.3.3.45a	Absence of this field means the default value as defined in 10.3.3.45a for the GANSS identified by GANSS_ID.	REL-7
>Status/Health	MP		Enumerated(UDRE scale 1.0, UDRE scale 0.75, UDRE scale 0.5, UDRE scale 0.3, UDRE scale 0.2, UDRE scale 0.1, no data, invalid data)		REL-7
>DGANSS signal information	CV-Status/Health	1 to <maxGANSSSat>		If the Cipher information is included these fields are ciphered.	REL-7
>>SatID	MP		Integer (0…63)	Identifies the satellite and is as defined in Note 2 of 10.3.7.88b.	REL-7
>>IOD	MP		Bit string(10)	10 LSBs of Issue of Data field, which contains the identity of the GANSS Navigation Model.	REL-7
>>UDRE	MP		Enumerated(UDRE £ 1.0 m, 1.0m < UDRE £ 4.0m, 4.0m < UDRE £ 8.0m, 8.0m < UDRE)	The value in this field shall be multiplied by the UDRE Scale Factor in the IE Status/Health to determine the final UDRE estimate for the particular satellite.	REL-7
>>PRC	MP		Real(-655.04..655.04 by step of 0.32)	meters Pseudo-range corrections are provided with respect to GNSS specific geodetic datum (e.g., PZ-90.02 if GANSS ID indicates GLONASS).	REL-7
>>RRC	MP		Real(-4.064..4.064 by step of 0.032)	meters/sec Pseudo-range rate corrections are provided with respect to GNSS specific geodetic datum (e.g., PZ-90.02 if GANSS ID indicates GLONASS).	REL-7
>>UDRE Growth Rate	OP		Enumerated(UDRE growth 1.5, UDRE growth 2, UDRE growth 4, UDRE growth 6, UDRE growth 8, UDRE growth 10, UDRE growth 12, UDRE growth 16)	This field provides an estimate of the growth rate of uncertainty (1-) in the corrections. The UDRE at time value specified in the Time of Validity for UDRE Growth Rate field is the value of this field times the value of UDRE.	REL-9
>>Time of Validity for UDRE Growth Rate	OP		Enumerated(val20sec, val40sec, val80sec, val160sec, val320sec, val640sec, val1280sec, val2560sec)	This field specifies the time when the UDRE Growth Rate field applies.	REL-9

Condition	Explanation
Status/Health	This IE is mandatory present if "status" is not equal to "no data" or "invalid data", otherwise the IE is not needed.

10.3.7.91c UE positioning GANSS orbit model

This IE contains information for GANSS orbit model parameters.

Information Element/Group name	Need	Type and Reference	Semantics description	Version
Keplerian Parameters (“Model 1”)	OP		NOTE	REL-7
>toe	MP	Bit String(14)	Time-of-Ephemeris in seconds, scale factor 60 [61]	REL-7
	MP	Bit string(32)	Argument of Perigee (semi-circles) [61]	REL-7
n	MP	Bit string(16)	Mean Motion Difference From Computed Value (semi-circles/sec) [61]	REL-7
>M0	MP	Bit string(32)	Mean Anomaly at Reference Time (semi-circles) [61]	REL-7
>OMEGAdot	MP	Bit string(24)	Rate of change of right ascension (semi-circles/sec) [61]	REL-7
>e	MP	Bit string(32)	Eccentricity, scale factor 2^-33 [61]	REL-7
>Idot	MP	Bit string(14)	Rate of change of Inclination Angle (semi-circles/sec) [61]	REL-7
>sqrtA	MP	Bit String(32)	Square root of Semi-Major Axis in (meters)1/2 , scale factor 2^-19 [61]	REL-7
>i0	MP	Bit string(32)	Inclination Angle at Reference Time (semi-circles) [61]	REL-7
>OMEGA0	MP	Bit string(32)	Longitude of Ascending Node of Orbit Plane at Weekly Epoch (semi-circles) [61]	REL-7
>Crs	MP	Bit string(16)	Amplitude of the Sine Harmonic Correction Term to the Orbit Radius (meters) [61]	REL-7
>Cis	MP	Bit string(16)	Amplitude of the Sine Harmonic Correction Term To The Angle Of Inclination (radians) [61]	REL-7
>Cus	MP	Bit string(16)	Amplitude of the Sine Harmonic Correction Term To The Argument Of Latitude (radians) [61]	REL-7
>Crc	MP	Bit string(16)	Amplitude of the Cosine Harmonic Correction Term to the Orbit Radius (meters) [61]	REL-7
>Cic	MP	Bit string(16)	Amplitude of the Cosine Harmonic Correction Term To The Angle Of Inclination (radians) [61]	REL-7
>Cuc	MP	Bit string(16)	Amplitude of the Cosine Harmonic Correction Term To The Argument Of Latitude (radians) [61]	REL-7

NOTE: This IE shall contain exactly one of the optional fiels indicated by "NOTE".

10.3.7.91d UE positioning GANSS clock model

The IE contains fields needed to model the GANSS clock parameters.

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
Satellite clock model (“Model 1”)	MP	1 to <maxSatClockModels>		There may be more than one clock model included if defined in SIS ICD (i.e., two for Galileo) [61].	REL-7
>t_oc	MP		BIT STRING(14)	Clock correction data reference Time of Week in seconds. Scale factor 60 seconds [61].	REL-7
>a_f2	MP		BIT STRING (6)	SV clock drift rate correction coefficient, sec/sec², scale factor 2^-59[61].	REL-12
>a_f1	MP		BIT STRING (21)	Parameter af₁_, SV clock drift correction coefficient, sec/sec, scale factor 2^-46[61].	REL-12
>a_f0	MP		BIT STRING (31)	Parameter a_f0, SV clock bias correction coefficient, sec, scale factor 2^-34[61].	REL-12
>T_GD	OP		BIT STRING (10)	Broadcast Group Delay (BGD), sec, scale factor 2^-32[61].	REL-7
>SISA	MP		BIT STRING (8)	Signal-In-Space Accuracy (SISA), defined in [61] section 5.1.11.	REL-12
>Model ID	OP		Integer(0..1)	NOTE 1	REL-7

NOTE 1: Coding of Model ID:

GNSS	Value	Explanation
Galileo	0	I/Nav (E1,E5b)
Galileo	1	F/Nav (E1,E5a)

10.3.7.91e UE positioning GANSS additional orbit models

This IE contains information for GANSS orbit model parameters.

Information Element/Group name	Need	Type and Reference	Semantics description	Version
NAV-Keplerian Parameters (“Model 2”)	OP		NOTE	REL-8
>URA Index	MP	Bit String(4)	SV accuracy (dimensionless) [72]	REL-8
>Fit Interval Flag	MP	Bit String(1)	Fit interval indication (dimensionless) [72]	REL-8
>t_oe	MP	Bit String(16)	Time of ephemeris (seconds) [72]	REL-8
>	MP	Bit String(32)	Argument of perigee (semi-circles) [72]	REL-8
>n	MP	Bit String(16)	Mean motion difference from computed value (semi-circles/sec) [72]	REL-8
>M₀	MP	Bit String(32)	Mean anomaly at reference time (semi-circles) [72]	REL-8
>OMEGAdot	MP	Bit String(24)	Rate of right ascension (semi-circles/sec) [72]	REL-8
>e	MP	Bit String(32)	Eccentricity (dimensionless) [72]	REL-8
>Idot	MP	Bit String(14)	Rate of inclination angle (semi-circles/sec) [72]	REL-8
>sqrtA	MP	Bit String(32)	Square root of semi-major axis (meters^1/2) [72]	REL-8
>i₀	MP	Bit String(32)	Inclination angle at reference time (semi-circles) [72]	REL-8
>OMEGA₀	MP	Bit String(32)	Longitude of ascending node of orbit plane at weekly epoch (semi-circles) [72]	REL-8
>C_rs	MP	Bit String(16)	Amplitude of sine harmonic correction term to the orbit radius (meters) [72]	REL-8
>C_is	MP	Bit String(16)	Amplitude of sine harmonic correction term to the angle of inclination (radians) [72]	REL-8
>C_us	MP	Bit String(16)	Amplitude of sine harmonic correction term to the argument of latitude (radians) [72]	REL-8
>C_rc	MP	Bit String(16)	Amplitude of cosine harmonic correction term to the orbit radius (meters) [72]	REL-8
>C_ic	MP	Bit String(16)	Amplitude of cosine harmonic correction term to the angle of inclination (radians) [72]	REL-8
>C_uc	MP	Bit String(16)	Amplitude of cosine harmonic correction term to the argument of latitude (radians) [72]	REL-8
CNAV/CNAV-2 Keplerian Parameters (“Model 3”)	OP		NOTE	REL-8
>t_op	MP	Bit String(11)	Data predict time of week (seconds) [68,69,70,72]	REL-8
>URA_oe Index	MP	Bit String(5)	SV accuracy (dimensionless) [68,69,70,72]	REL-8
>A	MP	Bit String(26)	Semi-major axis difference at reference time (meters) [68,69,70,72]	REL-8
>A_dot	MP	Bit String(25)	Chane rate in semi-major axis (meters/sec) [68,69,70,72]	REL-8
>n₀	MP	Bit String(17)	Mean motion difference from computed value at reference time (semi-circles/sec) [68,69,70,72]	REL-8
>n₀_dot	MP	Bit String(23)	Rate of mean motion difference from computed value (semi-circles/sec²) [68,69,70,72]	REL-8
>M_0-n	MP	Bit String(33)	Mean anomaly at reference time (semi-circles) [68,69,70,72]	REL-8
>e_n	MP	Bit String(33)	Eccentricity (dimensionless) [68,69,70,72]	REL-8
>_n	MP	Bit String(33)	Argument of perigee (semi-circles) [68,69,70,72]	REL-8
>_0-n	MP	Bit String(33)	Reference right ascension angle (semi-circles) [68,69,70,72]	REL-8
>_dot	MP	Bit String(17)	Rate of right ascension difference (semi-circles/sec) [68,69,70,72]	REL-8
>i_o-n	MP	Bit String(33)	Inclination angle at reference time (semi-circles) [68,69,70,72]	REL-8
>I_0-n_dot	MP	Bit String(15)	Rate of inclination angle (semi-circles/sec) [68,69,70,72]	REL-8
>C_is-n	MP	Bit String(16)	Amplitude of sine harmonic correction term to the angle of inclination (radians) [68,69,70,72]	REL-8
>C_ic-n	MP	Bit String(16)	Amplitude of cosine harmonic correction term to the angle of inclination (radians) [68,69,70,72]	REL-8
>C_rs-n	MP	Bit String(24)	Amplitude of sine harmonic correction term to the orbit radius (meters) [68,69,70,72]	REL-8
>C_rc-n	MP	Bit String(24)	Amplitude of cosine harmonic correction term to the orbit radius (meters) [68,69,70,72]	REL-8
>C_us-n	MP	Bit String(21)	Amplitude of sine harmonic correction term to the argument of latitude (radians) [68,69,70,72]	REL-8
>C_uc-n	MP	Bit String(21)	Amplitude of cosine harmonic correction term to the argument of latitude (radians) [68,69,70,72]	REL-8
GLONASS Earth-Centered, Earth-fixed Parameters (“Model 4”)	OP		NOTE	REL-8
>E_n	MP	Bit String(5)	Age of data (days) [73]	REL-8
>P1	MP	Bit String(2)	Time interval between two adjacent values of t_b (minutes) [73]	REL-8
>P2	MP	Bit String(1)	Change of t_b flag (dimensionless) [73]	REL-8
>M	OP	Bit String(2)	Type of satellite (dimensionless) [73]	REL-8
>	MP	Bit String(27)	x-coordinate of satellite at time t_b (kilometers) [73]	REL-8
>	MP	Bit String(24)	x-coordinate of satellite velocity at time t_b (kilometers/sec) [73]	REL-8
>	MP	Bit String(5)	x-coordinate of satellite acceleration at time t_b (kilometers/sec²) [73]	REL-8
>	MP	Bit String(27)	y-coordinate of satellite at time t_b (kilometers) [73]	REL-8
>	MP	Bit String(24)	y-coordinate of satellite velocity at time t_b (kilometers/sec) [73]	REL-8
>	MP	Bit String(5)	y-coordinate of satellite acceleration at time t_b (kilometers/sec²) [73]	REL-8
>	MP	Bit String(27)	z-coordinate of satellite at time t_b (kilometers) [73]	REL-8
>	MP	Bit String(24)	z-coordinate of satellite velocity at time t_b (kilometers/sec) [73]	REL-8
>	MP	Bit String(5)	z-coordinate of satellite acceleration at time t_b (kilometers/sec²) [73]	REL-8
SBAS Earth-Centered, Earth-fixed Parameters (“Model 5”)	OP		NOTE	REL-8
>t₀	CV‑ClockModel	Bit String(13)	Time of applicability (seconds) [71]	REL-8
>Accuracy	MP	Bit String(4)	(dimensionless) [71]	REL-8
>X_G	MP	Bit String(30)	(meters) [71]	REL-8
>Y_G	MP	Bit String(30)	(meters) [71]	REL-8
>Z_G	MP	Bit String(25)	(meters) [71]	REL-8
>X_GRate‑of‑Change	MP	Bit String(17)	(meters/sec) [71]	REL-8
>Y_GRate‑of‑Change	MP	Bit String(17)	(meters/sec) [71]	REL-8
>Z_GRate‑of‑Change	MP	Bit String(18)	(meters/sec) [71]	REL-8
>X_GAcceleration	MP	Bit String(10)	(meters/sec²) [71]	REL-8
>Y_GAcceleration	MP	Bit String(10)	meters/sec²) [71]	REL-8
>Z_GAcceleration	MP	Bit String(10)	meters/sec²) [71]	REL-8
BDS Keplerian Parameters ("Model 6")	OP		NOTE	REL-12
>AODE	MP	Bit String(5)	Age of data,ephemeris (dimensionless) [86]	REL-12
>URA Index	MP	Bit String(4)	SV accuracy (dimensionless) [86]	REL-12
>toe	MP	BIT STRING (17)	Ephemeris reference time (seconds) [86]	REL-12
>A^1/2	MP	BIT STRING (32)	Square root of semi-major axis (meters^1/2) [86]	REL-12
>e	MP	BIT STRING (32)	Eccentricity (dimensionless) [86]	REL-12
>	MP	BIT STRING (32)	Argument of perigee (semi-circles) [86]	REL-12
>n	MP	BIT STRING (16)	Mean motion difference from computed value (semi-circles/sec) [86]	REL-12
>M0	MP	BIT STRING (32)	Mean anomaly at reference time (semi-circles) [86]	REL-12
>₀	MP	BIT STRING (32)	Longitude of ascending node of orbital of plane computed according to reference time (semi-circles) [86]	REL-12
>_dot	MP	BIT STRING (24)	Rate of right ascension (semi-circles/sec) [86]	REL-12
>i0	MP	BIT STRING (32)	Inclination angle at reference time (semi-circles) [86]	REL-12
>Idot	MP	BIT STRING (14)	Rate of inclination angle (semi-circles/sec) [86]	REL-12
>Cuc	MP	BIT STRING (18)	Amplitude of cosine harmonic correction term to the argument of latitude (radians) [86]	REL-12
>Cus	MP	BIT STRING (18)	Amplitude of sine harmonic correction term to the argument of latitude (radians) [86]	REL-12
>Crc	MP	BIT STRING (18)	Amplitude of cosine harmonic correction term to the orbit radius (meters) [86]	REL-12
>Crs	MP	BIT STRING (18)	Amplitude of sine harmonic correction term to the orbit radius (meters) [86]	REL-12
>Cic	MP	BIT STRING (18)	Amplitude of cosine harmonic correction term to the angle of inclination (radians) [86]	REL-12
>Cis	MP	BIT STRING (18)	Amplitude of sine harmonic correction term to the angle of inclination (radians) [86]	REL-12

NOTE: This IE shall contain exactly one of the optional fiels indicated by "NOTE".

Condition	Explanation
ClockModel	This IE is mandatory present if UE positioning GANSS additional clock models “Model 5” is not included in UE positioning GANSS additional navigation models, otherwise the IE is not needed.

10.3.7.91f UE positioning GANSS additional clock models

The IE contains fields needed to model the GANSS clock parameters.

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
NAV-Clock Model (“Model 2”)	OP			NOTE	REL-8
>t_oc	MP		Bit String(16)	Time of clock (seconds) [72]	REL-8
>af₂	MP		Bit String(8)	Clock correction polynomial coefficient (sec/sec²) [72]	REL-8
>af₁	MP		Bit String(16)	Clock correction polynomial coefficient (sec/sec) [72]	REL-8
>af₀	MP		Bit String(22)	Clock correction polynomial coefficient (seconds) [72]	REL-8
>T_GD	MP		Bit String(8)	Group delay (seconds) [72]	REL-8
CNAV/CNAV-2 Clock Model (“Model 3”)	OP			NOTE	REL-8
>t_oc	MP		Bit String(11)	Clock data reference time of week (seconds) [68, 69, 70, 72]	REL-8
>t_op	MP		Bit String(11)	Clock data predict time of week (seconds) [68, 69, 70, 72]	REL-8
>URA_oc Index	MP		Bti String(5)	SV clock accuracy index (dimensionless) [68, 69, 70, 72]	REL-8
>URA_oc1 Index	MP		Bit String(3)	SV clock accuracy change index (dimensionless) [68, 69, 70, 72]	REL-8
>URA_oc2 Index	MP		Bit String(3)	SV clock accuracy change rate index (dimensionless) [68, 69, 70, 72]	REL-8
>a_f2-n	MP		Bit String(10)	SV clock drift rate correction coefficient (sec/sec²) [68, 69, 70, 72]	REL-8
>a_f1-n	MP		Bit String(20)	SV clock drift correction coefficient (sec/sec) [68, 69, 70, 72]	REL-8
>a_f0-n	MP		Bit String(26)	SV clock bias correction coefficient (seconds) [68, 69, 70, 72]	REL-8
>T_GD	MP		Bit String(13)	Group delay correction (seconds) [68, 69, 70, 72]	REL-8
>ISC_L1CP	OP		Bit String(13)	Inter signal group delay correction (seconds) [70, 72]	REL-8
>ISC_L1CD	OP		Bit String(13)	Inter signal group delay correction (seconds) [70, 72]	REL-8
>ISC_L1C/A	OP		Bit String(13)	Inter signal group delay correction (seconds) [68, 69, 72]	REL-8
>ISC_L2C	OP		Bit String(13)	Inter signal group delay correction (seconds) [68, 69, 72]	REL-8
>ISC_L5I5	OP		Bit String(13)	Inter signal group delay correction (seconds) [69, 72]	REL-8
>ISC_L5Q5	OP		Bit String(13)	Inter signal group delay correction (seconds) [69, 72]	REL-8
GLONASS Satellite Clock Model (“Model 4”)	OP			NOTE	REL-8
_n(t_b)	MP		Bit String(22)	Satellite clock offset (seconds) [73]	REL-8
_n(t_b)	MP		Bit String(11)	Relative frequency offset from nominal value (dimensionless) [73]	REL-8
_n	OP		Bit String(5)	Time difference between transmission in G2 and G1 (seconds) [73]	REL-8
SBAS Satellite Clock Model (“Model 5”)	OP			NOTE	REL-8
>t₀	MP		Bit String(13)	(seconds) [71]	REL-8
>a_Gfo	MP		Bit String(12)	(seconds) [71]	REL-8
>a_Gf1	MP		Bit String(8)	(sec/sec) [71]	REL-8
BDS Satellite Clock Model ("Model 6")	OP			NOTE	REL-12
>AODC	MP		BIT STRING (5)	Age of data,clock (dimensionless) [86]	REL-12
>toc	MP		BIT STRING (17)	Time of clock (seconds) [86]	REL-12
>a0	MP		BIT STRING (24)	Clock correction polynomial coefficient (seconds) [86]	REL-12
>a1	MP		BIT STRING (22)	Clock correction polynomial coefficient (sec/sec) [86]	REL-12
>a2	MP		BIT STRING (11)	Clock correction polynomial coefficient (sec/sec2) [86]	REL-12
>TGD1	MP		BIT STRING (10)	Equipment Group Delay Differential (seconds) [86]	REL-12

NOTE: This IE shall contain exactly one of the optional fiels indicated by "NOTE".

10.3.7.92 UE positioning GPS ionospheric model

The IE contains fields needed to model the propagation delays of the GPS signals through the ionosphere.

Information Element/Group name	Need	Multi	Type and Reference	Semantics description
₀	MP		Bit string(8)	Note 1
₁	MP		Bit string(8)	Note 1
₂	MP		Bit string(8)	Note 1
₃	MP		Bit string(8)	Note 1
₀	MP		Bit string(8)	Note 2
₁	MP		Bit string(8)	Note 2
₂	MP		Bit string(8)	Note 2
₃	MP		Bit string(8)	Note 2

NOTE 1: The parameters an are the coefficients of a cubic equation representing the amplitude of the vertical delay [12].

NOTE 2: The parameters bn are the coefficients of a cubic equation representing the period of the ionospheric model [12].

10.3.7.92a UE positioning GANSS ionospheric model

The IE contains fields needed to model the propagation delays of the GANSS signals through the ionosphere.

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
a_i0	MP		Bit string(11)	Effective Ionisation Level 1^st order parameter. This parameter is used as defined in [61]	REL-12
a_i1	MP		Bit string(11)	Effective Ionisation Level 2^nd order parameter. This parameter is used as defined in [61]	REL-12
a_i2	MP		Bit string(14)	Effective Ionisation Level 3^rd order parameter. This parameter is used as defined in [61]	REL-12
GANSS Ionosphere Regional Storm Flags	OP				REL-7
>Storm Flag 1	MP		Boolean	This parameter is used as defined in [61]	REL-7
>Storm Flag 2	MP		Boolean	This parameter is used as defined in [61]	REL-7
>Storm Flag 3	MP		Boolean	This parameter is used as defined in [61]	REL-7
>Storm Flag 4	MP		Boolean	This parameter is used as defined in [61]	REL-7
>Storm Flag 5	MP		Boolean	This parameter is used as defined in [61]	REL-7

10.3.7.92b UE positioning GANSS additional ionospheric model

This IE contains parameters to model the propagation delays of the GANSS signals through the ionosphere.

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
Data ID	MP		Bit String(2)	The value ‘11’ indicates that the parameters have been generated by QZSS, and the parameters have been specialized and are applicable within the area defined in [72]. The value ‘01’ indicates that the parameters have been generated by BDS, and UE shall use these parameters according to the description given in 5.2.4.7 in [86]. When Data ID has the value ‘00’ it indicates the parameters are applicable worldwide [72]. All other values for Data ID are reserved.	REL-8
₀	MP		Bit string(8)	seconds [72]	REL-8
₁	MP		Bit string(8)	sec/semi-circle [72]	REL-8
₂	MP		Bit string(8)	sec/(semi-circle)² [72]	REL-8
₃	MP		Bit string(8)	sec/(semi-circle)³ [72]	REL-8
₀	MP		Bit string(8)	seconds [72]	REL-8
₁	MP		Bit string(8)	sec/semi-circle [72]	REL-8
₂	MP		Bit string(8)	sec/(semi-circle)² [72]	REL-8
₃	MP		Bit string(8)	sec/(semi-circle)³ [72]	REL-8

10.3.7.92c UE positioning GANSS Earth orientation parameters

This IE provides parameters to construct the ECEF and ECI coordinate transformation as defined in [68]. The Earth Orientation Parameters (EOP) indicate the relationship between the Earth’s rotational axis and WGS-84 reference system.

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
t_EOP	MP		Bit String(16)	EOP data reference time (seconds) [68]	REL-8
PM_X	MP		Bit String(21)	X-axis polar motion value at reference time (arc-seconds) [68]	REL-8
PM_X_dot	MP		Bit String(15)	X-axis polar motion drift at reference time (arc-seconds/day) [68]	REL-8
PM_Y	MP		Bit String(21)	Y-axis polar motion value at reference time (arc-seconds) [68]	REL-8
PM_Y_dot	MP		Bit String(15)	Y-axis polar motion drift at reference time (arc-seconds/day) [68]	REL-8
UT1	MP		Bit String(31)	UT1-UTC difference at reference time (seconds) [68]	REL-8
UT1_dot	MP		Bit String(19)	Rate of UT1-UTC difference at reference time (seconds/day) [68]	REL-8

10.3.7.92d UE positioning BDS Ionospheric Grid Model

This IE contains BDS Ionospheric Grid information to calculate the propagation delays of the B1I signal through the ionosphere.

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
BDS Reference Time	MP		Integer(0..3570 by step of 30)	Seconds. Time in BDS system time (modulo 3600 s) when the BDS Ionospheric Grid Information is valid.	REL-12
BDS Ionospheric Grid Information	MP	1 to <maxIGPInfo>		Ionospheric information for upto 16 grid points will be included in this version of the specification.	REL-12
>IGP number	MP		INTEGER (1..320)	Ionospheric grid point number (dimensionless) [86].	REL-12
>Vertical Delay	MP		BIT STRING (9)	Vertical Delay at Ionospheric Grid Points ,(meters) [86]	REL-12
>GIVEI	MP		BIT STRING (4)	Grid Ionospheric Vertical Error Index (dimensionless) [86].	REL-12

10.3.7.92e UE positioning DBDS corrections

This IE contains the BDS differential corrections to be used by UE.

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
DBDS Reference Time	MP		Integer(0..3570 by step of 30)	Seconds. Time in BDS system time (modulo 3600 s) when the DBDS corrections are valid.	REL-12
DBDS information	MP	1 to <maxSgnType>			REL-12
>DBDS Signal ID	OP		GANSS Signal Id 10.3.3.45a	Absence of this field means the B1I	REL-12
>DBDS signal information	MP	1 to <maxGANSSSat>			REL-12
>>SatID	MP		Integer (0…63)	Identifies the satellite and is as defined in Note 2 of 10.3.7.88b.
>>UDREI	MP		Integer (0…15)	User Differential Range Error Index (dimensionless) [86].	REL-12
>>RURAI	MP		Integer (0…15)	BDS Regional User Range Accuracy Index, (dimensionless) [86].	REL-12
>>Δt	MP		BIT STRING (13)	Equivalent Clock Correction (meters) [86]	REL-12

10.3.7.93 UE positioning GPS measured results

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
CHOICE Reference Time	MP
>UTRAN reference time
>>UE GPS timing of cell frames	MP		Integer(0.. 37158911999999	GPS Time of Week in units of 1/16^th UMTS chips according to [19]. 33209832177664 spare values are needed.
>>CHOICE mode	MP
>>>FDD
>>>>Primary CPICH Info	MP		Primary CPICH Info 10.3.6.60	Identifies the reference cell for the GPS TOW-SFN relationship.
>>>TDD
>>>>cell parameters id	MP		Cell parameters id 10.3.6.9	Identifies the reference cell for the GPS TOW-SFN relationship.
>>Reference SFN	MP		Integer(0..4095)	The SFN for which the location is valid. This IE indicates the SFN at which the UE timing of cell frames is captured.
>GPS reference time only
>>GPS TOW msec	MP		Integer(0..6.048*10⁸-1)	GPS Time of Week in milliseconds (rounded down to the nearest millisecond unit).
UE Positioning GPS ReferenceTime Uncertainty	OP		UE positioning GPS reference time uncertainty 10.3.7.96a		REL-7
Measurement Parameters	MP	1 to <maxSat>
>Satellite ID	MP		Enumerated(0..63)	Identifies the satellite and is equal to (SV ID No – 1) where SV ID No is defined in [12].
>C/N_o	MP		Integer(0..63)	the estimate of the carrier-to-noise ratio of the received signal from the particular satellite used in the measurement. It is given in units of dB-Hz (typical levels will be in the range of 20 – 50 dB-Hz).
>Doppler	MP		Integer(-32768..32768)	Hz, scale factor 0.2.
>Whole GPS Chips	MP		Integer(0..1022)	Unit in GPS chips. Whole value of the UE GPS code-phase measurement, where increasing binary values of the field signify increasing measured pseudoranges.The UE GPS code-phase measurement is divided into the fields “Whole GPS Chips” and “Fractional GPS Chips”.
>Fractional GPS Chips	MP		Integer(0..(2¹⁰-1))	Scale factor 2^-10 Fractional value of the UE GPS code-phase measurement.
>Multipath Indicator	MP		Enumerated(NM, low, medium, high)	Note 1.
>Pseudorange RMS Error	MP		Enumerated(range index 0..range index 63)	Note 2.

NOTE 1: The following table gives the mapping of the multipath indicator field.

Value	Multipath Indication
NM	Not measured
Low	MP error < 5m
Medium	5m < MP error < 43m
High	MP error > 43m

NOTE 2: The following table gives the bitmapping of the Pseudorange RMS Error field.

Range Index	Mantissa	Exponent	Floating-Point value, x_i	Pseudorange value, P
0	000	000	0.5	P < 0.5
1	001	000	0.5625	0.5 <= P < 0.5625
I	X	Y	0.5 * (1 + x/8) * 2^y	x_i-1 <= P < x_i
62	110	111	112	104 <= P < 112
63	111	111	—	112 <= P

10.3.7.93a UE positioning GANSS measured results

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
CHOICE Reference Time	MP				REL-7
>UTRAN reference time					REL-7
>>UE GANSS timing of cell frames	MP		Integer(0.. 86399999999750 by step of 250)	GANSS Time of Day in ns	REL-7
>>GANSS Time Id	OP		INTEGER (0..7)	Absence means Galileo. For coding description see NOTE 2.
>>GANSS TOD Uncertainty	OP		Integer(0..127)	Coding as in 10.3.7.96a	REL-7
>>CHOICE mode	MP				REL-7
>>>FDD					REL-7
>>>>Primary CPICH Info	MP		Primary CPICH Info 10.3.6.60	Identifies the reference cell for the GANSS TOD-SFN relationship.	REL-7
>>>TDD					REL-7
>>>>cell parameters id	MP		Cell parameters id 10.3.6.9	Identifies the reference cell for the GANSS TOD-SFN relationship.	REL-7
>>Reference SFN	MP		Integer(0..4095)	The SFN for which the location is valid. This IE indicates the SFN at which the UE timing of cell frames is captured.	REL-7
>GANSS reference time only					REL-7
>>GANSS Time Id	OP		INTEGER (0..7)	Absence means Galileo. For coding description see NOTE 2.
>>GANSS TOD msec	MP		Integer(0..3599999)	GANSS Time of Day (modulo 1 hour) in milliseconds (rounded down to the nearest millisecond unit).	REL-7
>>GANSS TOD Uncertainty	OP		Integer(0..127)	Coding as in 10.3.7.96a	REL-7
GANSS Generic Measurement Information	MP	1 to <maxGANSS>			REL-7
>GANSS ID	OP		Integer(0..7)	Absence of this IE means Galileo. For coding description, see Note 1 in 10.3.7.90b.	REL-7
>GANSS Signal Measurement Information	MP	1 to <maxSgnType>			REL-7
>>GANSS Signal ID	OP		GANSS Signal Id 10.3.3.45a	Absence of this field means the default value as defined in 10.3.3.45a for the GANSS identified by GANSS_ID.	REL-7
>>GANSS Code Phase Ambiguity	OP		Integer (0..31)	The "GANSS Code Phase Ambiguity" field gives the ambiguity of the code phase measurement. It is given in ms and is an integer between 0 and 31. The Total Code Phase for a satellite k (Satk) is given modulo this "GANSS Code Phase Ambiguity" and is reconstructed with: Code_Phase_Tot(Satk) = Code_Phase (Satk)+ Integer Code Phase(Satk) If there is no code phase ambiguity, the "GANSS Code Phase Ambiguity" shall be set to 0. The field is optional. If "GANSS Code Phase Ambiguity” and “GANSS Code Phase Ambiguity Extension” is absent, the default value is 1ms.	REL-7
>>GANSS Code Phase Ambiguity Extension	OP		Integer(32..127)	If the total GANSS code phase ambiguity is greater than 31 ms, then this field shall be used. The definition is the same as for the "GANSS Code Phase Ambiguity" field except the value range is from 32 to 127 ms.	REL-8
>>GANSS Measurement Parameters	MP	1 to <maxGANSSSat>			REL-7
>>>Satellite ID	MP		Integer (0..63)	Identifies the satellite and is as defined in Note 2 of 10.3.7.88b.	REL-7
>>>C/N_o	MP		Integer(0..63)	The estimate of the carrier-to-noise ratio of the received signal from the particular satellite used in the measurement. It is given in units of dB-Hz (typical levels will be in the range of 20 – 50 dB-Hz).	REL-7
>>>Multipath Indicator	MP		Enumerated(NM, low, medium, high)	Coding as in 10.3.7.93	REL-7
>>>Carrier Quality Indicaton	OP		Bit string(2)	Note 1	REL-7
>>>GANSS Code Phase	MP		Integer(0..2²¹-1)	Scale factor 2^-21 Code phase for the particular satellite signal at the time of measurement in the units of milliseconds. Increasing binary values of the field signify increasing measured pseudoranges. GNSS specific code phase measurements (e.g. chips) are converted into unit of ms by dividing the measurements by the nominal values of the measured signal chipping rate.	REL-7
>>>GANSS Integer Code Phase	OP		Integer(0..63)	In ms Indicates the integer millisecond part of the code phase, that is expressed modulo the GANSS Code Phase Ambiguity.	REL-7
>>>GANSS Integer Code Phase Extension	OP		Integer(64..127)	If the total GANSS integer code phase is greater than 63 ms, then this field shall be used. The definition is the same as for the GANSS Integer Code Phase field except the value range is from 64 to 127 ms.	REL-8
>>>Code Phase RMS Error	MP		Enumerated(range index 0..range index 63)	Coding as in Note 2 of 10.3.7.93	REL-7
>>>Doppler	MP		Integer(-32768..32767)	m/s, scale factor 0.04. Doppler measured by the UE for the particular satellite signal	REL-7
>>>ADR	OP		Integer(0..33554431)	Meters, scale factor 2^-10 ADR measurement measured by the UE for the particular satellite signal.	REL-7

NOTE 1: Coding of Carrier quality indication:

MSB	LSB	Explanation
0		Carrier phase not continuous
1		Carrier phase continuous
	0	Data direct
	1	Data Inverted

NOTE 2: Coding of GANSS Time Id:

Value of GANSS Time id	Explanation	Version
0	GPS system time	REL-8
1	QZSS system time
2	GLONASS system time
3	BDS system time	REL-12
4-7	Reserved	REL-12

10.3.7.94 UE positioning GPS navigation model

This IE contain information required to manage the transfer of precise navigation data to the GPS-capable UE.

Information Element/Group name	Need	Multi	Type and Reference	Semantics description
Satellite information	MP	1 to <maxSat>
>SatID	MP		Enumerated(0..63)	Identifies the satellite and is equal to (SV ID No – 1) where SV ID No is defined in [12].
>Satellite Status	MP		Enumerated(NS_NN, ES_SN, ES_NN, REVD)	NOTE
>GPS Ephemeris and Clock Correction parameters	CV-Satellite status		UE positioning GPS Ephemeris and Clock Correction parameters 10.3.7.91a

NOTE: The UE shall interpret enumerated symbols as follows.

Value	Indication
NS_NN	New satellite, new Navigation Model
ES_SN	Existing satellite, same Navigation Model
ES_NN	Existing satellite, new Navigation Model
REVD	Reserved

Condition	Explanation
Satellite status	The IE is not needed if the IE "Satellite status" is ES_SN and mandatory present otherwise.

10.3.7.94a UE positioning GANSS navigation model

This IE contains information required to manage the transfer of precise navigation data to the GANSS-capable UE.

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
Non-Broadcast Indication	OP		Enumerated (TRUE)	If this IE is present, GANSS navigation model is not derived from satellite broadcast	REL-7
Satellite information	MP	1 to <maxGANSSSat>			REL-7
>SatID	MP		Integer (0..63)	Identifies the satellite and is as defined in Note 2 of 10.3.7.88b.	REL-7
>SV Health	MP		Bit string(9)	NOTE	REL-12
>IOD	MP		Bit string(10)		REL-7
>GANSS Clock Model	MP		UE positioning GANSS clock model 10.3.7.91d		REL-7
> GANSS Orbit Model	MP		UE positioning GANSS orbit model 10.3.7.91c		REL-7

NOTE: The Health values are GNSS specific. For Galileo, the UE shall interpret the bit string as follows [61]:

Parameter	Bit	Type	Explanation
E5a Data Validity Status	0	Boolean
E5b Data Validity Status	1	Boolean
E1-B Data Validity Status	2	Boolean
E5a Signal Health Status	3-4	Bit string
E5b Signal Health Status	5-6	Bit string
E1-B Signal Health Status	7-8	Bit string

10.3.7.94b UE positioning GANSS additional navigation models

This IE contains information required to manage the transfer of precise navigation data to the GANSS-capable UE.

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
Non-Broadcast Indication	OP		Enumerated (TRUE)	If this IE is present, GANSS navigation model is not derived from satellite broadcast	REL-8
Satellite information	MP	1 to <maxGANSSSat>			REL-8
>SatID	MP		Integer (0..63)	Identifies the satellite and is as defined in Note 2 of 10.3.7.88b.	REL-8
>SV Health	MP		Bit string(6)	NOTE 1	REL-8
>IOD	MP		Bit string(11)	NOTE 2	REL-8
>GANSS additional clock models	MP		UE positioning GANSS additional clock models 10.3.7.91f		REL-8
>GANSS additional orbit models	MP		UE positioning GANSS additional orbit models 10.3.7.91e		REL-8

NOTE 1: The SV Health values are GNSS specific as identified by the GANSS ID :

GANSS

SV Health Bit String(6)

Bit 1 (MSB)

Bit 2

Bit 3

Bit 4

Bit 5

Bit 6 (LSB)

Modernized GPS

L1C Health

[70]

L1 Health [68,69]

L2 Health

[68,69]

L5 Health [68,69]

‘0’

(reserved)

‘0’

(reserved)

SBAS

Ranging On (0), Off(1) [71]

Corrections On (0), Off (1) [71]

Integrity On (0), Off(1) [71]

‘0’

(reserved)

‘0’

(reserved)

‘0’

(reserved)

QZSS

QZS-L1

SV Health [72]

QZSS

QZS-L1C/L2C/L5

L1C Health

[72]

L1 Health

[72]

L2 Health

[72]

L5 Health

[72]

‘0’

(reserved)

‘0’

(reserved)

GLONASS

B_n (MSB)

[73, page 23]

F_T[73, Table 4.4]

‘0’

(reserved)

BDS

B1I Health (SatH1) [86]

‘0’

(reserved)

‘0’

(reserved)

‘0’

(reserved)

‘0’

(reserved)

‘0’

(reserved)

NOTE 2: The IOD values are GNSS specific as identified by the GANSS ID :

GANSS	IOD Bit String(11)
GANSS	Bit 1 (MSB)	Bit 2	Bit 3	Bit 4	Bit 5	Bit 6	Bit 7	Bit 8	Bit 9	Bit 10	Bit 11 (LSB)
Modernized GPS	t_oe(seconds, scale factor 300, range 0 – 604500) [68, 69, 70]
SBAS	‘0’	‘0’	‘0’	Issue of Data ([71], Message Type 9)
QZSS QZS-L1	‘0’	Issue of Data, Clock [72]
QZSS QZS-L1C/L2C/L5	t_oe(seconds, scale factor 300, range 0 – 604500) [72]
GLONASS	‘0’	‘0’	‘0’	‘0’	t_b (minutes, scale factor 15) [73]
BDS	11 MSB bits of t_oe(seconds, scale factor 512, range 0 – 604672) [86]

10.3.7.95 UE positioning GPS real-time integrity

This IE contains parameters that describe the real-time status of the GPS constellation.

Information Element/Group name	Need	Multi	Type and Reference	Semantics description
Satellite information	MP	1 to <maxSat>
>BadSatID	MP		Enumerated(0..63)	Identifies the satellite and is equal to (SV ID No – 1) where SV ID No is defined in [12].

10.3.7.95a Void

10.3.7.95b UE positioning GANSS real-time integrity

This IE contains parameters that describe the real-time status of the GANSS constellation.

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
Satellite information	MP	1 to <maxGANSSSat>			REL-7
>Bad GANSS SatID	MP		Integer (0..63)	Identifies the satellite and is as defined in Note 2 of 10.3.7.88b.	REL-7
>Bad GANSS Signal ID	OP		Bit string (8)	Absence of this IE means that all signals of the specific SV are bad. NOTE	REL-7

NOTE: Coding of Bad GANSS Signal ID

GNSS	Bit	Explanation	Version
Galileo	1	E1	REL-7
	2	E5A
	3	E5B
	4	E6
	5	E5A + E5B
	6-8	Spare
Modernized GPS	1	L1C	REL-8
	2	L2C
	3	L5
	4-8	Spare
SBAS	1	L1
SBAS	2-8	Spare
QZSS	1	QZS-L1
	2	QZS-L1C
	3	QZS-L2C
	4	QZS-L5
	5-8	Spare
GLONASS	1	G1
	2	G2
	3	G3
	4-8	Spare
BDS	1	B1I	REL-12
BDS	2-8	Spare	REL-12

10.3.7.96 UE positioning GPS reference time

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
GPS Week	MP		Integer(0..1023)
GPS Week Cycle Number	OP		Integer(0..7)	This field provides the number of 1024 GPS week cycles occurred since the GPS zero time-point (midnight of the night of January 5, 1980/morning of January 6, 1980). The first 1024 GPS weeks since the zero time-point is GPS Week Cycle Number 0.	REL-10
GPS TOW msec	MP		Integer(0..6.048*10⁸-1)	GPS Time of Week in milliseconds (rounded down to the nearest millisecond unit).
UTRAN GPS reference time	OP
>UTRAN GPS timing of cell frames	MP		Integer(0.. 2322431999999)	UTRAN GPS timing of cell frames in steps of 1 chip
>CHOICE mode	OP
>>FDD
>>>Primary CPICH Info	MP		Primary CPICH Info 10.3.6.60	Identifies the reference cell for the GPS TOW-SFN relationship
>>TDD
>>>cell parameters id	MP		Cell parameters id 10.3.6.9	Identifies the reference cell for the GPS TOW-SFN relationship
>SFN	MP		Integer(0..4095)	The SFN which the UTRAN GPS timing of cell frames time stamps.
UE Positioning GPS ReferenceTime Uncertainty	OP		UE positioning GPS reference time uncertainty 10.3.7.96a	NOTE 1	REL-7
SFN-TOW Uncertainty	OP		Enumerated (lessThan10, moreThan10)	This field indicates the uncertainty of the relation GPS TOW/SFN. lessThan10 means the relation is accurate to at least 10 ms. NOTE 1
T_UTRAN-GPS drift rate	OP		Integer (0, 1, 2, 5, 10, 15, 25, 50, -1, -2, -5, -10, -15, -25, -50)	in 1/256 chips per sec.
GPS TOW Assist	OP	1 to <maxSat>
>SatID	MP		Enumerated(0..63)	Identifies the satellite and is equal to (SV ID No – 1) where SV ID No is defined in [12].
>TLM Message	MP		Bit string(14)
>TLM Reserved	MP		Bit string(2)
>Alert	MP		Boolean
>Anti-Spoof	MP		Boolean
NOTE 1: If the IE "UE Positioning GPS ReferenceTime Uncertainty" is present, the IE "SFN-TOW Uncertainty" is not needed and shall be ignored.

10.3.7.96o UE positioning GANSS reference time

Information Element/Group name	Need	Type and Reference	Semantics description	Version
GANSS Day	OP	Integer(0..8191)	The sequential number of days (with day count starting at 0) from the origin of the GNSS system time indicated by GANSS Time ID modulo 8192 days (about 22 years). If this field is not present and the UE cannot obtain GNSS system time information by other means, the UE behaviour is unspecified. NOTE.	REL-7
GANSS Day Cycle Number	OP	Integer(0..7)	This field provides the number of 8192 day cycles occurred since the GANSS zero time-point defined in NOTE below. The first 8192 GANSS days since the zero time-point is GANSS Day Cycle Number 0. When this field is included, the GANSS Day field shall be included as well.	REL-10
GANSS TOD	MP	Integer(0..86399)	GANSS Time of Day in seconds	REL-7
GANSS TOD Uncertainty	OP	Integer(0..127)	Coding as in subclause 10.3.7.96a	REL-7
GANSS Time ID	OP	Integer (0..7)	Absense of this IE means Galileo, values 0-7 are reserved for future use	REL-7
GANSS Time ID	OP	Integer (0..7)	Absense of this IE means Galileo, For coding description see NOTE 2 in 10.3.7.93a.	REL-8
UTRAN GANSS reference time	OP			REL-7
>UTRAN GANSS timing of cell frames	MP	Integer(0.. 999999750 by step of 250)	UTRAN GANSS timing of cell frames in steps of 250 ns. Indicates sub-second part of GANSS TOD	REL-7
>CHOICE mode	MP			REL-7
>>FDD				REL-7
>>>Primary CPICH Info	MP	Primary CPICH Info 10.3.6.60	Identifies the reference cell for the GANSS TOD-SFN relationship	REL-7
>>TDD				REL-7
>>>cell parameters id	MP	Cell parameters id 10.3.6.9	Identifies the reference cell for the GANSS TOD-SFN relationship	REL-7
>SFN	MP	Integer(0..4095)	The SFN which the UTRAN GANSS timing of cell frames time stamps.	REL-7
T_UTRAN-GANSS drift rate	OP	ENUMERATED (0, 1, 2, 5, 10, 15, 25, 50, -1, -2, -5, -10, -15, -25, -50)	in 1/256 chips per sec. One spare value needed.	REL-7

NOTE: Definition of GNSS system time origin:

GANSS	GNSS System Time Origin
Galileo System Time	13 seconds before midnight between 21^st August and 22^nd August 1999; i.e., GST was equal to 13 seconds at August 22, 1999; 00:00:00 UTC
GPS System Time	January 6, 1980; 00:00:00 UTC(USNO)
QZSS System Time	January 6, 1980; 00:00:00 UTC(USNO)
GLONASS System Time	December 31, 1995; 21:00:00 UTC(SU), which is local UTC Moscow January 1, 1996; 00:00:00, defined as UTC(SU) + 3 hours in [73]
BDS System Time	January 1, 2006; 00:00:00 UTC(NTSC)

10.3.7.96a UE positioning GPS reference time uncertainty

Information Element/Group name

Need

Multi

Type and reference

Semantics description

Version

UE Positioning GPS Reference Time Uncertainty

Integer (0..127)

This element provides the accuracy of the provided GPS time, or alternatively the accuracy of the provided relation between GPS and UTRAN time. If "GPS TOW" is the provided GPS time, or alternatively the GPS time corresponding to the UTRAN time provided, then the true GPS time lies in the interval ["GPS TOW"  "GPS Reference Time Uncertainty", "GPS TOW" + "GPS Reference Time Uncertainty"].

The uncertainty r, expressed in microseconds, is mapped to a number K with the following formula:

r = C*(((1+x)^K)-1)

with C = 0.0022 and x = 0.18.

To encode any higher value of the uncertainty than that corresponding to K=127 in the formula above, or to indicate an undefined value of the "GPS TOW", the same value, K=127, shall be used.

REL-7

NOTE: This IE is not needed in the SRNS RELOCATION INFO message.

10.3.7.97 UE positioning GPS UTC model

The UTC Model field contains a set of parameters needed to relate GPS time to Universal Time Coordinate (UTC).

Information Element/Group name	Need	Multi	Type and Reference	Semantics description
A₁	MP		Bit string(24)	sec/sec [12]
A₀	MP		Bit string(32)	seconds [12]
t_ot	MP		Bit string(8)	seconds [12]
WN_t	MP		Bit string(8)	weeks [12]
t_LS	MP		Bit string(8)	seconds [12]
WN_LSF	MP		Bit string(8)	weeks [12]
DN	MP		Bit string(8)	days [12]
t_LSF	MP		Bit string(8)	seconds [12]

10.3.7.97a UE positioning GANSS time model

The GANSS time model field contains a set of parameters needed to relate GANSS time for the GANSS indicated by "GANSS ID" to selected time reference indicated by "GNSS_TO_ID". The conversion is defined in [68,69,70].

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
GANSS Time Model Reference Time	MP		Integer(0..604784 by step of 16)	GANSS reference time of week for GANSS Time Model, given in GNSS specific system time, with a 16s scale factor.	REL-7
T_A0	MP		Integer (-2147483648 .. 2147483647)	Seconds, scale factor 2^-35	REL-7
T_A1	OP		Integer (-8388608 .. 8388607)	sec/sec, scale factor 2^-51 NOTE	REL-7
T_A2	OP		Integer (-64 .. 63)	sec/sec², scale factor 2^-68 NOTE	REL-7
GNSS_TO_ID	MP		Enumerated (GPS,	GNSS Time Offset ID Seven spare values needed.	REL-7
			Galileo, QZSS, GLONASS,	GNSS Time Offset ID Four spare values needed.	REL-8
			BDS)	GNSS Time Offset ID Three spare values needed.	REL-12
Week Number	OP		Integer(0..8191)	Reference week of GANSS Time Model given in GNSS specific system time	REL-7
Delta_T	OP		Integer(-128..127)	This field specifies the integer seconds of the GNSS-GNSS Time Offset. Scale factor 1 second.	REL-10

NOTE: The fields indicated by "NOTE" should not be included if "UE positioning GPS reference time" is provided.

10.3.7.97b UE positioning GANSS data bit assistance

This element provides data bit assistance data for specific satellite signals for data wipe-off.

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
GANSS TOD	MP		Integer(0..59)	Refererence time (modulo 1 minute) of the first bit of the data in IE “Data Bits”, in seconds	REL-7
Data Bit Assistance List	MP	1 to <maxGANSSSat>		The following fields are present N_Sat times, with 1 ≤ N_Sat ≤ maxGANSSSat	REL-7
>Satellite ID	MP		Integer (0..63)	Identifies the satellite and is as defined in Note 2 of 10.3.7.88b.	REL-7
>Data bit assistance Sgn List	MP	1 to <maxSgnType>		The following fields are present N_Sgn times, with 1 ≤ N_Sgn ≤ maxSgnType	REL-7
>>GANSS Signal ID	MP		GANSS Signal ID 10.3.3.45a		REL-7
>>Data Bits	MP		Bit string (1..1024)	Raw data bits as transmitted from a specific satellite at the time indicated by GANSS_TOD. In case of Galileo, it contains the FEC encoded and interleaved modulation symbols. The logical levels 1 and 0 correspond to signal levels -1 and +1, respectively. N_BIT is the actual number of elements in Data bits: 1 ≤ N_BIT ≤ 1024.	REL-7
				In case of Modernized GPS L1C, it contains the encoded and interleaved modulation symbols as defined in [70] section 3.2.3.1. In case of Modernized GPS L2C, it contains either the NAV data modulation bits, the FEC encoded NAV data modulation symbols, or the FEC encoded CNAV data modulation symbols, dependent on the current signal configuration of this satellite as defined in [68, Table 3-III]. In case of Modernized GPS L5, it contains the FEC encoded CNAV data modulation symbols as defined in [69]. In case of SBAS, it contains the FEC encoded data modulation symbols as defined in [71]. In case of QZSS QZS-L1, it contains the NAV data modulation bits as defined in [72] section 5.2. In case of QZSS QZS-L1C, it contains the encoded and interleaved modulation symbols as defined in [72] section 5.3. In case of QZSS QZS-L2C, it contains the encoded modulation symbols as defined in [72] section 5.5. In case of QZSS QZS-L5, it contains the encoded modulation symbols as defined in [72] section 5.6. In case of GLONASS, it contains the 100 sps differentially Manchester encoded modulation symbols as defined in [73] section 3.3.2.2.	REL-8
				In case of BDS, it contains the encoded and interleaved modulation symbols as defined in [86] section 5.1.3.	REL-12

10.3.7.97c UE positioning GANSS UTC model

The UTC Model field contains a set of parameters needed to relate GANSS time to Universal Time Coordinate (UTC).

Information Element/Group name	Need	Multi	Type and Reference	Semantics description
A₁	MP		Bit string(24)
A₀	MP		Bit string(32)
t_ot	MP		Bit string(8)
t_LS	MP		Bit string(8)
WN_t	MP		Bit string(8)
WN_LSF	MP		Bit string(8)
DN	MP		Bit string(8)
t_LSF	MP		Bit string(8)

For a GANSS Id referring to Galileo, the definition and the unit of the elements are provided in [61].

10.3.7.97d UE positioning GANSS additional UTC models

This element contains contains several sets of parameters needed to relate GNSS system time to Universal Time Coordinate (UTC), as defined in [68, 69, 70, 71, 72, 73]. Only one parameter set can be included in one UE positioning GANSS additional UTC models and which set of parameters to include depends on the GANSS-ID and UE capabilities.

The UTC time standard, UTC(k), is GNSS specific. E.g., if GANSS ID indicates QZSS, UE positioning GANSS additional UTC models contains a set of parameters needed to relate QZST to UTC(NICT). If GANSS ID indicates Modernized GPS, UE positioning GANSS additional UTC models contains a set of parameters needed to relate GPS system time to UTC(USNO). If GANSS ID indicates GLONASS, UE positioning GANSS additional UTC models contains a set of parameters needed to relate GLONASS system time to UTC(RU). If GANSS ID indicates SBAS, UE positioning GANSS additional UTC models contains a set of pameters needed to relate SBAS network time for the SBAS indicated by SBAS ID to the UTC standard defined by the UTC Standard ID. If GANSS ID indicates BDS, UE positioning GANSS additional UTC models contains a set of parameters needed to relate BDS system time to UTC (NTSC).

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
Model-1	OP			NOTE	REL-8
>A_0-n	MP		Bit String(16)	Bias coefficient of GNSS time scale relative to UTC time scale (seconds) [68,69,70,72]	REL-8
>A_1-n	MP		Bit String(13)	Drift coefficient of GNSS time scale relative to UTC time scale (sec/sec) [68,69,70,72]	REL-8
>A_2-n	MP		Bit String(7)	Drift rate correction coefficient of GNSS time scale relative to UTC time scale (sec/sec²) [68,69,70,72]	REL-8
>t_LS	MP		Bit String(8)	Current or past leap second count (seconds) [68,69,70,72]	REL-8
>t_ot	MP		Bit String(16)	Time data reference time of week (seconds) [68,69,70,72]	REL-8
>WN_ot	MP		Bit String(13)	Time data reference week number (weeks) [68,69,70,72]	REL-8
>WN_LSF	MP		Bit String(8)	Leap second reference week number (weeks) [68,69,70,72]	REL-8
>DN	MP		Bit String(4)	Leap second reference day number (days) [68,69,70,72]	REL-8
>t_LSF	MP		Bit String(8)	Current or future leap second count (seconds) [68,69,70,72]	REL-8
Model-2	OP			NOTE	REL-8
>N^A	MP		Bit String(11)	Callendar day number within four-year period beginning since the leap year (days) [73]	REL-8
_c	MP		Bit String(32)	GLONASS time scale correction to UTC(SU) (seconds) [73]	REL-8
>Delta UT1	OP
>>B1	MP		Bit String(11)	Coefficient to determine UT1 (seconds) [73]	REL-8
>>B2	MP		Bit String(10)	Coefficient to determine UT1 (seconds/msd) [73]	REL-8
>KP	OP		Bit String(2)	Notification of expected leap second correction (dimensionless) [73]	REL-8
Model-3	OP			NOTE	REL-8
>A_1WNT	MP		Bit String(24)	sec/sec ([71], Message Type 12)	REL-8
>A_0WNT	MP		Bit String(32)	seconds ([71], Message Type 12)	REL-8
>t_ot	MP		Bit String(8)	seconds ([71], Message Type 12)	REL-8
>WN_t	MP		Bit String(8)	weeks ([71], Message Type 12)	REL-8
>t_LS	MP		Bit String(8)	seconds ([71], Message Type 12)	REL-8
>WN_LSF	MP		Bit String(8)	weeks ([71], Message Type 12)	REL-8
>DN	MP		Bit String(8)	days ([71], Message Type 12)	REL-8
>t_LSF	MP		Bit String(8)	seconds ([71], Message Type 12)	REL-8
>UTC Standard ID	MP		Bit String(3)	dimensionless NOTE 1	REL-8
Model-4	OP			NOTE	REL-12
>A_0UTC	MP		Bit String (32)	Seconds [86]	REL-12
>A_1UTC	MP		Bit String (24)	sec/sec [86]	REL-12
>t_LS	MP		Bit String (8)	Seconds [86]	REL-12
>WN_LSF	MP		Bit String (8)	Weeks [86]	REL-12
>DN	MP		Bit String (8)	Days [86]	REL-12
>t_LSF	MP		Bit String (8)	Seconds [86]	REL-12

NOTE: This IE shall contain exactly one of the optional fields indicated by "NOTE".

NOTE 1: Coding of UTC Standard ID:

Value of UTC Standard ID	UTC Standard
0	UTC as operated by the Communications Research Laboratory (CRL), Tokyo, Japan
1	UTC as operated by the National Institute of Standards and Technology (NIST)
2	UTC as operated by the U. S. Naval Observatory (USNO)
3	UTC as operated by the International Bureau of Weights and Measures (BIPM)
4-7	Reserved for future definition

10.3.7.97e UE positioning GANSS SBAS ID

Information Element/Group name

Need

Multi

Type and Reference

Semantics description

Version

SBAS ID

Enumerated(

WAAS,

EGNOS,

MSAS,

GAGAN)

Four spare values are needed.

REL-8

10.3.7.97f UE positioning GANSS auxiliary information

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
CHOICE GANSS-ID					REL-8
>GANSS-ID-1				This choice may only be present if GANSS ID indicated “Modernized GPS”	REL-8
>>Aux Info List	MP	1 to <maxGANSSSat>			REL-8
>>>Sat ID	MP		Integer(0..63)	Identifies the satellite and is as defined in Note 2 of 10.3.7.88b.	REL-8
>>>Signals Available	MP		Bit String(8)	This field indicates the ranging signals supported by the satellite indicated by Sat ID. This field is given as a bit string as shown in NOTE 1 for Modernized GPS. If a bit is set to ‘1’ it indicates that the satellite identified by Sat ID transmits ranging signals according to the signal correspondence in NOTE 1. If a bit is set to ‘0’ it indicates that the corresponding signal is not supported on the satellite identified by Sat ID	REL-8
>GANSS-ID-3				This choice may be present if GANSS ID indicated “GLONASS”	REL-8
>>Aux Info List	MP	1 to <maxGANSSSat>			REL-8
>>>Sat ID	MP		Integer(0..63)	Identifies the satellite and is as defined in Note 2 of 10.3.7.88b.	REL-8
>>>Signals Available	MP		Bit String(8)	This field indicates the ranging signals supported by the satellite indicated by Sat ID. This field is given as a bit string as shown in NOTE 1 for GLONASS. If a bit is set to ‘1’ it indicates that the satellite identified by Sat ID transmits ranging signals according to the signal correspondence in NOTE 1. If a bit is set to ‘0’ it indicates that the corresponding signal is not supported on the satellite identified by Sat ID.	REL-8
>>>Channel Number	MP		Integer(‑7..13)	This field indicates the GLONASS carrier frequency number of the satellite identified by Sat ID, as defined in [73].	REL-8

NOTE 1: Coding of Signals Available

GANSS ID	Signals Avaialble Bit String(8)
GANSS ID	Bit 1 (MSB)	Bit 2	Bit 3	Bit 4	Bit 5	Bit 6	Bit 7	Bit 8 (LSB)
1 Modernized GPS	L1C	L2C	L5	‘0’ Spare	‘0’ Spare	‘0’ Spare	‘0’ Spare	‘0’ Spare
3 GLONASS	G1	G2	G3	‘0’ Spare	‘0’ Spare	‘0’ Spare	‘0’ Spare	‘0’ Spare

10.3.7.98 UE positioning IPDL parameters

This IE contains parameters for the IPDL mode. The use of this parameters is described in [29].

Information Element/Group name	Need	Type and Reference	Semantics description	Version
CHOICE mode				REL-4
>FDD				REL-4
>>IP spacing	MP	Integer(5,7,10,15,20,30,40,50)	See [29]
>>IP length	MP	Integer(5,10)	See [29]
>>IP offset	MP	Integer(0..9)	See [29]
>>Seed	MP	Integer(0..63)	See [29]
>TDD				REL-4
>>IP spacing	MP	Integer(30,40,50,70,100)	See [33]	REL-4
>>IP_Start	MP	Integer(0..4095)	See [33]	REL-4
>>IP_Slot	MP	Integer(0..14)	See [33]	REL-4
>>IP_PCCPCH	CV-channel	Boolean	See [33]	REL-4
Burst mode parameters	OP
>Burst Start	MP	Integer(0..15)	See [29] and [33]
>Burst Length	MP	Integer(10..25)	See [29] and [33]
>Burst freq	MP	Integer(1..16)	See [29] and [33]

Condition	Explanation
channel	This IE is present only if the idle slot carries the PCCPCH

10.3.7.99 UE positioning measured results

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
UE positioning OTDOA measured results	OP		UE positioning OTDOA measured results 10.3.7.105
UE positioning Position estimate info	OP		UE positioning Position estimate info 10.3.7.109
UE positioning GPS measured results	OP		UE positioning GPS measured results 10.3.7.93
UE positioning error	OP		UE positioning error 10.3.7.87	Included if UE positioning error occurred
UE positioning GANSS measured results	OP		UE positioning GANSS measured results 10.3.7.93a		REL-7
UE positioning AddPos measured results	OP		UE positioning AddPos measured results 10.3.7.141		REL-13

10.3.7.100 UE positioning measurement

Information Element/Group name	Need	Type and reference	Semantics description	Version
UE positioning reporting quantity	MP	UE positioning reporting quantity 10.3.7.111
Measurement validity	OP	Measurement validity 10.3.7.51
CHOICE reporting criteria	MP
>UE positioning reporting criteria		UE positioning reporting criteria 10.3.7.110
>Periodical reporting criteria		Periodical reporting criteria 10.3.7.53
>No reporting			(no data)
UE positioning OTDOA assistance data for UE-assisted	OP	UE positioning OTDOA assistance data for UE-assisted 10.3.7.103
UE positioning OTDOA assistance data for UE-based	OP	UE positioning OTDOA assistance data for UE-based 10.3.7.103a
UE positioning GPS assistance data	OP	UE positioning GPS assistance data 10.3.7.90
UE positioning GANSS assistance data	OP	UE positioning GANSS assistance data 10.3.7.90b		REL-7

10.3.7.101 UE positioning measurement event results

This IE contains the measurement event results that are reported to UTRAN for UE positioning measurements.

Information Element/Group name	Need	Multi	Type and Reference	Semantics description
CHOICE Event ID	MP			One spare value is needed.
>7a
>>UE positioning Position estimate info	MP		UE positioning Position estimate info 10.3.7.109
>7b
>>UE positioning OTDOA measured results	MP		UE positioning OTDOA measured results 10.3.7.105
>7c
>>UE positioning GPS measurement	MP		UE positioning GPS measured results 10.3.7.93
>7d
>>UE positioning GANSS measurement	MP		UE positioning GANSS measured results 10.3.7.93a

10.3.7.102 Void

10.3.7.103 UE positioning OTDOA assistance data for UE-assisted

Information Element/Group name	Need	Multi	Type and Reference
UE positioning OTDOA reference cell info for UE-assisted	OP		UE positioning OTDOA reference cell info 10.3.7.108
UE positioning OTDOA neighbour cell list for UE-assisted	OP	1 to <maxCellMeas>
>UE positioning OTDOA neighbour cell info for UE-assisted	MP		UE positioning OTDOA neighbour cell info 10.3.7.106

10.3.7.103a UE positioning OTDOA assistance data for UE-based

Information Element/Group name	Need	Multi	Type and Reference	Semantics description
UE positioning OTDOA reference cell info for UE-based	OP		UE positioning OTDOA reference cell info for UE-based 10.3.7.108a
UE positioning OTDOA neighbour cell list for UE-based	OP	1 to <maxCellMeas>
>UE positioning OTDOA neighbour cell info for UE-based	MP		UE positioning OTDOA neighbour cell info for UE-based 10.3.7.106a

10.3.7.104 Void

10.3.7.105 UE positioning OTDOA measured results

Information Element/Group name	Need	Multi	Type and Reference	Semantics description
SFN	MP		Integer(0..4095)	SFN during which the last measurement was performed
CHOICE mode
>FDD
>>Reference cell id	MP		Primary CPICH info 10.3.6.60
>>UE Rx-Tx time difference type 2 info	MP
>>>UE Rx-Tx time difference type 2	MP		UE Rx-Tx time difference type 2 10.3.7.84
>>>UE positioning OTDOA quality	MP		UE positioning OTDOA quality 10.3.7.107	Quality of the UE Rx-Tx time difference type 2 measurement from the reference cell.
>TDD				(no data)
>>Reference cell id	MP		Cell parameters ID 10.3.6.9
Neighbours	OP	1 to <maxCellMeas>
>CHOICE mode	MP
>>FDD
>>>Neighbour Identity	MD		Primary CPICH info 10.3.6.60	Default value is the same as in the first set of multiple sets.
>>>Frequency info	MD		Frequency info 10.3.6.36	Default value is the existing value of frequency information
>>>UE Rx-Tx time difference type 2 info	OP			Included for cell in the active set excluding the reference cell.
>>>>UE Rx-Tx time difference type 2	MP		UE Rx-Tx time difference type 2 10.3.7.84
>>>>UE positioning OTDOA quality	MP		UE positioning OTDOA quality 10.3.7.107	Quality of the UE Rx-Tx time difference type 2 measurement from the neighbour cell.
>>TDD
>>>Cell and Channel ID	MD		Cell and Channel Identity info 10.3.6.8a	Default value is the same as in the first set of multiple sets.
>>>UARFCN	MP		Integer (0..16383)
>UE positioning OTDOA quality	MP		UE positioning OTDOA quality 10.3.7.107	Quality of the SFN-SFN observed time difference type 2 measurement from the neighbour cell.
>SFN-SFN observed time difference type 2	MP		SFN-SFN observed time difference 10.3.7.63	Gives the timing relative to the reference cell. Only type 2 is allowed.

10.3.7.106 UE positioning OTDOA neighbour cell info

This IE gives approximate cell timing in order to decrease the search window.

Information Element/Group name	Need	Type and Reference	Semantics description
CHOICE mode	MP
>FDD
>>Primary CPICH info	MP	Primary CPICH info 10.3.6.60
>TDD
>>cell and channel ID	MP	Cell and Channel Identity info 10.3.6.8a	Identifies the channel to be measured on.
Frequency info	MD	Frequency info 10.3.6.36	Default value is the existing value of frequency information
IPDL parameters	CV-IPDLs	UE positioning IPDL parameters 10.3.7.98
SFN offset	MP	Integer (0 .. 4095)	Although this IE is not always required, need is MP to align with ASN.1. Define Tref as the time of beginning of system frame number SFNref of the reference cell. Define Tnc as the beginning of a frame from the neighbour cell occurring immediately after the time Tref. Let the corresponding system frame number be SFNnc. Then SFNnc = SFNref-SFN offset modulo 4096.
SFN offset validity	MD	Enumerated (FALSE)	Absence of this element means SFN offset is valid. FALSE means SFN offset is not valid.
SFN-SFN relative time difference	MP	Integer(0.. 38399)	Gives the relative timing compared to the reference cell. Equal to  (Tnc-Tref)(3.8410⁶)  where () denotes rounding to the nearest lower integer. In chips, Tnc = the time of beginning of a system frame from the neighbour cell, Tref = the time of beginning of a system frame from the reference cell.
SFN-SFN drift	OP	Integer (0, -1, -2, -3, -4, -5, -8, -10, -15, -25, -35, -50, -65, -80, -100, 1, 2, 3, 4, 5, 8, 10, 15, 25, 35, 50, 65, 80, 100)	in 1/256 chips per second
Search Window Size	MP	Integer(20, 40, 80, 160, 320, 640, 1280, infinity)	In chips. If the value is X then the expected SFN-SFN observed time difference is in the range [RTD-X, RTD+X] where RTD is the value of the field SFN-SFN relative time difference. Infinity means that the uncertainty is larger than 1280 chips.
CHOICE PositioningMode	MP
>UE based			(no data)
>UE assisted			(no data)

Condition	Explanation
IPDLs	This IE is mandatory present if IPDLs are applied and not needed otherwise.

10.3.7.106a UE positioning OTDOA neighbour cell info for UE-based

This IE gives approximate cell timing in order to decrease the search window, as well as the cell locations and fine cell timing for UE based OTDOA.

Information Element/Group name	Need	Type and Reference	Semantics description	Version
UE positioning OTDOA neighbour cell info	MP	UE positioning OTDOA neighbour cell info 10.3.7.106
Cell Position	MD		Default is the same as previous cell
>Relative North	OP	Integer(-20000..20000)	Seconds of angle, scale factor 0.03. Relative position compared to reference cell.
>Relative East	OP	Integer(-20000..20000)	Seconds of angle, scale factor 0.03. Relative position compared to reference cell.
>Relative Altitude	OP	Integer(-4000..4000)	Relative altitude in meters compared to ref. cell.
Fine SFN-SFN	MP	Real(0..0.9375 in steps of 0.0625)	Gives finer resolution
UE positioning Relative Time Difference Quality	MP	UE positioning OTDOA quality 10.3.7.109a	Quality of the relative time difference between neighbour and reference cell.
Round Trip Time	OP	Real (876.00 .. 2923.875 in steps of 0.0625)	In chips. Included if cell is in active set.
Round Trip Time Extension	CV-FDD	Real (0 .. 4392.125 in steps of 0.0625)	In chips. Included if cell is in active set. Default = 0. NOTE.	REL-7
NOTE: Total Round Trip Time = IE "Round Trip Time" + IE "Round Trip Time Extension".

Condition	Explanation
FDD	The IE is optionally present in FDD, otherwise it is not needed.

10.3.7.107 UE positioning OTDOA quality

Information Element/Group name

Need

Multi

Type and Reference

Semantics description

Std Resolution

Bit string(2)

Std Resolution field includes the resolution used in Std of OTDOA Measurements field. Encoding on two bits as follows:

’00’ 10 meters

’01’ 20 meters

’10’ 30 meters

’11’ Reserved

Number of OTDOA Measurements

Bit string(3)

The ‘Number of OTDOA measurements’ field indicates how many OTDOA measurements have been used in the UE to determine the sample standard deviation of the measurements. Following 3 bit encoding is used:

‘001’ 5-9

‘010’ 10-14

‘011’ 15-24

‘100’ 25-34

‘101’ 35-44

‘110’ 45-54

‘111’ 55 or more

Special case:

‘000’:In this case the field ‘Std of OTDOA measurements’ contains the std of the reported SFN-SFN otd value = E[(x-µ)²], where x is the reported value and µ = E[x] is the expectation value (i.e. the true value) of x. This std can be used irrespective of the number of measurements and reporting of the number of measurements is not needed. Also other measurements such as Ec/No or Rx levels can be utilised in this case to evaluate the ‘Std of OTDOA measurements’ reported in this IE.

Std of OTDOA Measurements

Bit string(5)

Std of OTDOA Measurements field includes sample standard deviation of OTDOA measurements (when number of measurements is reported in ‘Number of OTDOA measurements field’) or standard deviation of the reported SFN-SFN otd value = E[(x-µ)²], where x is the reported value and µ = E[x] is the expectation value (i.e. the true value) of x (when ‘000’ is given in ‘Number of OTDOA measurements’ field). Following linear 5 bit encoding is used:

‘00000’ 0 – (R*1-1) meters

‘00001’ R*1 – (R*2-1) meters

‘00010’ R*2 – (R*3-1) meters

…

‘11111’ R*31 meters or more

where R is the resolution defined by Std Resolution field. E.g. R=20 m corresponds to 0-19 m, 20-39 m,…,620+ m.

10.3.7.108 UE positioning OTDOA reference cell info

This IE defines the cell used for time references in all OTDOA measurements.

Information Element/Group name	Need	Type and Reference	Semantics description
SFN	OP	Integer (0..4095)	Time stamp (SFN of Reference Cell) of the SFN-SFN relative time differences and SFN-SFN drift rates. Included if any SFN-SFN drift value is included in IE UE positioning OTDOA neighbour cell info.
CHOICE mode	MP
>FDD
>>Primary CPICH info	MP	Primary CPICH info 10.3.6.60
>TDD
>>cell and channel ID	MP	Cell and Channel Identity info 10.3.6.8a	Identifies the channel to be measured on.
Frequency info	MD	Frequency info 10.3.6.36	Default value is the existing value of frequency information. This IE shall always be set to default value
CHOICE PositioningMode	MP
>UE based
>UE assisted			(no data)
IPDL parameters	OP	UE positioning IPDL parameters 10.3.7.98	If this element is not included there are no idle periods present

10.3.7.108a UE positioning OTDOA reference cell info for UE-based

This IE defines the cell used for time references in all OTDOA measurements for UE-based methods.

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
UE positioning OTDOA reference cell info	MP		UE positioning OTDOA reference cell info 10.3.7.108
CHOICE Cell Position	OP			The position of the antenna that defines the cell. Used for the UE based method.
>Ellipsoid
>>Ellipsoid point	MP		Ellipsoid point 10.3.8.4a
>Ellipsoid with altitude
>>Ellipsoid point with altitude	MP		Ellipsoid point with altitude 10.3.8.4b
Round Trip Time	OP		Real (876.00 .. 2923.875 in steps of 0.0625)	In chips.
Round Trip Time Extension	CV-FDD		Real (0 .. 4392.125 in steps of 0.0625)	In chips. Default = 0. NOTE.	REL-7
NOTE: Total Round Trip Time = IE "Round Trip Time" + IE "Round Trip Time Extension".

Condition	Explanation
FDD	The IE is optionally present in FDD, otherwise it is not needed.

10.3.7.109 UE positioning position estimate info

The purpose of this IE is to provide the position estimate from the UE to the network, if the UE is capable of determining its own position.

Information Element/Group name	Need	Type and Reference	Semantics description	Version
CHOICE Reference Time	MP
>UTRAN GPS reference time
>>UE GPS timing of cell frames	MP	Integer(0.. 37158911999999)	GPS Time of Week in units of 1/16^th UMTS chips according to [19]. 33209832177664 spare values are needed.
>>CHOICE mode	MP
>>>FDD
>>>>Primary CPICH Info	MP	Primary CPICH Info 10.3.6.60	Identifies the reference cell for the GPS TOW-SFN relationship
>>>TDD
>>cell parameters id	MP	Cell parameters id 10.3.6.9	Identifies the reference cell for the GPS TOW-SFN relationship.
>>Reference SFN	MP	Integer(0..4095)	The SFN for which the location is valid. This IE indicates the SFN at which the UE timing of cell frame is captured.
>GPS reference time only
>>GPS TOW msec	MP	Integer(0..6.048*10⁸-1)	GPS Time of Week in milliseconds (rounded down to the nearest millisecond unit).
>Cell timing
>>SFN	MP	Integer(0..4095)	SFN during which the position was calculated.
>>CHOICE mode	MP
>>>FDD
>>>>Primary CPICH Info	MP	Primary CPICH Info 10.3.6.60	Identifies the reference cell for SFN
>>>TDD
>>cell parameters id	MP	Cell parameters id 10.3.6.9	Identifies reference cell for SFN
>UTRAN GANSS reference time				REL-7
>>UE GANSS timing of cell frames	MP	Integer(0.. 86399999999750 by step of 250)	GANSS Time of Day in ns	REL-7
>>GANSS Time ID	OP	Integer(0..7)	Absence of this field means Galileo. For coding description see NOTE 2 in 10.3.7.93a.	REL-7
>>GANSS TOD Uncertainty	OP	Integer(0..127)	Coding as in 10.3.7.96a	REL-7
>>CHOICE mode	MP			REL-7
>>>FDD				REL-7
>>>>Primary CPICH Info	MP	Primary CPICH Info 10.3.6.60	Identifies the reference cell for the GANSS TOD-SFN relationship	REL-7
>>>TDD				REL-7
>>>>cell parameters id	MP	Cell parameters id 10.3.6.9	Identifies the reference cell for the GANSS TOD-SFN relationship.	REL-7
>>Reference SFN	MP	Integer(0..4095)	The SFN for which the location is valid. This IE indicates the SFN at which the UE timing of cell frame is captured.	REL-7
>GANSS reference time only				REL-7
>>GANSS TOD msec	MP	Integer(0..3599999)	GANSS Time of Day in milliseconds (rounded down to the nearest millisecond unit).	REL-7
>>GANSS Time ID	OP	Integer(0..7)	Absence of this field means Galileo. For coding description see NOTE 2 in 10.3.7.93a.	REL-7
Location Time Stamp	OP	UTCTime	UTC Time when the position estimate was valid, expressed as a String (SIZE(13)) with format YYMMDDhhmmssZ. This IE is optionally used only for the Additional Positioning methods.	REL-13
CHOICE Position estimate	MP		The position estimate is provided in WGS-84 reference system.
>Ellipsoid Point		Ellipsoid Point; 10.3.8.4a
>Ellipsoid point with uncertainty circle		Ellipsoid point with uncertainty circle 10.3.8.4d
>Ellipsoid point with uncertainty ellipse		Ellipsoid point with uncertainty ellipse 10.3.8.4e
>Ellipsoid point with altitude		Ellipsoid point with altitude 10.3.8.4b
>Ellipsoid point with altitude and uncertainty ellipsoid		Ellipsoid point with altitude and uncertainty ellipsoid 10.3.8.4c
Position Data	MP	Bit string(16)	For each bit, if set to ‘1’, indicates that respective GNSS or position system was used for position calculation. Bit 0: OTDOA bit 1: GPS bit 2: Galileo bit 3-15: reserved	REL-7
			bit 3: SBAS bit 4: Modernized GPS bit 5: QZSS bit 6: GLONASS bit 7-15: reserved	REL-8
			bit 7: BDS	REL-12
			bit 8-15: reserved	REL-12
			bit 8: Barometric Pressure bit 9: MBS bit 10: WLAN bit 11: Bluetooth bit 12:-15: reserved	REL-13
CHOICE Velocity estimate	OP			REL-7
>Horizontal Velocity		Horizontal Velocity 10.3.8.4h		REL-7
>Horizontal with Vertical Velocity		Horizontal with Vertical Velocity 10.3.8.4i		REL-7
>Horizontal Velocity with Uncertainty		Horizontal Velocity with Uncertainty 10.3.8.4j		REL-7
>Horizontal with Vertical Velocity and Uncertainty		Horizontal with Vertical Velocity and Uncertainty 10.3.8.4k		REL-7
UE Positioning GPS ReferenceTime Uncertainty	CV-Tutran-gps	UE positioning GPS reference time uncertainty 10.3.7.96a		REL-7

Condition	Explanation
Tutran-gps	This IE is optionally present if "UTRAN GPS reference time" is included and not needed otherwise.

10.3.7.109a UE positioning Relative Time Difference quality

Information Element/Group name

Need

Multi

Type and Reference

Semantics description

Relative Time Difference Std Resolution

Bit string(2)

Std Resolution field includes the resolution used in Std of Relative Time Difference field. Encoding on two bits as follows:

’00’ 10 meters

’01’ 20 meters

’10’ 30 meters

’11’ Reserved

Std of Relative Time Difference

Bit string(5)

Std of Relative Time difference field includes standard deviation of (SFN-SFN relative time difference + Fine SFN-SFN). Following linear 5 bit encoding is used:

‘00000’ 0 – (R*1-1) meters

‘00001’ R*1 – (R*2-1) meters

‘00010’ R*2 – (R*3-1) meters

…

‘11111’ R*31 meters or more

where R is the resolution defined by Std Resolution field. E.g. R=20 m corresponds to 0-19 m, 20-39 m,…,620+ m.

10.3.7.110 UE positioning reporting criteria

The triggering of the event-triggered reporting for a UE positioning measurement.

Information Element/Group name	Need	Multi	Type and Reference	Semantics description	Version
Parameters required for each event	MP	1 to <maxMeasEvent>		Note: need corrected to MP in Rel-7 to align with ASN.1.
>Amount of reporting	MP		Integer(1, 2, 4, 8, 16, 32, 64,infinite)
>Report first fix	MP		Boolean	If TRUE the UE reports the position once the measurement control is received, and then each time an event is triggered.
>Measurement interval	MP		Integer(5,15,60,300,900,1800,3600,7200)	Indicates how often the UE should make the measurement In seconds
>CHOICE Event ID	MP
>>7a
>>>Threshold Position Change	MP		Integer(10,20,30,40,50,100,200,300,500,1000,2000,5000,10000,20000,50000,100000)	Meters. Indicated how much the position should change compared to last reported position fix in order to trigger the event.
>>7b
>>>Threshold SFN-SFN change	MP		Real(0.25,0.5,1,2,3,4,5,10,20,50,100,200,500,1000,2000,5000)	Chips. Indicates how much the SFN-SFN measurement of ANY measured cell is allowed to change before the event is triggered.
>>7c
>>>Threshold SFN-GPS TOW	MP		Integer(1,2,3,5,10,20,50,100)	Time in ms. When the GPS TOW and SFN timer has drifted apart more than the specified value the event is triggered.
>>>Threshold SFN-GPS TOW	MP		Integer(1,2,3,5,10,20,50,100)	Time in micro seconds (NOTE 1).	REL-7
>>7d					REL-7
>>>Threshold SFN-GANSS TOW	MP		Integer(1,2,3,5,10,20,50,100)	Time in micro seconds. When the GANSS TOW and SFN timer has drifted apart more than the specified value the event is triggered.	REL-7
NOTE 1: In previous versions of the protocol, the IE "Threshold SFN-GPS TOW" was provided in units of milli seconds. If the information is provided in units of micro seconds, the UE shall ignore any information provided in units of milli seconds.

10.3.7.111 UE positioning reporting quantity

The purpose of the element is to express the allowed/required location method(s), and to provide information desired QoS.

Information Element/Group name	Need	Type and Reference	Semantics description	Version
Method Type	MP	Enumerated(UE assisted, UE based, UE based is preferred but UE assisted is allowed, UE assisted is preferred but UE based is allowed)
Positioning Methods	MP	Enumerated(OTDOA, GPS, OTDOA or GPS, Cell ID)
Response Time	MP	Integer(1,2,4, 8, 16, 32, 64, 128)	This IE shall be ignored.
Horizontal Accuracy	CV-MethodType	Bit string(7)	The uncertainty is derived from the "uncertainty code" k by r = 10*(1.1^k-1) in meters.
Vertical Accuracy	CV-MethodType	Bit string(7)	The uncertainty is derived from the "uncertainty code" k by r = 45*(1.025^k-1) in meters.
GPS timing of Cell wanted	MP	Boolean	If TRUE the SRNC wants the UE to report the SFN-GPS timing of the reference cell. This is however optional in the UE.
Multiple Sets	MP	Boolean	This IE shall be ignored.
Additional Assistance Data Request	MP	Boolean	TRUE indicates that the UE is requested to send the IE "GPS Additional Assistance Data Request" and/or the “IE "GANSS Additional Assistance Data Request" (if the IE “GANSS Positioning Methods” is included) when the IE "UE positioning Error" is present in the UE positioning measured results. FALSE indicates that the UE shall use the assistance data available.
Environment Characterisation	OP	Enumerated(possibly heavy multipath and NLOS conditions, no or light multipath and usually LOS conditions, not defined or mixed environment)	One spare value is needed.
Velocity Requested	OP	Enumerated (TRUE)	If this element is present the UE is requested to send a velocity estimate	REL-7
GANSS Positioning Methods	OP	Bit string(16)	For each bit, if set to ‘1’, indicates that respective GNSS is allowed. bit 0: GPS bit 1: Galileo bit 2-15: reserved for future GNSSes Note 1	REL-7
			bit 2: SBAS (WAAS, EGNOS, MSAS, GAGAN) bit 3: Modernized GPS (L1C, L2C, L5) bit 4: QZSS bit 5: GLONASS bit 6-15: reserved for future GNSSes Note 1	REL-8
			bit 6: BDS bit 7-15: reserved for future GNSSes Note 1	REL-12
GANSS timing of Cell wanted	OP	Bit string(8)	Each bit refers to a GANSS. Bit 0 is for Galileo. Other bits are reserved. If one bit is set to one the SRNC wants the UE to report the SFN-GANSS timing of the reference cell. This is however optional in the UE.	REL-7
			Bit 1 is for Modernized GPS; Bit 2 is for QZSS; Bit 3 is for GLONASS; Other bits are reserved. If one bit is set to one the SRNC wants the UE to report the SFN-GANSS timing of the reference cell. This is however optional in the UE. If more than one bit is set to one, the UE will select the GANSS among the allowed GANSS for the SFN-GANSS timing of the reference cell in the measurement report.	Rel-8
			Bit 4 is for BDS; Other bits are reserved. If one bit is set to one the SRNC wants the UE to report the SFN-GANSS timing of the reference cell. This is however optional in the UE. If more than one bit is set to one, the UE will select the GANSS among the allowed GANSS for the SFN-GANSS timing of the reference cell in the measurement report.	REL-12
GANSS Carrier-Phase Measurement Requested	OP	Bit string(8)	Each bit refers to a GANSS. Bit 0 is for Galileo. Other bits are reserved. This is however optional in the UE.	REL-7
			Bit 1 is for SBAS; Bit 2 is for Modernized GPS; Bit 3 is for QZSS; Bit 4 is for GLONASS; Other bits are reserved. This is however optional in the UE.	Rel-8
			Bit 5 is for BDS; Other bits are reserved. This is however optional in the UE.	REL-12
GANSS Multi-frequency Measurement Requested	OP	Bit String(8)	Each bit refers to a GANSS. Bit 0 is for Galileo; Bit 1 is for SBAS; Bit 2 is for Modernized GPS; Bit 3 is for QZSS; Bit 4 is for GLONASS; Other bits are reserved. This is however optional in the UE.	REL-8
GANSS Multi-frequency Measurement Requested	OP	Bit String(8)	Bit 5 is for BDS; Other bits are reserved. This is however optional in the UE.	REL-12
Additional Positioning Methods	OP	Bit string (8)	For each bit, if set to ‘1’, indicates that respective Additional Positioning method is allowed. bit 0: Barometric Pressure bit 1: WLAN bit 2: Bluetooth bit 3: MBS bit 4-7: reserved for future methods	REL-13

Condition	Explanation
Method Type	The IE is optional if the IE "Method Type" is "UE assisted"; otherwise it is mandatory present.

NOTE 1: Bit 0 of this bitmap shall not be the only one set to 1.

10.3.7.112 TADV info

NOTE: Only for 1.28 Mcps TDD.

TADV indicates the difference between the Rx timing and Tx timing of a UE.

Information Element/group name	Need	Type and reference	Semantics description	Version
TADV	MP	Integer (0..2047,	As defined in [20].	REL-4
TADV	MP	2048..8191)	As defined in [20].	REL-7
SFN	MP	Integer(0..4095)	SFN during which the TADV measurement was performed.	REL-4

10.3.7.113 UTRA priority info list

Contains priority based reselection information for UTRA.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
UTRA Serving Cell	MP				REL-8
>priority	MP		Integer (0..<maxPrio–1>)	0 is the lowest priority and maxPrio-1 is the highest	REL-8
>S_{prioritysearch1}	MP		Integer (0..62 by step of 2)	dB	REL-8
>S_{prioritysearch2}	MD		Integer (0..7 by step of 1)	dB, default value is 0	REL-8
>Thresh_serving,low	MP		Integer (0..62 by step of 2)	RSCP, dB	REL-8
>Thresh_serving,low2	MD		Integer (0..31)	Ec/N0, dB, default value is 0	REL-9
UTRAN FDD Frequencies	OP	1 to < maxNumFDDFreqs>			REL-8
>UARFCN	MP		Integer(0..16383)	It is always ensured by the UTRAN that more than one entry for the same physical frequency is not configured regardless of the UARFCN used to indicate this.	REL-8
>priority	MP		Integer (0..<maxPrio–1>)	0 is the lowest priority and maxPrio-1 is the highest.	REL-8
>Thresh_{x, high}	MP		Integer (0..62 by step of 2)	RSCP, dB	REL-8
>Thresh_{x, low}	MP		Integer (0..62 by step of 2)	RSCP, dB	REL-8
>QqualminFDD	MD		Integer (-24..0)	Ec/N0, [dB] Default value is Qqualmin for the serving cell	REL-8
>QrxlevminFDD	MD		Integer (-119..-25 by step of 2)	RSCP, [dBm] Default value is Qrxlevmin for the serving cell	REL-8
UTRAN TDD Frequencies	OP	1 to < maxNumTDDFreqs>			REL-8
>UARFCN	MP		Integer(0..16383)		REL-8
>priority	MP		Integer (0..<maxPrio–1>)	0 is the lowest priority and maxPrio-1 is the highest.	REL-8
>Thresh_{x, high}	MP		Integer (0..62 by step of 2)	RSCP, dB	REL-8
>Thresh_{x, low}	MP		Integer (0..62 by step of 2)	RSCP, dB	REL-8
>QrxlevminTDD	MD		Integer (-119..-25 by step of 2)	RSCP, [dBm] Default value is Qrxlevmin for the serving cell	REL-8

NOTE: The network should ensure that priorities for different Radio Access Technologies are always different.

10.3.7.114 GSM priority info list

Contains priority based reselection information for GSM.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
GSM Priority Info	MP	1 to <maxNumGSMCellGroup>			REL-8
>GSM cell group List	MP		GSM cell group 10.3.7.9a		REL-8
>priority	MP		Integer (0..<maxPrio–1>)	0 is the lowest priority and maxPrio-1 is the highest.	REL-8
>QrxlevminGSM	MP		Integer (-115..-25 by step of 2)	GSM RSSI, [dBm]	REL-8
>Thresh_{x, high}	MP		Integer (0..62 by step of 2)	GSM RSSI, dB	REL-8
>Thresh_{x, low}	MP		Integer (0..62 by step of 2)	GSM RSSI, dB	REL-8

NOTE: The network should ensure that priorities for different Radio Access Technologies are always different.

10.3.7.115 E-UTRA frequency and priority info list

Contains information about neighbour E-UTRA frequencies (with associated exclude-lists), together with priority based reselection information.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
E-UTRA frequency and priority	OP	1 to <maxNumEUTRAFreqs>			REL-8
>EARFCN	MP		Integer(0..65535)	EARFCN of the downlink carrier frequency [64]. For UTRAN FDD, it is always ensured by the UTRAN that more than one entry for the same physical frequency is not configured regardless of the EARFCN used to indicate this.	REL-8
>Measurement Bandwidth	MD		Enumerated(6, 15, 25, 50, 75, 100)	Measurement bandwidth information common for all neighbouring cells on the carrier frequency. It is defined by the parameter Transmission Bandwidth Configuration, N_RB [36.104]. The values indicate the number of resource blocks over which the UE could measure. Default value is 6.	REL-8
>priority	MP		Integer (0..<maxPrio–1>)	0 is the lowest priority and maxPrio-1 is the highest.	REL-8
>subpriority	OP		Enumerated(oDot2, oDot4, oDot6, oDot8)	Fractional priority value. If present, this value is added to the value of IE "priority".	REL-13
>QrxlevminEUTRA	MP		Integer (-140..-44 by step of 2)	RSRP, [dBm]	REL-8
>Thresh_{x, high}	MP		Integer (0..62 by step of 2)	RSRP, dB	REL-8
>Thresh_{x, low}	MP		Integer (0..62 by step of 2)	RSRP, dB	REL-8
>QqualminEUTRA	MD		Integer (-34..-3)	RSRQ, dB default value is negative infinity	REL-9
>Thresh_{x, high2}	OP		Integer (0..31)	RSRQ, dB	REL-9
>Thresh_{x, low2}	OP		Integer (0..31)	RSRQ, dB	REL-9
>QqualminEUTRA-WB	CV-WB-RSRQ		Integer (-34..-3)	RSRQ, dB, If this IE is present, the UE shall, when performing RSRQ measurements, use a wider bandwidth in accordance with TS 36.133 [74]	REL-11
>QqualminRSRQ-OnAllSymbols	CV-Thresh2		Integer (-34..-3)	RSRQ, dB, If this IE is present, the UE shall, when performing RSRQ measurements, perform RSRQ measurement on all OFDM symbols in accordance with TS 25.215 [7] and TS 25.225 [8]	REL-12
>Exclude-listed cells per freq list	OP	1 to <maxEUTRACellPerFreq>			REL-8
>>Physical Cell identity	MP		Integer (0..503)	A list of exclude-listed cells can be signalled per frequency	REL-8
>E-UTRA detection	MP		Boolean	‘TRUE’ means that the UE may detect the presence of a E-UTRA cell and report to NAS. NOTE 1.	REL-8
>Reduced measurement performance	OP		Enumerated (TRUE)	TRUE indicates that the frequency is configured for reduced measurement performance [19]. Absense indicates that the frequency is configured for normal measurement performance [19].	REL-12
Number of applicable EARFCN	CV-EARFCNBands		Integer (0..7)	The number N of EARFCN in "E-UTRA frequency and priority" which are applicable. If present this IE indicates the first N occurrences of EARFCN in "E-UTRA frequency and priority" which shall be read by UE.	REL-11
E-UTRA frequency and priority extension	OP	1 to <maxNumEUTRAFreqs>		NOTE 2	REL-11
>EARFCN extension	MP		Integer (65536..262143)	EARFCN of the downlink carrier frequency [64]. For UTRAN FDD, it is always ensured by the UTRAN that more than one entry for the same physical frequency is not configured regardless of the EARFCN used to indicate this	REL-11
>Measurement Bandwidth	MD		Enumerated(6, 15, 25, 50, 75, 100)	Measurement bandwidth information common for all neighbouring cells on the carrier frequency. It is defined by the parameter Transmission Bandwidth Configuration, N_RB [36.104]. The values indicate the number of resource blocks over which the UE could measure. Default value is 6.	REL-11
>priority	MP		Integer (0..<maxPrio–1>)	0 is the lowest priority and maxPrio-1 is the highest.	REL-11
>subpriority	OP		Enumerated(oDot2, oDot4, oDot6, oDot8)	Fractional priority value. If present, this value is added to the value of IE "priority".	REL-13
>QrxlevminEUTRA	MP		Integer (-140..-44 by step of 2)	RSRP, [dBm]	REL-11
>Thresh_{x, high}	MP		Integer (0..62 by step of 2)	RSRP, dB	REL-11
>Thresh_{x, low}	MP		Integer (0..62 by step of 2)	RSRP, dB	REL-11
>QqualminEUTRA	MD		Integer (-34..-3)	RSRQ, dB default value is negative infinity	REL-11
>Thresh_{x, high2}	OP		Integer (0..31)	RSRQ, dB	REL-11
>Thresh_{x, low2}	OP		Integer (0..31)	RSRQ, dB	REL-11
>QqualminEUTRA-WB	CV-WB-RSRQ		Integer (-34..-3)	RSRQ, dB, If this IE is present, the UE shall, when performing RSRQ measurements, use a wider bandwidth in accordance with TS 36.133 [74]	REL-11
>QqualminRSRQ-OnAllSymbols	CV-Thresh2		Integer (-34..-3)	RSRQ, dB, If this IE is present, the UE shall, when performing RSRQ measurements, perform RSRQ measurement on all OFDM symbols in accordance with TS 25.215 [7] and TS 25.225 [8]	REL-12
>Exclude-listed cells per freq list	OP	1 to <maxEUTRACellPerFreq>			REL-11
>>Physical Cell identity	MP		Integer (0..503)	A list of exclude-listed cells can be signalled per frequency	REL-11
>E-UTRA detection	MP		Boolean	‘TRUE’ means that the UE may detect the presence of a E-UTRA cell and report to NAS. NOTE 1.	REL-11
>Reduced measurement performance	OP		Enumerated (TRUE)	TRUE indicates that the frequency is configured for reduced measurement performance [19]. Absense indicates that the frequency is configured for normal measurement performance [19].	REL-12
Multiple E-UTRA frequency info list	OP	1 to <maxNumEUTRAFreqs>		Each entry in the list corresponds to an entry in the "E-UTRA frequency and priority" IE, or an entry in the "E-UTRA frequency and priority extension" IE. NOTE 3.	REL-10
>Multiple E-UTRA frequency band indicator list	OP	1 to <maxMultipleFrequencyBandsEUTRA>		Indicates, per neighbour EARFCN, a list of frequency bands which the E-UTRA cells belong to. Absence of this IE indicates that there are no Multiple Bands for the particular EARFCN.	REL-10
>>E-UTRA Frequency band	MP		Integer (1..64)	As defined in [64].	REL-10
Multiple E-UTRA frequency info extension list	OP	1 to <maxNumEUTRAFreqs>		Each entry in the list corresponds to an entry in the "E-UTRA frequency and priority" IE or the "E-UTRA frequency and priority extension" IE. NOTE 3	REL-11
>Multiple E-UTRA frequency band indicator extension list	OP	1 to <maxMultipleFrequencyBandsEUTRA>		Indicates, per neighbour EARFCN, a list of frequency bands which the E-UTRA cells belong to. Absence of this IE indicates that there are no Multiple Bands for the particular EARFCN.	REL-11
>>E-UTRA Frequency band extension	MP		Integer (65..256)	As defined in [64].	REL-11
NOTE 1: If the value of "E-UTRA detection" is not identical across the frequency layers, UE behaviour is unspecified.
NOTE 2: The number of instances of IE "E-UTRA frequency and priority extension" shall be less than or equal to maxNumEUTRAFreqs – the value specified in IE "Number of applicable EARFCN"
NOTE 3: The number of bands signalled in "Multiple E-UTRA frequency band indicator list" and "Multiple E-UTRA frequency band indicator extension list" combined, for the same occurrence of EARFCN or EARFCN extension, should be less than or equal to maxMultipleFrequencyBandsEUTRA.

NOTE: The network should ensure that priorities for different Radio Access Technologies are always different.

NOTE: The network should ensure that priorities for which both Thresh_x,high2 and Thresh_x,low2 are provided are always different from the priorities for which both Thresh_x,high2 and Thresh_x,low2 are not provided.

Condition	Explanation
EARFCNBands	This IE is mandatory present when the IE "E-UTRA frequency and priority extension" is present, otherwise it is not needed.
WB-RSRQ	The field is optionally present if the measurement bandwidth indicated by Measurement Bandwidth is 50 resource blocks or larger. Otherwise it is not needed.
Thresh2	This IE is optionally present if both the IEs "Thresh_{x, high2}" and "Thresh_{x, low2}" are present, otherwise it is not needed. If this IE is present for any E-UTRA frequency, it is mandatory present for all the E-UTRA frequencies.

10.3.7.116 Intra-frequency cell info list on secondary UL frequency

NOTE: For FDD only.

Contains the information for the list of measurement objects for an intra-frequency measurement on secondary uplink frequency.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
CHOICE Intra-frequency cell removal	OP			Absence of this IE is equivalent to choice "Remove no intra-frequency cells".	REL-9
>Remove all intra-frequency cells				(no data)	REL-9
>Remove some intra-frequency cells					REL-9
>>Removed intra-frequency cells	MP	1 to <maxCellMeasOnSecULFreq>			REL-9
>>>Intra-frequency cell id	MP		Integer(0 .. < maxCellMeasOnSecULFreq > – 1)		REL-9
>Remove no intra-frequency cells				(no data)	REL-9
New intra-frequency cells	OP	1 to <maxCellMeasOnSecULFreq>			REL-9
>Intra-frequency cell id	OP		Integer(0 .. < maxCellMeasOnSecULFreq > – 1)		REL-9
>Cell info	MP		Cell info 10.3.7.2		REL-9
Cells for measurement	OP	1 to <maxCellMeasOnSecULFreq>			REL-9
>Intra-frequency cell id	MP		Integer(0 .. <maxCellMeasOnSecULFreq>-1)		REL-9

10.3.7.117 Cell measurement event results on secondary UL frequency

NOTE: For FDD only.

Includes non-frequency related cell reporting quantities.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Intra-frequency event identity	MP		Intra-frequency event identity 10.3.7.34		REL-9
CHOICE mode	MP
> FDD
>>Primary CPICH info	MP	1 to < maxCellMeasOnSecUlFreq >	Primary CPICH info 10.3.6.60		REL-9
> Other				One spare value is needed	REL-9

10.3.7.118 Measured results on secondary UL frequency

NOTE: For FDD only.

Includes non-frequency related cell reporting quantities.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Cell measured results on secondary UL frequency	MP	1 to < maxCellMeasOnSecULFreq >			REL-9
>Cell measured results	MP		Cell measured results 10.3.7.3	Only cells for which all reporting quantities are available should be included.	REL-9

10.3.7.119 Intra-frequency measurement reporting criteria on secondary UL frequency

NOTE: For FDD only.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Frequency Info	MP		Frequency info 10.3.6.36	NOTE2	REL-9
Parameters required for each event	MP	1 to <maxMeasEventOnSecULFreq>			REL-9
>Intra-frequency event identity	MP		Intra-frequency event identity 10.3.7.34	NOTE1	REL-9
>Triggering condition 1	CV–clause 0		Enumerated(Active set cells, Monitored set cells, Active set cells and monitored set cells)	Indicates which cells can trigger the event	REL-9
>Triggering condition 2	CV–clause 6		Enumerated(Active set cells, Monitored set cells, Active set cells and monitored set cells, Detected set cells, Detected set cells and monitored set cells)	Indicates which cells can trigger the event	REL-9
>Reporting Range Constant	CV–clause 2		Real(0..14.5 by step of 0.5)	In dB. In event 1a,1b.	REL-9
>Cells forbidden to affect Reporting range on secondary UL frequency	CV–clause 1	1 to < maxCellMeasOnSecULFreq >		In event 1a,1b	REL-9
>>Primary CPICH info	MP		Primary CPICH info 10.3.6.60		REL-9
>W	CV–clause 2		Real(0.0..2.0 by step of 0.1)		REL-9
>Hysteresis	MP		Real(0..7.5 by step of 0.5)	In dB.	REL-9
>Threshold used frequency	CV-clause 3		Integer (-120..165)	Range used depend on measurement quantity. CPICH RSCP -120..-25 dBm CPICH Ec/No -24..0 dB Pathloss 30..165dB ISCP -120..-25 dBm	REL-9
>Reporting deactivation threshold	CV–clause 4		Integer(0, 1, 2, 3, 4, 5, 6, 7)	In event 1a Indicates the maximum number of cells allowed in the active set in order for event 1a to occur. 0 means not applicable .	REL-9
>Replacement activation threshold	CV-clause 5		Integer(0, 1, 2, 3, 4, 5, 6, 7)	In event 1c Indicates the minimum number of cells allowed in the active set in order for event 1c to occur. 0 means not applicable	REL-9
>Time to trigger	MP		Time to trigger 10.3.7.64	Indicates the period of time during which the event condition has to be satisfied, before sending a Measurement Report. Time in ms	REL-9
>Amount of reporting	CV–clause 7		Integer(1, 2, 4, 8, 16, 32, 64, Infinity)		REL-9
>Reporting interval	CV–clause 7		Integer(0, 250, 500, 1000, 2000, 4000, 8000, 16000)	Indicates the interval of periodical reporting when such reporting is triggered by an event. Interval in milliseconds. 0 means no periodical reporting.	REL-9
>Reporting cell status	OP		Reporting cell status 10.3.7.61		REL-9
>Periodical reporting information-1b	CV–clause 9		Periodical reporting info-1b 10.3.7.53aa		REL-9

Condition	Explanation
Clause 0	The IE is mandatory present if the IE "Intra-frequency event identity" is set to "1b" or "1f", otherwise the IE is not needed.
Clause 1	The IE is optional if the IE "Intra-frequency event identity" is set to "1a" or "1b", otherwise the IE is not needed.
Clause 2	The IE is mandatory present if the IE "Intra-frequency event identity" is set to "1a" or "1b", otherwise the IE is not needed.
Clause 3	The IE is mandatory present if the IE "Intra-frequency event identity" is set to "1e", "1f", otherwise the IE is not needed.
Clause 4	The IE is mandatory present if the IE "Intra-frequency event identity" is set to "1a", otherwise the IE is not needed.
Clause 5	The IE is mandatory present if the IE "Intra-frequency event identity" is set to "1c", otherwise the IE is not needed.
Clause 6	The IE is mandatory present if the IE "Intra-frequency event identity" is set to "1a" or "1e", otherwise the IE is not needed.
Clause 7	The IE is mandatory present if the IE "Intra-frequency event identity" is set to "1a", "1c", otherwise the IE is not needed.
Clause 9	The IE is optional if the IE "Intra-frequency event identity" is set to "1b", otherwise the IE is not needed.

NOTE1: Event 1d and 1j shall not be applied for the secondary uplink frequency.

NOTE2: If the IE "Frequency info" is different from the current downlink frequency associated with the secondary UL frequency, the UE behaviour is unspecified.

10.3.7.120 CSG Inter-frequency cell info

Information Element/Group name	Need	Multi	Type and reference	Version
CSG Frequency info	MP	1 to < maxFreq >		REL-9
>Frequency info	MP		Frequency info 10.3.6.36	REL-9
>CSG Inter-frequency cell info for the frequency	MP		10.3.7.121a	REL-9

10.3.7.121 CSG Intra-frequency cell info

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
CSG Intra-frequency cell info	MP		10.3.7.121a		REL-9

10.3.7.121a CSG cell info

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
CSG cell info list	MP	1 to <maxMeasCSGRange>			REL-9
>CHOICE mode	MP				REL-9
>>FDD					REL-9
>>>Start PSC	MP		Primary CPICH info 10.3.6.60	The value of this IE specifies the start PSC of the PSC range.	REL-9
>>>Number of PSCs	MP		Integer (1..512)	This IE specifies the number of PSCs.	REL-9

10.3.7.122 CSG Proximity Indication

Information Element/Group name	Need	Type and reference	Semantics description	Version
CSG Proximity Indication	MP	Enumerated (entering, leaving)		REL-9
CHOICE Radio Access Technology				REL-9
>UTRA				REL-9
>>CSG Frequency info for UTRA	MP	Frequency info 10.3.6.36	Indicates the UARFCN according to a band it previously considered suitable for accessing (one of) the CSG member cell(s), for which the proximity indication is sent.	REL-9
>E-UTRA				REL-9
>>CSG Frequency info for E-UTRA	MP	Integer (0..65535)	EARFCN of the downlink carrier frequency [64]. If the IE indicates a value of 65535, then the EARFCN for this instance should be read from the corresponding instance of IE "EARFCN extension". Indicates the EARFCN according to a band it previously considered suitable for accessing (one of) the CSG member cell(s), for which the proximity indication is sent.	REL-9
>>EARFCN extension	OP	Integer (65536..262143)	EARFCN of the downlink carrier frequency [64]. Indicates the EARFCN according to a band it previously considered suitable for accessing (one of) the CSG member cell(s), for which the proximity indication is sent.	REL-11

10.3.7.123 CSG Proximity detection

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
UTRA CSG Proximity detection	MD		Enumerated (enable)	Absence of this IE implies that CSG proximity detection function for UTRA cells is disabled.	REL-9
E-UTRA CSG Proximity detection	MD		Enumerated (enable)	Absence of this IE implies that CSG proximity detection function for E-UTRA cells is disabled.	REL-9

10.3.7.124 Inter-frequency SI Acquisition

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Frequency info	MP		Frequency info 10.3.6.36		REL-9
CHOICE mode	MP				REL-9
>FDD					REL-9
>>Primary Scrambling Code	MP		Primary CPICH info 10.3.6.60		REL-9
>TDD			NULL		REL-9

10.3.7.125 Intra-frequency SI Acquisition

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
CHOICE mode	MP				REL-9
>FDD					REL-9
>>Intra-frequency SI acquisition Info	MD	1 to <maxSIrequest>		Absence of this IE implies that UE should perform SI acquisition for all PSC ranges specified in the "CSG Intra-frequency cell info" IE. UE is at minimum required to acquire the SI of the strongest PSC in those configured PSC ranges.	REL-9
>>>Primary Scrambling Code	MP		Primary CPICH info 10.3.6.60		REL-9
>TDD			NULL		REL-9

10.3.7.126 CELL_DCH measurement occasion info LCR

NOTE: Only for 1.28 Mcps TDD in CELL_DCH state.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
CELL_DCH measurement occasion pattern sequence		1 to <maxDCHMeasurementOccasionPatternSequence>
>Pattern sequence identifier	MP		Integer(0.. maxDCHMeasurementOccasionPatternSequence-1)		REL-9
>Status Flag	MP		Enumerated(activate, deactivate)	This flag indicates whether the measurement occasion pattern sequence shall be activated or deactivated.	REL-9
>Measurement purpose	OP		BIT STRING (5)	Measurement Purpose. Bit 0 is for Inter-frequency measurement. Bit 1 is for GSM carrier RSSI measurement. Bit 2 is for Initial BSIC identification. Bit 3 is for BSIC re-confirmation. Bit 4 is for E-UTRA measurement. The value 1 of a bit means that the measurement occasion pattern sequence is applicable for the corresponding type of measurement. Bit 0 is the first/leftmost bit of the bit string.	REL-9
>Measurement occasion pattern sequence parameters	OP				REL-9
>>k	MP		Integer(1..9)	CELL_DCH measurement occasion cycle length coefficient. The actual measurement occasion period equal to 2^k radio frames.	REL-9
>>Offset	MP		Integer(0..511)	In frames. The measurement occasion position in the measurement period.	REL-9
>>M_Length	MP		Integer(1..512)	The measurement occasion length in frames starting from the Offset.	REL-9
>>Timeslot Bitmap	MD		Bit string (7)	Bitmap indicating which of the timeslot(s) is/are allocated for measurement. Bit 0 is for timeslot 0. Bit 1 is for timeslot 1. Bit 2 is for timeslot 2. Bit 3 is for timeslot 3. Bit 4 is for timeslot 4. Bit 5 is for timeslot 5. Bit 6 is for timeslot 6. The value 0 of a bit means the corresponding timeslot is not used for measurement. The value 1 of a bit means the corresponding timeslot is used for measurement. Bit 0 is the first/leftmost bit of the bit string. Absence of this IE means all the timeslots can be used for measurement.	REL-9

10.3.7.127 E-UTRA SI Acquisition

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
E-UTRA carrier frequency	MP		Integer (0..65535)	EARFCN of the downlink carrier frequency [64]. If the IE indicates a value of 65535, then the EARFCN for this instance should be read from the corresponding instance of IE "EARFCN extension"	REL-9
EARFCN extension	OP		Integer (65536..262143)	EARFCN of the downlink carrier frequency [64].	REL-11
Physical Cell identity	MP		Integer (0..503)		REL-9

10.3.7.128 E-UTRA Results for SI Acquisition

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
CGI-Info	MP				REL-9
>PLMN Identity	MP		PLMN identity 10.3.1.11	This IE indicates the Primary PLMN	REL-9
>Cell Identity	MP		Bit string (28)	Formatted and coded according to [67]. The first/leftmost bit of the bit string contains the most significant bit of the Cell Identity.	REL-9
>Tracking Area Code	MP		Bit string (16)	Setting specified in [67]. The first/leftmost bit of the bit string contains the most significant bit of the Tracking Area Code.	REL-9
CSG Identity	OP		CSG Identity 10.3.2.8		REL-9
CSG Member indication	OP		Enumerated(member)		REL-9
CSG PLMN List	OP	1 to 5			REL-12
>CSG PLMN Identity	MP		PLMN identity 10.3.1.11		REL-12
Primary PLMN Suitable	OP		Enumerated(true)		REL-12

10.3.7.129 Logged Measurement Info-FDD

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Relative Time Stamp	MP		INTEGER (0..7200)	Indicates the time of logging measurement results, measured relative to the Absolute Time Info, in seconds.	REL-10
Logged Measurements Serving Cell	MP				REL-10
>PLMN Identity	MP		PLMN Identity 10.3.1.11		REL-11
>Cell ID	MP		Cell ID 10.3.2.2		REL-10
>CPICH RSCP	MP		Integer(0..91)	CPICH RSCP of the serving Cell, when available In dBm. According to CPICH_RSCP_LEV in [19]. Thirty-six spare values are needed.	REL-10
>CPICH Ec/N0	MP		Integer(0..49)	CPICH Ec/N0 of the serving Cell, when available In dB. According to CPICH_Ec/No in [19]. Fourteen spare values are needed.	REL-10
Logged Measurements Intra Frequency Neighbouring Cells list	OP	1.. MaxnumLoggedMeas		Measurements done on neighbouring cells	REL-10
>Primary CPICH info	MP		Primary CPICH info 10.3.6.60		REL-10
>CPICH RSCP	MP		Integer(0..91)	In dBm. According to CPICH_RSCP_LEV in [19]. Thirty-six spare values are needed.	REL-10
>CPICH Ec/N0	MP		Integer(0..49)	CPICH Ec/N0 of the serving Cell, when available In dB. According to CPICH_Ec/No in [19]. Fourteen spare values are needed.	REL-10
Logged Measurements Inter Frequency list	OP	1.. MaxNumFDDFreqs		Measurements done on neighbouring cells	REL-10
>Frequency Info	MP		Frequency Info 10.3.6.36		REL-10
> Logged Measurements Inter-frequency Neighbouring Cells list	MP	1..MaxnumLoggedMeas			REL-10
>>Primary CPICH info	MP		Primary CPICH info 10.3.6.60		REL-10
>>CPICH RSCP	MP		Integer(0..91)	In dBm. According to CPICH_RSCP_LEV in [19]. Thirty-six spare values are needed.	REL-10
>>CPICH Ec/N0	MP		Integer(0..49)	CPICH Ec/N0 of the serving Cell, when available In dB. According to CPICH_Ec/No in [19]. Fourteen spare values are needed.	REL-10
Logged Measurements Inter-RAT Neighbour cells list	OP				REL-10
>Logged Measurements E-UTRA frequency list	OP	1.. MaxNumEUTRAFreqs			REL-10
>>E-UTRA Carrier Frequency	MP		Integer (0..65535)	EARFCN of the downlink carrier frequency [64]. If the IE indicates a value of 65535, then the EARFCN for this instance should be read from the corresponding instance of IE "EARFCN extension" in the Logged Measurements E-UTRA frequency extension list.	REL-10
>> Logged Measurements E-UTRA Frequency Neighbours List	MP	1.. MaxnumLoggedMeas			REL-10
>>>Physical Cell Identity	MP		Integer (0..503)		REL-10
>>>RSRP	MP		Integer (0..97)	RSRP is mapped to a value between 0 and 97 [36.133].	REL-10
>>>RSRQ	MP		Integer (0..33)	RSRQ_00 to RSRQ_33 in [36.133] are mapped to the value between 0 and 33. RSRQ_34 in [36.133] is mapped to the value 33. If the IE indicates a value of 0 and the RSRQ Extension IE is present, then the RSRQ for this instance should be read from the corresponding instance of IE "RSRQ extension", the range is from -30 to -1. If the IE indicates a value of 33 and the RSRQ Extension IE is present, then the RSRQ for this instance should be read from the corresponding instance of IE "RSRQ extension", the range is from 35 to 46.	REL-10
>>>RSRQ Extension	OP		Integer (-30..46)	RSRQ_-30 to RSRQ_-1 in [36.133] are mapped to the value between -30 and -1. RSRQ_35 to RSRQ_46 in [36.133] are mapped to the value between 35 and 46.	REL-12
>>RSRQ Type	OP				REL-12
>>>All Symbols	MP		BOOLEAN	TRUE indicates use of all OFDM symbols when performing RSRQ measurements.	REL-12
>>>Wide band	MP		BOOLEAN	TRUE indicates use of a wider bandwidth when performing RSRQ measurements.	REL-12
>Logged Measurements E-UTRA frequency extension list	OP	1.. MaxNumEUTRAFreqs			REL-11
>>EARFCN extension	OP		Integer (65535..262143)	EARFCN of the downlink carrier frequency [64].	REL-11
>Logged Measurements GSM Neighbouring Cells list	OP	1.. MaxnumLoggedMeas			REL-10
>>BSIC	MP		BSIC 10.3.8.2		REL-10
>>Band indicator	MP		Enumerated (DCS 1800 band used, PCS 1900 band used)	Indicates how to interpret the BCCH ARFCN	REL-10
>>BCCH ARFCN	MP		Integer (0..1023)	[45]	REL-10
>>GSM carrier RSSI	MP	Bit string(6)	RXLEV is mapped to a value between 0 and 63, [46]. When mapping the RXLEV value to the RSSI bit string, the first/leftmost bit of the bit string contains the most significant bit.		REL-10
CHOICE GNSS UE Position	OP			The position of the UE when the measurement is made	REL-10
>Ellipsoid					REL-10
>>Ellipsoid point	MP		Ellipsoid point 10.3.8.4a		REL-10
>Ellipsoid with altitude					REL-10
>>Ellipsoid point with altitude	MP		Ellipsoid point with altitude 10.3.8.4b		REL-10
>Ellipsoid with uncertainty circle					REL-11
>>Ellipsoid point with uncertainty circle	MP		Ellipsoid point with uncertainty circle 10.3.8.4d		REL-11
>Ellipsoid with uncertainty ellipse					REL-11
>> Ellipsoid point with uncertainty ellipse	MP		Ellipsoid point with uncertainty ellipse 10.3.8.4e		REL-11
>Ellipsoid with altitude and uncertainty ellipsoid					REL-11
>>Ellipsoid point with altitude and uncertainty ellipsoid	MP		Ellipsoid point with altitude and uncertainty ellipsoid 10.3.8.4c		REL-11

10.3.7.129a Logged Connection Establishment Failure Info-FDD

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Access Information	MP				REL-11
>Number Of RRC Msg Transmitted	MP		Integer (0..8)	Number of times the RRC message is sent by the UE, e.g. after receiving ACK and AICH.	REL-11
Logged Measurements Failed Cell	MP				REL-11
>Cell ID	MP		Cell ID 10.3.2.2		REL-11
>CPICH RSCP	MP		Integer(0..91)	CPICH RSCP of the serving Cell, when available In dBm. According to CPICH_RSCP_LEV in [19]. Thirty-six spare values are needed.	REL-11
>CPICH Ec/N0	MP		Integer(0..49)	CPICH Ec/N0 of the serving Cell, when available In dB. According to CPICH_Ec/No in [19]. Fourteen spare values are needed.	REL-11
Logged Measurements Intra Frequency Neighbouring Cells list	OP	1.. MaxnumLoggedMeas		Measurements done on neighbouring cells	REL-11
>Primary CPICH info	MP		Primary CPICH info 10.3.6.60		REL-11
>CPICH RSCP	MP		Integer(0..91)	In dBm. According to CPICH_RSCP_LEV in [19]. Thirty-six spare values are needed.	REL-11
>CPICH Ec/N0	MP		Integer(0..49)	CPICH Ec/N0 of the serving Cell, when available In dB. According to CPICH_Ec/No in [19]. Fourteen spare values are needed.	REL-11
Logged Measurements Inter Frequency list	OP	1.. MaxNumFDDFreqs		Measurements done on neighbouring cells	REL-11
>Frequency Info	MP		Frequency Info 10.3.6.36		REL-11
>Logged Measurements Inter-frequency Neighbouring Cells list	MP	1..MaxnumLoggedMeas			REL-11
>>Primary CPICH info	MP		Primary CPICH info 10.3.6.60		REL-11
>>CPICH RSCP	MP		Integer(0..91)	In dBm. According to CPICH_RSCP_LEV in [19]. Thirty-six spare values are needed.	REL-11
>>CPICH Ec/N0	MP		Integer(0..49)	CPICH Ec/N0 of the serving Cell, when available In dB. According to CPICH_Ec/No in [19]. Fourteen spare values are needed.	REL-11
Logged Measurements Inter-RAT Neighbour cells list	OP				REL-11
>Logged Measurements E-UTRA frequency list	OP	1.. MaxNumEUTRAFreqs			REL-11
>>E-UTRA Carrier Frequency	MP		Integer (0..65535)	EARFCN of the downlink carrier frequency [64]. If the IE indicates a value of 65535, then the EARFCN for this instance should be read from the corresponding instance of IE "EARFCN extension" in the Logged Measurements E-UTRA frequency extension list.	REL-11
>>Logged Measurements E-UTRA Frequency Neighbours List	MP	1.. MaxnumLoggedMeas			REL-11
>>>Physical Cell Identity	MP		Integer (0..503)		REL-11
>>>RSRP	MP		Integer (0..97)	RSRP is mapped to a value between 0 and 97 [36.133].	REL-11
>>>RSRQ	MP		Integer (0..33)	RSRQ_00 to RSRQ_33 in [36.133] are mapped to the value between 0 and 33. RSRQ_34 in [36.133] is mapped to the value 33. If the IE indicates a value of 0 and the RSRQ Extension IE is present, then the RSRQ for this instance should be read from the corresponding instance of IE "RSRQ extension", the range is from -30 to -1. If the IE indicates a value of 33 and the RSRQ Extension IE is present, then the RSRQ for this instance should be read from the corresponding instance of IE "RSRQ extension", the range is from 35 to 46.	REL-11
>>>RSRQ Extension	OP		Integer (-30..46)	RSRQ_-30 to RSRQ_-1 in [36.133] are mapped to the value between -30 and -1. RSRQ_35 to RSRQ_46 in [36.133] are mapped to the value between 35 and 46.	REL-12
>>RSRQ Type	OP				REL-12
>>>All Symbols	MP		BOOLEAN	TRUE indicates use of all OFDM symbols when performing RSRQ measurements.	REL-12
>>>Wide band	MP		BOOLEAN	TRUE indicates use of a wider bandwidth when performing RSRQ measurements.	REL-12
>Logged Measurements E-UTRA frequency extension list	OP	1.. MaxNumEUTRAFreqs			REL-11
>>EARFCN extension	OP		Integer (65535..262143)	EARFCN of the downlink carrier frequency [64].	REL-11
>Logged Measurements GSM Neighbouring Cells list	OP	1.. MaxnumLoggedMeas			REL-11
>>BSIC	MP		BSIC 10.3.8.2		REL-11
>>Band indicator	MP		Enumerated (DCS 1800 band used, PCS 1900 band used)	Indicates how to interpret the BCCH ARFCN	REL-11
>>BCCH ARFCN	MP		Integer (0..1023)	[45]	REL-11
>>GSM carrier RSSI	MP	Bit string(6)	RXLEV is mapped to a value between 0 and 63, [46]. When mapping the RXLEV value to the RSSI bit string, the first/leftmost bit of the bit string contains the most significant bit.		REL-11
Location Information	OP			The position of the UE when the measurement is made	REL-11
>CHOICE Location	MP				REL-11
>>Ellipsoid					REL-11
>>>Ellipsoid point	MP		Ellipsoid point 10.3.8.4a		REL-11
>>Ellipsoid with altitude					REL-11
>>>Ellipsoid point with altitude	MP		Ellipsoid point with altitude 10.3.8.4b		REL-11
>>Ellipsoid with uncertainty circle					REL-11
>>>Ellipsoid point with uncertainty circle	MP		Ellipsoid point with uncertainty circle 10.3.8.4d		REL-11
>>Ellipsoid with uncertainty ellipse					REL-11
>>>Ellipsoid point with uncertainty ellipse	MP		Ellipsoid point with uncertainty ellipse 10.3.8.4e		REL-11
>>Ellipsoid with altitude and uncertainty ellipsoid					REL-11
>>>Ellipsoid point with altitude and uncertainty ellipsoid	MP		Ellipsoid point with altitude and uncertainty ellipsoid 10.3.8.4c		REL-11
>Horizontal velocity	OP		Horizontal velocity 10.3.8.4h		REL-11

10.3.7.130 Logged Measurement Info-TDD

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Relative Time Stamp	MP		INTEGER (0..7200)	Indicates the time of logging measurement results, measured relative to the Absolute Time Info, in seconds.	REL-10
Logged Measurements Serving Cell	MP				REL-10
> PLMN Identity	MP		PLMN Identity 10.3.1.11		REL-11
>Cell ID	MP		Cell ID 10.3.2.2		REL-10
>Primary CCPCH RSCP	MP		Integer(0..91)	In dBm. According to P-CCPCH_RSCP_LEV in [19] and [20]. Thirty-six spare values are needed.	REL-10
Logged Measurements Intra Frequency list	OP	1.. MaxnumLoggedMeas		Measurements done on neighbouring cells	REL-10
>Cell parameters Id	MP		Cell parameters Id 10.3.6.9		REL-10
>Primary CCPCH RSCP	MP		Integer(0..91)	In dBm. According to P-CCPCH_RSCP_LEV in [19] and [20]. Thirty-six spare values are needed.	REL-10
Logged Measurements Inter Frequency Neighbouring Cells list	OP	1.. MaxNumTDDFreqs		Measurements done on neighbouring cells	REL-10
>Frequency Info	MP		Frequency Info 10.3.6.36		REL-10
>Logged Measurements Inter-frequency Neighbouring Cells list	MP	1.. MaxnumLoggedMeas			REL-10
>>Cell parameters Id	MP		Cell parameters Id 10.3.6.9		REL-10
>>Primary CCPCH RSCP	MP		Integer(0..91)	In dBm. According to P-CCPCH_RSCP_LEV in [19] and [20]. Thirty-six spare values are needed.	REL-10
Logged Measurements Inter-RAT Neighbour cells list	OP				REL-10
>Logged Measurements E-UTRA frequency list	OP	1.. MaxNumEUTRAFreqs			REL-10
>>E-UTRA Carrier Frequency	MP		Integer (0..65535)	EARFCN of the downlink carrier frequency [64]. If the IE indicates a value of 65535, then the EARFCN for this instance should be read from the corresponding instance of IE "EARFCN extension" in the Logged Measurements E-UTRA frequency extension list.	REL-10
>>Logged Measurements E-UTRA Frequency Neighbours List	MP	1.. MaxnumLoggedMeas			REL-10
>>>Physical Cell Identity	MP		Integer (0..503)		REL-10
>>>RSRP	MP		Integer (0..97)	RSRP is mapped to a value between 0 and 97 [36.133].	REL-10
>>>RSRQ	MP		Integer (0..33)	RSRQ_00 to RSRQ_33 in [36.133] are mapped to the value between 0 and 33. RSRQ_34 in [36.133] is mapped to the value 33. If the IE indicates a value of 0 and the RSRQ Extension IE is present, then the RSRQ for this instance should be read from the corresponding instance of IE "RSRQ extension", the range is from -30 to -1. If the IE indicates a value of 33 and the RSRQ Extension IE is present, then the RSRQ for this instance should be read from the corresponding instance of IE "RSRQ extension", the range is from 35 to 46.	REL-10
>>>RSRQ Extension	OP		Integer (-30..46)	RSRQ_-30 to RSRQ_46 in [36.133] are mapped to the value between -30 and 46.	REL-12
>>RSRQ Type	OP				REL-12
>>>All Symbols	MP		BOOLEAN	TRUE indicates use of all OFDM symbols when performing RSRQ measurements.	REL-12
>>>Wide band	MP		BOOLEAN	TRUE indicates use of a wider bandwidth when performing RSRQ measurements.	REL-12
>Logged Measurements E-UTRA frequency extension list	OP	1.. MaxNumEUTRAFreqs			REL-11
>>EARFCN extension	OP		Integer (65536..262143)	EARFCN of the downlink carrier frequency [64].	REL-11
>Logged Measurements GSM Neighbouring Cells list	OP	1.. MaxnumLoggedMeas			REL-10
>>BSIC	MP		BSIC 10.3.8.2		REL-10
>>Band indicator	MP		Enumerated (DCS 1800 band used, PCS 1900 band used)	Indicates how to interpret the BCCH ARFCN	REL-10
>>BCCH ARFCN	MP		Integer (0..1023)	[45]	REL-10
>>GSM carrier RSSI	MP	Bit string(6)	RXLEV is mapped to a value between 0 and 63, [46]. When mapping the RXLEV value to the RSSI bit string, the first/leftmost bit of the bit string contains the most significant bit.		REL-10
CHOICE GNSS UE Position	OP			The position of the UE when the measurement is made	REL-10
>Ellipsoid					REL-10
>>Ellipsoid point	MP		Ellipsoid point 10.3.8.4a		REL-10
>Ellipsoid with altitude					REL-10
>>Ellipsoid point with altitude	MP		Ellipsoid point with altitude 10.3.8.4b		REL-10
>Ellipsoid with uncertainty circle					REL-11
>>Ellipsoid point with uncertainty circle	MP		Ellipsoid point with uncertainty circle 10.3.8.4d		REL-11
>Ellipsoid with uncertainty ellipse					REL-11
>> Ellipsoid point with uncertainty ellipse	MP		Ellipsoid point with uncertainty ellipse 10.3.8.4e		REL-11
>Ellipsoid with altitude and uncertainty ellipsoid					REL-11
>>Ellipsoid point with altitude and uncertainty ellipsoid	MP		Ellipsoid point with altitude and uncertainty ellipsoid 10.3.8.4c		REL-11

10.3.7.130a Logged Connection Establishment Failure Info-TDD

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Access Information	MP				REL-11
>Number Of RRC Msg Transmitted	MP		Integer (0..8)	Number of times the RRC message is sent by the UE, e.g. after receiving FPACH.	REL-11
>FPACH Received	MP		BOOLEAN	TRUE indicates that FPACH has been successfully received at least once.	REL-11
>E-RUCCH Failure	OP		BOOLEAN	TRUE indicates the failure of the E-RUCCH transmission has been detected	REL-11
Logged Measurements Failed Cell	MP				REL-11
>Cell ID	MP		Cell ID 10.3.2.2		REL-11
>Primary CCPCH RSCP	MP		Integer(0..91)	In dBm. According to P-CCPCH_RSCP_LEV in [19] and [20]. Thirty-six spare values are needed.	REL-11
Logged Measurements Intra Frequency Cells list	OP	1.. MaxnumLoggedMeas		Measurements done on neighbouring cells	REL-11
>Cell parameters Id	MP		Cell parameters Id 10.3.6.9		REL-11
>Primary CCPCH RSCP	MP		Integer(0..91)	In dBm. According to P-CCPCH_RSCP_LEV in [19] and [20]. Thirty-six spare values are needed.	REL-11
Logged Measurements Inter Frequency Neighbouring Cells list	OP	1.. MaxNumTDDFreqs		Measurements done on neighbouring cells	REL-11
>Frequency Info	MP		Frequency Info 10.3.6.36		REL-11
>Logged Measurements Inter-frequency Neighbouring Cells list	MP	1.. MaxnumLoggedMeas			REL-11
>>Cell parameters Id	MP		Cell parameters Id 10.3.6.9		REL-11
>>Primary CCPCH RSCP	MP		Integer(0..91)	In dBm. According to P-CCPCH_RSCP_LEV in [19] and [20]. Thirty-six spare values are needed.	REL-11
Logged Measurements Inter-RAT Neighbour cells list	OP				REL-11
>Logged Measurements E-UTRA frequency list	OP	1.. MaxNumEUTRAFreqs			REL-11
>>E-UTRA Carrier Frequency	MP		Integer (0..65535)	EARFCN of the downlink carrier frequency [64]. If the IE indicates a value of 65535, then the EARFCN for this instance should be read from the corresponding instance of IE "EARFCN extension" in the Logged Measurements E-UTRA frequency extension list.	REL-11
>>Logged Measurements E-UTRA Frequency Neighbours List	MP	1.. MaxnumLoggedMeas			REL-11
>>>Physical Cell Identity	MP		Integer (0..503)		REL-11
>>>RSRP	MP		Integer (0..97)	RSRP is mapped to a value between 0 and 97 [36.133].	REL-11
>>>RSRQ	MP		Integer (0..33)	RSRQ_00 to RSRQ_33 in [36.133] are mapped to the value between 0 and 33. RSRQ_34 in [36.133] is mapped to the value 33. If the IE indicates a value of 0 and the RSRQ Extension IE is present, then the RSRQ for this instance should be read from the corresponding instance of IE "RSRQ extension", the range is from -30 to -1. If the IE indicates a value of 33 and the RSRQ Extension IE is present, then the RSRQ for this instance should be read from the corresponding instance of IE "RSRQ extension", the range is from 35 to 46.	REL-11
>>>RSRQ Extension	OP		Integer (-30..46)	RSRQ_-30 to RSRQ_46 in [36.133] are mapped to the value between -30 and 46.	REL-12
>>RSRQ Type	OP				REL-12
>>>All Symbols	MP		BOOLEAN	TRUE indicates use of all OFDM symbols when performing RSRQ measurements.	REL-12
>>>Wide band	MP		BOOLEAN	TRUE indicates use of a wider bandwidth when performing RSRQ measurements.	REL-12
>Logged Measurements E-UTRA frequency extension list	OP	1.. MaxNumEUTRAFreqs			REL-11
>>EARFCN extension	OP		Integer (65536..262143)	EARFCN of the downlink carrier frequency [64].	REL-11
>Logged Measurements GSM Neighbouring Cells list	OP	1.. MaxnumLoggedMeas			REL-11
>>BSIC	MP		BSIC 10.3.8.2		REL-11
>>Band indicator	MP		Enumerated (DCS 1800 band used, PCS 1900 band used)	Indicates how to interpret the BCCH ARFCN	REL-11
>>BCCH ARFCN	MP		Integer (0..1023)	[45]	REL-11
>>GSM carrier RSSI	MP	Bit string(6)	RXLEV is mapped to a value between 0 and 63, [46]. When mapping the RXLEV value to the RSSI bit string, the first/leftmost bit of the bit string contains the most significant bit.		REL-11
Location Information	OP			The position of the UE when the measurement is made	REL-11
>CHOICE Location	MP				REL-11
>>Ellipsoid					REL-11
>>>Ellipsoid point	MP		Ellipsoid point 10.3.8.4a		REL-11
>>Ellipsoid with altitude					REL-11
>>>Ellipsoid point with altitude	MP		Ellipsoid point with altitude 10.3.8.4b		REL-11
>Ellipsoid with uncertainty circle					REL-11
>>Ellipsoid point with uncertainty circle	MP		Ellipsoid point with uncertainty circle 10.3.8.4d		REL-11
>Ellipsoid with uncertainty ellipse					REL-11
>>Ellipsoid point with uncertainty ellipse	MP		Ellipsoid point with uncertainty ellipse 10.3.8.4e		REL-11
>Ellipsoid with altitude and uncertainty ellipsoid					REL-11
>>Ellipsoid point with altitude and uncertainty ellipsoid	MP		Ellipsoid point with altitude and uncertainty ellipsoid 10.3.8.4c		REL-11
>Horizontal velocity	OP		Horizontal velocity 10.3.8.4h		REL-11

10.3.7.131 Logged Meas Report

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Absolute Time Info	MP		BIT STRING (SIZE(48)),	Indicates the reference to network absolute time absoluteTimeInfo provided at the point of measurement logging configuration. Format is YY-MM-DD HH:MM:SS using BCD encoding	REL-10
Trace reference	MP		Trace Reference 10.3.7.133	Parameter trace reference: See TS 32.422 [81]	REL-10
Trace recording session	MP		Trace Recording Session 10.3.7.134	Parameter trace recording session reference: See TS 32.422 [81]	REL-10
TCE Id	MP		TCE Id 10.3.7.135	Parameter TCE Id: See TS 32.422 [81]	REL-10
CHOICE mode	OP				REL-10
>FDD					REL-10
>>List of measurements FDD		1.. MaxLoggedMeasReport			REL-10
>>>Logged Measurement Info-FDD	MP		Logged Measurement Info-FDD 10.3.7.129		REL-10
>TDD					REL-10
>>List of measurements TDD		1.. MaxLoggedMeasReport			REL-10
>>>Logged Measurement Info-TDD	MP		Logged Measurement Info-TDD 10.3.7.130		REL-10
Logged Meas Available	OP		Enumerated (TRUE)	Indicates the UE has logged measurements to report to the network	REL-10

10.3.7.132 Logged Measurements Configuration Info

Parameters used to configure logged measurements.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Absolute Time Info	MP		Bit Sting (48)	Indicates the reference to network absolute time absoluteTimeInfo provided at the point of measurement logging configuration. Format is YY-MM-DD HH:MM:SS using BCD encoding	REL-10
Logging Duration	MP		Enumerated (10 min,20 min, 40 min, 1 hour, 1 hour 30 min, 2 hour)	Timer for logging duration. The timer is activated at the moment of configuration. When the timer expires the logging is stopped and the configuration is cleared. 2 spare values are needed.	REL-10
Logging Interval	MP		Enumerated (1.28, 2.56, 5.12, 10.24, 20.48, 30.72, 40.96, 61.44)	Indicates periodicity for storing measurement results. UE behaviour is unspecified when the UE is configured with a DRX period larger than the logging interval.In seconds.	REL-10
Trace reference	MP		Trace Reference 10.3.7.133	Parameter trace reference: See TS 32.422 [81]	REL-10
Trace recording session	MP		Trace Recording Session 10.3.7.134	Parameter trace recording session reference: See TS 32.422 [81]	REL-10
TCE Id	MP		TCE Id 10.3.7.135	Parameter TCE Id: See TS 32.422 [81]	REL-10
CHOICE Area Configuration	OP			Indicates area for which the UE is requested to perform logging. If absent, the configuration is valid in the RPLMN of the UE and the PLMNs provided in IE "PLMN Identity List", if present.	REL-10
>Cell IDList		1..32			REL-10
>>Cell ID	MP		Cell ID 10.3.2.2		REL-10
>>PLMN identity	OP		PLMN identity 10.3.1.11	Indicates the PLMN for which the Cell ID is applicable. If not present, the Cell ID is applicable in the RPLMN.	REL-11
>Location Area Code List		1..8			REL-10
>>LAI	MP		Location area identification 10.3.1.7		REL-10
>Routing Area Code List		1..8			REL-10
>>RAI	MP		Routing area identification 10.3.1.16		REL-10
PLMN Identity List	OP	1 to < MaxnumMDTPLMN>			REL-11
>PLMN identity	MP		PLMN identity 10.3.1.11		REL-11

10.3.7.132a Connection Establishment Failure Report

Information Element/Group name	Need	Type and reference	Semantics description	Version
Time Since Failure	MP	INTEGER (0..172800)	Indicates the elapsed time in seconds between Logging and reporting of Connection establishment failure info. If the elapsed time is greater than 172800s then UE shall use the value 172800.	REL-11
CHOICE mode	MP			REL-11
>FDD				REL-11
>>Logged Connection Establishment Failure Info-FDD	MP	Logged Connection Establishment Failure Info-FDD 10.3.7.129a		REL-11
>TDD				REL-11
>>Logged Connection Establishment Failure Info-TDD	MP	Logged Connection Establishment Failure Info-TDD 10.3.7.130a		REL-11

10.3.7.133 Trace Reference

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
PLMN Identity	MP		PLMN identity 10.3.1.11	PLMN Identity	REL-10
Trace ID	MP		Octet string (3)		REL-10

10.3.7.134 Trace Recording Session

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Trace Recording Session	MP		Octet string (2)		REL-10

10.3.7.135 TCE Id

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
TCE Id	MP		Octet string (1)		REL-10

10.3.7.136 Periodical reporting criteria on secondary UL frequency

Contains the periodical reporting criteria information. It is necessary only in the intra-frequency periodical reporting mode on the secondary uplink frequency.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Frequency info	MP		Frequency info 10.3.6.36	NOTE1	REL-10
Periodical reporting criteria	MP		Periodical reporting criteria 10.3.7.53		REL-10
Reporting cell status	OP		Reporting cell status 10.3.7.61		REL-10

NOTE1: If the IE "Frequency info" is different from the current downlink frequency associated with the secondary UL frequency, the UE behaviour is unspecified.

10.3.7.137 E-UTRA measurement for CELL_FACH

NOTE: Only for FDD.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
E-UTRA frequencies for measurement	MP	1 to <maxNumEUTRAFreqs_FACH>			REL-11
E-UTRA frequencies for measurement	MP	1 to <maxNumEUTRAFreqs_FACH-ext>			REL-12
>EARFCN	MP		Integer (0..65535)	EARFCN of the downlink carrier frequency [64]. If the IE indicates a value of 65535, then the EARFCN for this instance should be read from the corresponding instance of IE "EARFCN extension"	REL-11
>EARFCN extension	OP		Integer (65536..262143)	EARFCN of the downlink carrier frequency [64].	REL-11
Report criteria	MP		Enumerated (Event-triggered, Periodical reporting)		REL-11
Measurement quantity	MP		Enumerated (RSRP, RSRQ)	This IE indicates the quantity that the UE uses to determine the event trigger.	REL-11
Reporting Threshold	MP		Integer (0..97)	In dB. Ranges used depend on measurement quantity: if measurement quantity is RSRQ, range should be (0..34), if measurement quantity is RSRP, range should be (0..97).	REL-11
Reporting Threshold	MP		Integer (-30..-97)	In dB. Ranges used depend on measurement quantity: if measurement quantity is RSRQ, range should be (-30..46), if measurement quantity is RSRP, range should be (0..97).	REL-12

10.3.7.138 E-UTRA results for CELL_FACH

NOTE: Only for FDD.

Information Element/Group name

Need

Multi

Type and reference

Semantics description

Version

E-UTRA frequency indicator

Bit string(maxNumEUTRAFreqs_FACH)

Bit 0 is the first/leftmost bit of the bit string. Each bit indicates whether the radio quality of an E-UTRA frequency is above the reporting threshold or not, where a one value indicates above and a zero value not.

Bit n corresponds to the n-th E-UTRA frequency in the list provided by the IE E-UTRA frequencies for measurement.

REL-11

Bit string(maxNumEUTRAFreqs_FACH-ext)

Bit n corresponds to the n-th E-UTRA frequency in the list provided by the IE E-UTRA frequencies for measurement.

REL-12

10.3.7.139 E-UTRA frequency RACH reporting information

NOTE: Only for FDD.

Contains the reporting configuration information for an E-UTRA frequency measurement report, which is sent on the RACH.

Information Element/Group name	Need	Type and reference	Semantics description	Version
E-UTRA frequency list indicator	MP	Bit string(maxNumEUTRAFreqs)	Bit 0 is the first/leftmost bit of the bit string. Each bit indicates the E-UTRA frequency that the UE is required to measure and report on RACH. Bit n corresponds to the n-th E-UTRA frequency received in SIB19. Value ‘1’ for a bit means the corresponding E-UTRA frequency has been configured to measure and report on RACH. Max. 4 EUTRA frequencies shall be configured in this version of the specification.	REL-11
E-UTRA frequency list indicator2	OP	Bit string(maxNumEUTRAFreqs)	Bit 0 is the first/leftmost bit of the bit string. Each bit indicates the E-UTRA frequency that the UE is required to measure and report on RACH. Bit n corresponds to the n-th E-UTRA frequency received in SIB19. Value ‘1’ for a bit means the corresponding E-UTRA frequency has been configured to measure and report on RACH.	REL-12
E-UTRA frequency RACH reporting quantity	MP	Enumerated (RSRP, RSRQ)		REL-11
E-UTRA frequency RACH reporting threshold	MP	Integer (0..97)	In dB. Ranges used depend on measurement quantity: if measurement quantity is RSRQ, range should be (0..46), if measurement quantity is RSRP, range should be (0..97). In case measurement quantity is RSRQ, if the IE indicates a value of 0 and the "E-UTRA frequency RACH reporting threshold Extension" IE is present, then the RSRQ for this instance should be read from the corresponding instance of IE "E-UTRA frequency RACH reporting threshold Extension", the range is from -30 to -1.	REL-11
E-UTRA frequency RACH reporting threshold Extension	OP	Integer (-30..-1)		REL-12
RACH reporting priority	MD	Enumerated (IntraEUTRAInter, InterIntraEUTRA, InterEUTRAIntra, EUTRAIntraInter, EUTRAInterIntra)	The default value is that E-UTRA measurements shall be omitted first, followed by limiting the number of inter-frequency cells, before limiting the number of intra-frequency cells. Measurement result for the current cell shall be omitted last. Three spare values are needed.	REL-11

10.3.7.140 Filtered UE power headroom reporting information

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Time-to-trigger	MP		Integer(0, 10, 20, 40, 60, 80, 100, 120, 160, 200, 240, 320, 640, 1280, 2560, 5000)	Time in ms. Indicates the period of time between the detection of the triggering condition [15] and the sending of the Filtered UPH Report.	REL-12
Hysteresis1	OP		Real(0..7.5 by step of 0.5)		REL-12
Hysteresis2	OP		Real(0..7.5 by step of 0.5)		REL-12
UE Power Headroom threshold1	OP		Integer(-50..33)		REL-12
UE Power Headroom threshold2	OP		Integer(-50..33)		REL-12
Filter coefficient	OP		Filter coefficient 10.3.7.9		REL-12

10.3.7.141 UE positioning AddPos measured results

Contains the UE positioning AddPos measurement results.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
AddPos Measurement Information	MP	1 to <maxAddPos>			REL-13
>Time Stamp	OP		UTCTime	UTC Time when the measurement results were valid, expressed as a String (SIZE(13)) with format YYMMDDhhmmssZ.	REL-13
>CHOICE AddPos ID	MP			Four spare values are needed.	REL-13
>>Barometric Pressure					REL-13
>>>Uncompensated Barometric Pressure	MP		Integer (30000..115000)	The measured barometric pressure in units of Pa	REL-13
>>WLAN				WLAN method [87].	REL-13
>>>WLAN Measured result	MP	1 to <maxWLANs>			REL-13
>>>>WLAN AP BSSID	MP		Octet string (6)	MAC address of the WLAN AP	REL-13
>>>>WLAN AP SSID	OP		Octet string (1..32)	The identifier of the wireless network served by the AP.	REL-13
>>>>WLAN RSSI	OP		Integer(-127..128)	AP signal strength (RSSI) of a beacon frame, probe response frame or measurement pilot frame measured at the target in dBm as defined in Table 6-7 of [87].	REL-13
>>>>WLAN RTT value	OP		Integer(0..16777215)	The measured round trip time between the target and WLAN.	REL-13
>>>>WLAN RTT units	OP		Enumerated( microseconds,hundredsofnanoseconds, tensofnanoseconds,nanoseconds,tenthsofnanosecond)	The units for the RTT value. Three spares are needed.	REL-13
>>>>WLAN RTT accuracy	OP		Integer(0..255)	The estimated accuracy of the provided RTT value expressed as the standard deviation in units given by the RTT units.	REL-13
>>>>WLAN AP Channel Frequency	OP		Integer(0..256)	The AP channel number identification of the reported WLAN AP.	REL-13
>>>>Serving Flag	OP		Boolean	Indicates whether a set of WLAN AP measurements were obtained for a serving WLAN AP (TRUE) or a non-serving WLAN AP (FALSE). A target device with multiple radio support may indicate more than one type of serving access for the same time instant.	REL-13
>>BT				Bluetooth method [90]	REL-13
>>>BT Measured results	MP	1 to <maxBTs>			REL-13
>>>>BT address	MP		Octet string (6)		REL-13
>>>>BT RSSI	OP		Integer(-127..128)	Bluetooth beacon signal strength (RSSI) as measured at the target in dBm. Actual value = IE value – 1.	REL-13
>>MBS				MBS method [89]	REL-13
>>>MBS Measurement Parameters	MP	1 to <maxBeacons>			REL-13
>>>>Transmitter ID	MP		Integer (0..32767)	Identifies the MBS beacon transmitter	REL-13
>>>>Code Phase	MP		Integer(0..2097151)	Scale factor 2^-21 milli‑seconds, in the range from 0 to (1-2^-21) milli‑seconds. The code-phase measurement made by the target device for the particular MBS signal at the time of measurement in the units of ms. MBS specific code phase measurements (e.g. chips) are converted into unit of ms by dividing the measurements by the nominal values of the measured signal chipping rate.	REL-13
>>>>Code Phase RMS Error	MP		Integer(0..63)	Coding as in Note 2 of 10.3.7.93	REL-13

10.3.7.142 UE power headroom

The filtered value (see section 8.6.7.2) of the UE power headroom measurement. The same values as defined in [15] are used.

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
UE power headroom	MP		Integer (0..31)		REL-14

10.3.7.143 Application layer measurement configuration

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Container for application layer measurement configuration	MP		Octet string (1..1000)		REL-14
Service type	MP		Enumerated (QoEStreaming, QoEMTSI)		REL-15

10.3.7.144 Application layer measurement reporting

Information Element/Group name	Need	Multi	Type and reference	Semantics description	Version
Container for application layer measurement reporting	MP		Octet string (1..8000)		REL-14
Service type	MP		Enumerated (QoEStreaming, QoEMTSI)		REL-15