8.3.12 Handover to CSG/Hybrid Cell

34.123-13GPPPart 1: Protocol conformance specificationRelease 15TSUser Equipment (UE) conformance specification

8.3.12.1 Inter-frequency inbound handover to UMTS CSG cell without reporting proximity indication

8.3.12.1.1 Definition

Test to verify the UE can report the Cell Identity, CSG ID and CSG membership indication of inter-frequency member CSG cells without reporting proximity indication.

8.3.12.1.2 Conformance requirement

1: Inter-frequency measurements for CSG/Hybrid cells:

For each cell reported in the IE "Cell measured results" of an inter-frequency Measurement Report, which is also included in the IE "Inter-frequency SI Acquisition" associated with the measurement:

1> if the UE managed to acquire the system information of the concerned cell:

2> include the following IEs in the IE "Cell measured results":

3> "Cell Identity" IE;

3> if the concerned cell broadcasts a CSG identity:

4> "CSG Identity" IE.

4> "CSG Member indication" IE and set it to "member" if CSG identity of the concerned cell is present in UE’s CSG whitelist.

If the UE needs measurement gaps to read the system information on the non-used frequency, the system information of the reported cell can be acquired by the UE via autonomous measurement gaps when the IE "Inter-frequency SI Acquisition" is received by the UE, i.e., UE is allowed to temporarily abort communication with the serving cell to perform SI acquisition within the limits (detailed value is FFS). UE shall send the measurement report before the maximum provided time specified in IE “Periodical reporting criteria” if the UE is able to acquire SI early.

2: Inter-frequency Measurement Procedure of CSG and Hybrid cells:

1) The SRNC configures the UE with a measurement having "CSG Proximity detection" as measurement type.

2) The UE sends an "entering" CSG proximity indication when it determines it may be near a cell, (based on UE implementation) whose CSG ID is in the UE’s CSG whitelist. The CSG proximity indication includes the RAT and frequency of the cell.

3) The SRNC configures a measurement on the concerned frequency/RAT to measure CSG/hybrid cells. Compressed mode gaps, if required by the UE, are also activated to allow UE to perform measurements on the reported RAT and frequency. The network may also use the proximity indication to minimize the requesting of handover preparation information of CSG/hybrid cells by avoiding requesting such information when the UE is not in the geographical area where cells whose CSG IDs are in the UEs CSG whitelist are located.

4) The UE sends a measurement report including the measured PSCs/PCIs.

5) The SRNC configures the UE to perform SI acquisition and reporting of a particular PSC/PCI.

6) The UE performs SI acquisition using autonomous gaps, i.e., the UE may suspend reception and transmission with the SRNC within the limits (the limit is currently FFS) to acquire the relevant system information from the target HNB/HeNB.

7) The UE sends a measurement report including Cell Identity, CSG ID and CSG membership indication.

8) SRNC can then proceed with the handover processing. The handover processing for inter-frequency handover to a CSG/Hybrid cell is described in [6].

NOTE: The above steps also apply to inter-RAT mobility from UMTS cell to HeNB.

After sending an "entering" CSG proximity indication (step 2), if the UE determines that it is no longer near any cell (on the reported proximate RAT and frequency) whose CSG ID is in the UE’s CSG whitelist, the UE sends a "leaving" CSG proximity indication to the SRNC. Upon reception of this indication, the SRNC may reconfigure the UE to stop measurements on the reported RAT and frequency.

In the above procedure, step 2 may not be performed in case the UE has not previously visited the HNB, e.g., when the UE first visits a CSG/hybrid cell.

The PSC/PCI confusion is resolved by steps 5, 6 and 7. The SRNC can request SI acquisition and reporting for any PSC/PCI, not limited to PSCs/PCIs of CSG or hybrid cells

3: The CSG SI acquisition delay is defined as the time between any occurrences that will trigger a SI decoding until the UE starts to transmit over the Uu interface. This requirement assumes that the measurement report is not delayed by other RRC signalling on the DCCH. The measurement reporting delay also excludes any RRC procedure delay which is defined in [16] when SI reading is initiated by a measurement control message.

For intra frequency CSG cells, CSG SI decoding is typically triggered when a cell with primary scrambling code in a preconfigured range meets the criteria for measurement reporting. For inter frequency CSG cells, CSG SI decoding is explicitly requested by RRC signalling.

The CSG SI reporting delay shall not be more than T_{CSG-SI-Report} where T_{CSG-SI-Report} in ms is given by

T_{CSG-SI-Report} = [630]+ 40*SIB3_REP

SIB3_REP is the repetition period at which the CSG cell schedules SIB3 blocks in units of frames

This requirement is applicable for CSG target cell configurations where the information required to make the SI report can be determined from the MIB and SIB3 alone, and SIB3 is not segmented into multiple TTI. Additionally, for the requirement to be applicable, the reception conditions shall be [TBD] such that the system frame number of the target CSG cell, the MIB and SIB3 can each be successfully decoded in no more than four attempts.

Test requirement = RRC Procedure delay + T_{CSG-SI-Report}

Reference

1: 3GPP TS 25.331, clause 14.7a.2.

2: 3GPP TS 25.367, clause 8.1.2.

3: 3GPP TS 25.133, clause 5.13.2, A.5.11.2

8.3.12.1.3 Test purpose

1. To confirm that the UE can report the PSC of inter-frequency CSG cells and the PSC reported is within the range configured by the SRNC.

2. To confirm that the UE can report the Cell Identity, CSG ID and CSG membership indication of inter-frequency member CSG cells.

8.3.12.1.4 Method of test

Initial Condition

System Simulator:

2 cells – Cell 1 and Cell 4 are used.

The CSG id of the Cell4 is 2. Cell 1 does not broadcast CSG ID.

Cell1 is on f1.

Cell 4 is on f2.

The SIB3_REP of cell 4, i.e. SIB3 scheduling is 64.

User Equipment:

The UE Allowed CSG List contains CSG2.

The UE is PS-DCCH+DTCH_DCH (state 6-10) or CS-DCCH+DTCH_DCH (state 6-9) or PS+CS-DCCH+DTCH_DCH (state 6-14) as specified in clause 7.4 of TS 34.108, depending on the CN domain(s) supported by the UE.

Related ICS/IXIT statement(s)

– UE supports FDD

– UE supports Compressed mode.

– UE supports the capability of inter-frequency SI acquisition for HO.

Test Procedure

Table 8.3.12.1-1 illustrates the downlink power to be applied for the 2 cells.

Table 8.3.12.1-1

Parameter	Unit	Cell 1			Cell4
Test Channel		1
		T0	T1	T2	T0	T1	T2
CPICH_Ec	dBm/3.84MHz	-55	-78	-75	OFF	OFF	-60

Cell 1 is active. The UE is initially in CELL_DCH and has a radio bearer with the cell1.

At instant T0, the downlink is changed according to what is shown in table 8.3.12.1 -1. The SS then sets up inter-frequency measurements (event 2d), by sending a MEASUREMENT CONTROL message to the UE.

At instant T1, the downlink power is changed according to what is shown in table 8.3.12.1 -1. The UE shall thus send a MEASUREMENT REPORT with 2d event to the SS.

The SS sets up an intra-frequency measurement (event 1c) and an inter-frequency CSG measurement (event 2c), by sending separate MEASUREMENT CONTROL messages to the UE. Configuration of 1c event is to enable construction of CSG VAS active set in the UE.

The SS configures then compressed mode (if required), to prepare the UE for inter-frequency measurements, by sending a PHYSICAL CHANNEL RECONFIGURATION message on DCCH using AM-RLC. The UE shall answer with a PHYSICAL CHANNEL RECONFIGURATION COMPLETE message.

At instant T2, the downlink power is changed according to what is shown in table 8.3.12.1 -1. The UE shall thus send a MEASUREMENT REPORT with 2c event to the SS.

The SS then sets up SI acquisition of cell 4 by sending a MEASUREMENT CONTROL message to the UE. Compressed mode is started at the same time in that message (if required). And then the UE shall answer the cell identity, CSG ID and CSG membership indication of the cell 4.

Independent of the UE requiring compressed mode, the SS then continues by sending a PHYSICAL CHANNEL RECONFIGURATION message to the UE on DCCH using AM-RLC, to order it to perform timing reinitialised inter-frequency handover to cell4.

The UE shall then transmit a PHYSICAL CHANNEL RECONFIGURATION COMPLETE message to the SS when the inter-frequency handover has succeeded. In case the initial condition was CS-DCCH+DTCH_DCH, that message shall contain the IEs "COUNT-C activation time" and the IE "START list" (in the IE "Uplink counter synchronisation info"), indicating to the SS when and from which value to start incrementing the HFN part of the COUNT-C variable used for ciphering.

Expected sequence

Step	Direction		Message	Comment
	UE	SS
1				The SS changes the power of the two cells according to column T0 in table 8.3.12.1
2			MEASUREMENT CONTROL	The SS configures a measurement to the UE. Event 2d is configured.
3				The SS re-adjusts the downlink transmission power settings of the cell1 according to columns "T1" in table 8.3.12.1-1.
4			MEASUREMENT REPORT	The UE sends 2d event to the SS.
5			MEASUREMENT CONTROL	The SS configures an intra-frequency measurement with 1c event.
6			MEASUREMENT CONTROL	The SS configures a CSG inter-frequency measurement with Event 2c. If Compressed Mode is not required (refer ICS/IXIT) go to step 9
7			PHYSICAL CHANNELRECONFIGURATION	The SS instructs UE to begin compressed mode operation. (for FDD only)
8			PHYSICAL CHANNELRECONFIGURATION COMPLETE	(for FDD only)
9				The SS re-adjusts the downlink transmission power settings of the cells according to columns "T2" in table 8.3.12.1-1.
10			MEASUREMENT REPORT	The UE sends a measurement report including the measured PSCs for cell 4 and event 2c.
11			MEASUREMENT CONTROL	The SS configures the UE to perform SI acquisition and reporting of cell 4.
12				The UE performs SI acquisition to acquire the relevant system information from the cell4.
13			MEASUREMENT REPORT	The UE sends a measurement reporting including the cell identity, CSG ID and CSG membership indication of the cell 4.
14			PHYSICAL CHANNEL RECONFIGURATION	The SS orders the UE to perform timing re-initialised inter-frequency handover to cell 4.
15			PHYSICAL CHANNEL RECONFIGURATION COMPLETE	After the UE has succeeded in performing the inter-frequency handover, it shall send a PHYSICAL CHANNEL RECONFIGURATION COMPLETE message to the SS using the new configuration
16			CALL C.3	If the test result of C.3 indicates that UE is in CELL_DCH state, the test passes, otherwise it fails.

Specific Message Contents

MEASUREMENT CONTROL (Step 2)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions

Information Element	Value/remark
Measurement identity	1
Measurement command Measurement reporting mode – Measurement reporting transfer mode – Periodic reporting / Event trigger reporting mode	Setup acknowledged Mode RLC Event trigger
CHOICE Measurement type
-Inter-frequency measurement – Inter-frequency cell info list – Inter-frequency cell removal – New inter-frequency info list – Cell for measurement – Inter-frequency measurement quantity – Filter Coefficient – Frequency quality estimate quantity – Inter-frequency reporting quantity – UTRAN Carrier RSSI – Frequency quality estimate – Non frequency related quantities – Cell synchronisation information reporting indicator – Cell identity reporting indicator – CPICH Ec/No reporting indicator – CPICH RSCP reporting indicator – Pathloss reporting indicator	Not present Not present Not present 4 CPICH RSCP FALSE FALSE FALSE FALSE FALSE FALSE FALSE
– Measurement validity – UE autonomous update mode	CELL_DCH state Not present
– CHOICE report criteria
– Inter-frequency measurement reporting criteria
– Parameters required for each event
– Inter-frequency event identity	2d
– Threshold used frequency	-70dBm
– W used frequency	0.0
– Hysteresis	2(1dB)
– Time to trigger – Reporting cell status Additional measurement list DPCH compressed mode status info	5000ms Not present Not present Not present

MEASUREMENT REPORT (Step 4)

Information Element	Value/remark
Measurement identity	Check to see if set to 1
Measured results Measured results on RACH	Check to see if it is absent Check to see if it is absent
Additional measured results	Check to see if it is absent
Event results	Inter-frequency measurement event results,
– CHOICE event result
– Inter-frequency measurement event results
– Inter-frequency event identity	2d

MEASUREMENT CONTROL (Step 5)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions

Information Element	Value/remark
Measurement identity	2
Measurement command Measurement reporting mode – Measurement reporting transfer mode – Periodic reporting / Event trigger reporting mode	Setup acknowledged Mode RLC Event trigger
CHOICE measurement type	Intra-frequency measurement
– intra-frequency measurement
– Intra-frequency measurement objects list
– Remove all intra-frequency cells – New intra-frequency cells – Intra-frequency cell id – Cell info – Cell individual offset – Reference time difference to cell – Read SFN number – CHOICE mode – Primary CPICH info – Primary scrambling code – Primary CPICH Tx power – TX Diversity indicator – Intra-frequency measurement quantity – Filter Coefficient – CHOICE mode – Measurement quantity	1 0 (0dB) Not Present FALSE FDD 100 Not Present FALSE 0 FDD CPICH RSCP
– CHOICE report criteria	Intra-frequency measurement reporting criteria
– Intra-frequency measurement reporting criteria
– Parameters required for each events
– Intra-frequency event identity	1c
– Hysteresis	4 (2dB)
– Replacement activation threshold	3
– Time to trigger	10 ms
– Amount of reporting	16
– Reporting interval	4000ms
– Reporting cell status	Not present

MEASUREMENT CONTROL (Step 6)

Information Element	Value/remark
Measurement identity	3
Measurement command Measurement reporting mode – Measurement reporting transfer mode – Periodic reporting / Event trigger reporting mode Additional measurement list	Setup acknowledged Mode RLC Event trigger Not present
CHOICE measurement type	Inter-frequency measurement
– inter-frequency measurement
– Inter-frequency cell info list – Inter-frequency cell removal	Not Present
– New inter-frequency cells
– Inter-frequency cell id	4
– Frequency info	Frequency information of cell 4
– cell info
– Cell individual offset – Reference time difference to cell	Not present Not present
– Read SFN indicator	FALSE
– CHOICE mode
-FDD
– Primary CPICH info
– Primary Scrambling Code – Primary CPICH Tx power – TX Diversity Indicator – Cell for measurement – CSG Inter-frequency cell info – CSG Frequency info – Frequency info – CSG Inter-frequency cell info for the frequency – CSG cell info list – CHOICE mode – Start PSC – Number of PSCs – Inter-frequency SI Acquisition – Inter-frequency measurement quantity – Filter Coefficient – Frequency quality estimate quantity – Inter-frequency reporting quantity – UTRAN Carrier RSSI – Frequency quality estimate – Non frequency related quantities – Cell synchronisation information reporting indicator – Cell identity reporting indicator – CPICH Ec/No reporting indicator – CPICH RSCP reporting indicator – Pathloss reporting indicator	Set to primary scrambling code used for cell 4 Not present FALSE Not present Frequency of Cell 4 FDD 300 100 Not present 4 CPICH RSCP FALSE FALSE FALSE FALSE FALSE TRUE FALSE
– Measurement validity	CELL_DCH state
– inter-frequency set update
– UE autonomous update mode	On with no reporting
– CHOICE report criteria
– Inter-frequency measurement reporting criteria
– Parameters required for each event
– Inter-frequency event identity	2c
– Hysteresis – Time to trigger – Reporting cell status	2(1dB) 0 mSec Not present
– Parameters required for each non-used frequency
– Threshold non used frequency	-85 dBm
– W non used frequency DPCH compressed mode status info	0 Not present

PHYSICAL CHANNEL RECONFIGURATION (Step 7)

Use the same message sub-type found in Annex A, which is entitled "(Packet to CELL_DCH from CELL_DCH in PS)", with the following exceptions in the IE(s) concerned:

Information Element	Value/remark	Version
Downlink information common for all radio links
– Downlink DPCH info common for all RL
– Timing Indication	Maintain
– Downlink DPCH power control information
– DPC mode	0 (Single)
– CHOICE Mode	FDD
– Power offset PPilot-DPDCH	0
– DL rate matching restriction information	Not present
– Spreading factor	Refer to the parameter set in TS 34.108
– Fixed or flexible position	Flexible
– TFCI existence	TRUE
– Number of bits for Pilot bits (SF=128, 256)	Not present
– DPCH compressed mode info
– TGPSI	1
– TGPS status flag	Activate
– TGCFN	(Current CFN+(256 – TTI/10msec)) mod 256
– Transmission gap pattern sequence configuration parameters
– TGMP	FDD Measurement
– TGPRC	Infinity
– TGSN	4
– TGL1	7
– TGL2	Not Present
– TGD	Undefined
– TGPL1	3
– TGPL2	Not Present	R99 and Rel-4 only
– RPP	Mode 0
– ITP	Mode 0
– CHOICE UL/DL mode	UL and DL or DL only or UL only depending on UE capability
– Downlink compressed mode method	SF/2
– Uplink compressed mode method	SF/2 or Not present depending on UE capability
– Downlink frame type	A
– DeltaSIR1	20 (2.0)
– DeltaSIRAfter1	10 (1.0)
– DeltaSIR2	Not present
– DeltaSIRAfter2	Not present
– N identify abort	Not present
– T Reconfirm abort	Not present
– TX diversity mode	None
– SSDT information	Not present	R99 and Rel-4 only
– Default DPCH offset value	Not present

MEASUREMENT REPORT (Step 10)

Information Element	Value/remark
Measurement identity	Check to see if set to 3
Measured results	Check to see if it is absent
Additional measured results	Check to see if it is absent
Event results	Inter-frequency measurement event results,
– CHOICE event result
– Inter-frequency measurement event results
– Inter-frequency event identity	2c
– Inter-frequency cells
– Frequency info	Set to same frequency as used for cell 4
– Non frequency related measurement event results
– CHOICE mode
– FDD
– Primary CPICH info
– Primary scrambling code	Set to same code as used for cell 4

MEASUREMENT CONTROL (Step 11)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions:

Information Element	Value/remark
Measurement Identity	4
Measurement Command	Setup
CHOICE Measurement type
– Inter-frequency measurement
– Inter-frequency measurement objects list
– Inter-frequency SI Acquisition
– Frequency info	Set to same frequency as used for cell 4
– CHOICE mode
– FDD
– Primary scrambling code – Inter-frequency measurement quantity – Filter Coefficient – Frequency quality estimate quantity – Inter-frequency reporting quantity – UTRAN Carrier RSSI – Frequency quality estimate – Non frequency related quantities – Cell synchronisation information reporting indicator – Cell identity reporting indicator – CPICH Ec/No reporting indicator – CPICH RSCP reporting indicator – Pathloss reporting indicator	Set to same scrambling code as used for cell 4 4 CPICH RSCP FALSE FALSE FALSE FALSE FALSE TRUE FALSE
– CHOICE report criteria
– Periodical reporting criteria
– Amount of reporting	1
– Reporting interval DPCH compressed mode status info	4000ms Not present

MEASUREMENT REPORT (Step13)

Information Element	Value/remark
Measurement identity	Check to see if set to 4
Measured Results
-CHOICE Measurement
– Inter-frequency measured results list
– Inter-frequency measurement results
– Frequency info	Set to same frequency as used for cell 4
– Inter-frequency cell measurement results
– Cell measured results
– Cell Identity	Set to 28-bit Cell identity as used for cell 4
– CSG Identity	Set to same code as used for cell 4(2)
– CSG Member indication	member
– CHOICE mode
– FDD
– Primary CPICH info
– Primary scrambling code – CPICH Ec/N0 – CPICH RSCP – Pathloss	Set to same code as used for cell 4 Check that this IE is absent Check that this IE is present Check that this IE is absent

PHYSICAL CHANNEL RECONFIGURATION (Step 14)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions:

Information Element	Value/Remark
RRC State indicator	CELL_DCH
Frequency info
– CHOICE mode
– FDD
– UARFCN downlink (Nd)	UARFCN for the downlink corresponding to cell4
Downlink information common for all radio links
– CHOICE DPCH info
– Downlink DPCH info common for all RL
– Timing indication	Initialise
Downlink information per radio link list	1 radio link
– Downlink information for each radio link
– CHOICE mode	FDD
– FDD
– Primary CPICH info
– Primary Scrambling Code	Set to same code as used for cell 4

8.3.12.1.5 Test requirement

At step 4, the UE sends 2d event to the cell1.

At step 10, the UE sends 2c event to the cell1 for Cell 4.

At step 13, The UE sends a measurement reporting including the cell identity, CSG ID and CSG membership indication of the cell 4 within 4000ms.

At step 15, UE sends Physical Channel Reconfiguration Complete message on uplink DCCH using AM RLC.

8.3.12.2 Inter-frequency inbound handover to UMTS CSG cell

8.3.12.2.1 Definition

Test to verify the UE can report the Cell Identity, CSG ID and CSG membership indication of inter-frequency CSG cells with reporting proximity indication.

8.3.12.2.2 Conformance requirement

1: Inter-frequency measurements for CSG/Hybrid cells:

For each cell reported in the IE "Cell measured results" of an inter-frequency Measurement Report, which is also included in the IE "Inter-frequency SI Acquisition" associated with the measurement:

1> if the UE managed to acquire the system information of the concerned cell:

2> include the following IEs in the IE "Cell measured results":

3> "Cell Identity" IE;

3> if the concerned cell broadcasts a CSG identity:

4> "CSG Identity" IE.

4> "CSG Member indication" IE and set it to "member" if CSG identity of the concerned cell is present in UE’s CSG whitelist.

If the UE needs measurement gaps to read the system information on the non-used frequency, the system information of the reported cell can be acquired by the UE via autonomous measurement gaps when the IE "Inter-frequency SI Acquisition" is received by the UE, i.e., UE is allowed to temporarily abort communication with the serving cell to perform SI acquisition within the limits (detailed value is FFS). UE shall send the measurement report before the maximum provided time specified in IE “Periodical reporting criteria” if the UE is able to acquire SI early.

2: Inter-frequency Measurement Procedure of CSG and Hybrid cells:

1) The SRNC configures the UE with a measurement having "CSG Proximity detection" as measurement type.

2) The UE sends an "entering" CSG proximity indication when it determines it may be near a cell, (based on UE implementation) whose CSG ID is in the UE’s CSG whitelist. The CSG proximity indication includes the RAT and frequency of the cell.

3) The SRNC configures a measurement on the concerned frequency/RAT to measure CSG/hybrid cells. Compressed mode gaps, if required by the UE, are also activated to allow UE to perform measurements on the reported RAT and frequency. The network may also use the proximity indication to minimize the requesting of handover preparation information of CSG/hybrid cells by avoiding requesting such information when the UE is not in the geographical area where cells whose CSG IDs are in the UEs CSG whitelist are located.

4) The UE sends a measurement report including the measured PSCs/PCIs.

5) The SRNC configures the UE to perform SI acquisition and reporting of a particular PSC/PCI.

6) The UE performs SI acquisition using autonomous gaps, i.e., the UE may suspend reception and transmission with the SRNC within the limits (the limit is currently FFS) to acquire the relevant system information from the target HNB/HeNB.

7) The UE sends a measurement report including Cell Identity, CSG ID and CSG membership indication.

8) SRNC can then proceed with the handover processing. The handover processing for inter-frequency handover to a CSG/Hybrid cell is described in [6].

NOTE: The above steps also apply to inter-RAT mobility from UMTS cell to HeNB.

After sending an "entering" CSG proximity indication (step 2), if the UE determines that it is no longer near any cell (on the reported proximate RAT and frequency) whose CSG ID is in the UE’s CSG whitelist, the UE sends a "leaving" CSG proximity indication to the SRNC. Upon reception of this indication, the SRNC may reconfigure the UE to stop measurements on the reported RAT and frequency.

In the above procedure, step 2 may not be performed in case the UE has not previously visited the HNB, e.g., when the UE first visits a CSG/hybrid cell.

The PSC/PCI confusion is resolved by steps 5, 6 and 7. The SRNC can request SI acquisition and reporting for any PSC/PCI, not limited to PSCs/PCIs of CSG or hybrid cells.

3: The CSG SI acquisition delay is defined as the time between any occurrences that will trigger a SI decoding until the UE starts to transmit over the Uu interface. This requirement assumes that the measurement report is not delayed by other RRC signalling on the DCCH. The measurement reporting delay also excludes any RRC procedure delay which is defined in [16] when SI reading is initiated by a measurement control message.

For intra frequency CSG cells, CSG SI decoding is typically triggered when a cell with primary scrambling code in a preconfigured range meets the criteria for measurement reporting. For inter frequency CSG cells, CSG SI decoding is explicitly requested by RRC signalling.

The CSG SI reporting delay shall not be more than T_{CSG-SI-Report} where T_{CSG-SI-Report} in ms is given by

T_{CSG-SI-Report} = [630]+ 40*SIB3_REP

SIB3_REP is the repetition period at which the CSG cell schedules SIB3 blocks in units of frames

This requirement is applicable for CSG target cell configurations where the information required to make the SI report can be determined from the MIB and SIB3 alone, and SIB3 is not segmented into multiple TTI. Additionally, for the requirement to be applicable, the reception conditions shall be [TBD] such that the system frame number of the target CSG cell, the MIB and SIB3 can each be successfully decoded in no more than four attempts.

Test requirement = RRC Procedure delay + T_{CSG-SI-Report}

Reference

1: 3GPP TS 25.331 clause 14.7a.2.

2: 3GPP TS 25.367, clause 8.1.2.

3: 3GPP TS 25.133, clause 5.13.2, A.5.11.2.

8.3.12.2.3 Test purpose

1. To confirm that the UE can report CSG proximity indication to the SRNC.

2. To confirm that the UE can report the Cell Identity, CSG ID and CSG membership indication of inter-frequency CSG cells.

8.3.12.2.4 Method of test

Initial Condition

System Simulator:

3 cells: Cell 1, cell 4 and cell5 are active.

The CSG id of the Cell4 is 2.

Cell 5 does not broadcast CSG ID.

The SIB3_REP of cell 4 SIB3 scheduling is 64.

User Equipment:

The UE Allowed CSG List contains CSG2.

The UE is PS-DCCH+DTCH_DCH (state 6-10) or CS-DCCH+DTCH_DCH (state 6-9) or PS+CS-DCCH+DTCH_DCH (state 6-14) as specified in clause 7.4 of TS 34.108, depending on the CN domain(s) supported by the UE.

Related ICS/IXIT statement(s)

– UE supports FDD

– UE supports Compressed mode.

– UE supports Neighbour Cell SI acquisition capability.

– UE supports the capability of inter-frequency SI acquisition for HO.

Test Procedure

Table 8.3.12.2-1 illustrates the downlink power to be applied for the 3 cells.

Table 8.3.12.2-1

Parameter	Unit	Cell 1		Cell 4		Cell5
Test Channel		1		2		3
		T0	T1	T0	T1	T0	T1
CPICH Ec	dBm/3.84 MHz	-60	-70	-60	-55	-60	-80

The three cells are all active. The UE is initially in CELL_DCH and has a radio bearer with the cell1.

At instant T0, the downlink is changed according to what is shown in table 8.3.12.1 -1. The SS then activates the UE to detect the CSG proximity by sending a MEASUREMENT CONTROL message to the UE. The UE shall answer the CSG proximity indication to the cell1.

The SS sends MEASUREMENT CONTROL with 1c event to enable the CSG VAS active set in the UE.

The SS configures then compressed mode (if required), to prepare the UE for inter-frequency measurements, by sending a PHYSICAL CHANNEL RECONFIGURATION message on DCCH using AM-RLC. The UE shall answer with a PHYSICAL CHANNEL RECONFIGURATION COMPLETE message.

The SS then sets up inter-frequency measurements (event 2b), by sending a MEASUREMENT CONTROL message to the UE. Compressed mode is started at the same time in that message (if required).

At instant T1, the downlink power is changed according to what is shown in table 8.3.12.1 -1. The UE shall thus send a MEASUREMENT REPORT with 2b event to the SS.

The SS then sets up SI acquisition of cell 4 by sending a MEASUREMENT CONTROL message to the UE. Compressed mode is started at the same time in that message (if required). And then the UE shall answer the cell identity, CSG ID and CSG membership indication of the cell 4.

Independent of the UE requiring compressed mode, the SS then continues by sending a PHYSICAL CHANNEL RECONFIGURATION message to the UE on DCCH using AM-RLC, to order it to perform timing reinitialised inter-frequency handover to cell4.

The UE shall then transmit a PHYSICAL CHANNEL RECONFIGURATION COMPLETE message to the SS when the inter-frequency handover has succeeded. In case the initial condition was CS-DCCH+DTCH_DCH, that message shall contain the IEs "COUNT-C activation time" and the IE "START list" (in the IE "Uplink counter synchronisation info"), indicating to the SS when and from which value to start incrementing the HFN part of the COUNT-C variable used for ciphering.

Expected sequence

Step	Direction		Message	Comment
	UE	SS
1				The SS changes the power of the cell1 and cell4 according to column T0 in table 8.3.12.2-1
2			MEASUREMENT CONTROL	The SS configures a measurement with detecting the CSG proximity to the UE.
3			MEASUREMENT REPORT	UE sends a report with the CSG proximity indication to the SS. The message includes the RAT and frequency of the cell4.
4			MEASUREMENT CONTROL	The SS configures a measurement with 1c event. The cell information is set to the same as the cell1. If Compressed Mode is not required (refer ICS/IXIT) go to step 7
5			PHYSICAL CHANNELRECONFIGURATION	SS instructs UE to begin compressed mode operation. (for FDD only)
6			PHYSICAL CHANNELRECONFIGURATION COMPLETE	(for FDD only)
7			MEASUREMENT CONTROL	The SS configures a measurement to measure cells. The message includes the PSC range, the compressed mode gaps and the parameters of the event 2b.
8				SS re-adjusts the downlink transmission power settings of the cell4 according to columns "T1" in table 8.3.12.2-1.
9			MEASUREMENT REPORT	The UE sends a measurement report including the measured PSCs for cell 4 and event 2b.
10			MEASUREMENT CONTROL	The SS configures the UE to perform SI acquisition and reporting of cell 4.
11				The UE performs SI acquisition to acquire the relevant system information from the cell4.
12			MEASUREMENT REPORT	The UE sends a measurement reporting including the cell identity, CSG ID and CSG membership indication of the cell 4.
13			PHYSICAL CHANNEL RECONFIGURATION	The SS orders the UE to perform timing re-initialised inter-frequency handover to cell 4.
14			PHYSICAL CHANNEL RECONFIGURATION COMPLETE	After the UE has succeeded in performing the inter-frequency handover, it shall send a PHYSICAL CHANNEL RECONFIGURATION COMPLETE message to the SS using the new configuration
15			CALL C.3	If the test result of C.3 indicates that UE is in CELL_DCH state, the test passes, otherwise it fails.

Specific Message Contents

MEASUREMENT CONTROL (Step 2)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions

Information Element	Value/remark
Measurement Identity	1
Measurement Command	Setup
CHOICE Measurement type
– CSG Proximity detection	enable

MEASUREMENT REPORT (Step 3)

Information Element	Value/remark
Measurement identity	Check to see if set to 1
Measured results	Check to see if it is absent
Additional measured results	Check to see if it is absent
CSG Proximity Indication
– CSG Proximity Indication – CHOICE Radio Access Technology – UTRA – CSG Frequency info for UTRA – CHOICE mode – FDD – UARFCN uplink (Nu) – UARFCN downlink (Nd)	entering The same as Cell2 The same as Cell2

MEASUREMENT CONTROL (Step 4)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions

Information Element	Value/remark
Measurement identity	2
Measurement command	Setup
CHOICE measurement type	Intra-frequency measurement
– intra-frequency measurement
– Intra-frequency measurement objects list
– Cells for measurement
– Intra-frequency cell id	Set to same code as used for cell 1
– CHOICE report criteria	Intra-frequency measurement reporting criteria
– Intra-frequency measurement reporting criteria
– Parameters required for each events
– Intra-frequency event identity	1c
– Hysteresis	4 (2dB)
– Replacement activation threshold	3
– Time to trigger	10 ms
– Amount of reporting	16
– Reporting interval	4000ms
– Reporting cell status	Not present

PHYSICAL CHANNEL RECONFIGURATION (Step 5)

Use the same message sub-type found in TS 34.108, clause 9.

PHYSICAL CHANNEL RECONFIGURATION COMPLETE (Step 6)

Use the same message sub-type found in TS 34.108, clause 9.

MEASUREMENT CONTROL (Step 7)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions

Information Element	Value/remark
Measurement identity	3
Measurement command	Setup
CHOICE Measurement type
– Inter-frequency measurement objects list
– New inter-frequency cells
– Inter-frequency cell id	Set to same code as used for cell 4
– Frequency info	Set to same code as used for cell 4
– cell info
– Cell individual offset	Set to same code as used for cell 4
– Read SFN indicator	Set to same code as used for cell 4
– CHOICE mode
-FDD
– Primary CPICH info
– Primary Scrambling Code	Set to same code as used for cell 4(144)
-Inter-frequency measurement
– Measurement validity	CELL_DCH state
– CHOICE report criteria
– Inter-frequency measurement reporting criteria
– Parameters required for each event
– Inter-frequency event identity	2b
– Threshold used frequency	-65 dBm
– W used frequency	0.0
– Hysteresis – Time to trigger	2(1dB) 10 ms
– Parameters required for each non-used frequency
– Threshold non used frequency	-68 dBm
– W non used frequency	0

MEASUREMENT REPORT (Step 9)

Information Element	Value/remark
Measurement identity	Check to see if set to 3
Measured results	Check to see if it is absent
Additional measured results	Check to see if it is absent
Event results	Inter-frequency measurement event results,
– CHOICE event result
– Inter-frequency measurement event results
– Inter-frequency event identity	2b
– Inter-frequency cells
– Frequency info	Set to same code as used for cell 4
– Non frequency related measurement event results
– CHOICE mode
– FDD
– Primary CPICH info
– Primary scrambling code	Set to same code as used for cell 4(144)

MEASUREMENT CONTROL (Step 10)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions:

Information Element	Value/remark
Measurement Identity	4
Measurement Command	Setup
CHOICE Measurement type
– Inter-frequency measurement
– Inter-frequency measurement objects list
– Cells for measurement
– Inter-frequency cell id	Set to same code as used for cell 4
– Inter-frequency SI Acquisition
– Frequency info	Set to same code as used for cell 4
– CHOICE mode
– FDD
– Primary scrambling code	Set to same code as used for cell 4(144)
– CHOICE report criteria
– Periodical reporting criteria
– Amount of reporting	1
– Reporting interval	4000 ms

MEASUREMENT REPORT (Step12)

Information Element	Value/remark
Measurement identity	Check to see if set to 4
Measured results	Check to see if it is absent
Additional measured results	Check to see if it is absent
Measured Results
-CHOICE Measurement
– Inter-frequency measured results list
– Inter-frequency measurement results
– Frequency info	Set to the Default
– Inter-frequency cell measurement results
– Cell measured results
– Cell Identity	Set to same code as used for cell 4
– CSG Identity	Set to same code as used for cell 4(2)
– CSG Member indication	member
– CHOICE mode
– FDD
– Primary CPICH info
– Primary scrambling code	Set to same code as used for cell 4(144)

PHYSICAL CHANNEL RECONFIGURATION (Step 13)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions:

Information Element	Value/Remark
RRC State indicator	CELL_DCH
Frequency info
– CHOICE mode
– FDD
– UARFCN downlink (Nd)	UARFCN for the downlink corresponding to cell4
Downlink information common for all radio links
– CHOICE DPCH info
– Downlink DPCH info common for all RL
– Timing indication	Initialise
Downlink information per radio link list	1 radio link
– Downlink information for each radio link
– CHOICE mode
– FDD
– Primary CPICH info
– Primary Scrambling Code	Set to same code as used for cell 4(144)

8.3.12.2.5 Test requirement

At step 3, the UE sends CSG proximity indication to the cell1.

At step 9, the UE sends 2b event to the cell1.

At step 12, The UE sends a measurement reporting including the cell identity, CSG ID and CSG membership indication of the cell 4 within 4000ms.

At step 14, UE sends Physical Channel Reconfiguration Complete message on uplink DCCH using AM RLC.

8.3.12.3 Inter-frequency Measurements of UMTS CSG cell by non-member UE

8.3.12.3.1 Definition

Test to verify the UE can report the Cell Identity, CSG ID and CSG membership indication of a non-member CSG cell to the SRNC in the measurement report.

8.3.12.3.2 Conformance requirement

1: Inter-frequency measurements for CSG/Hybrid cells:

For each cell reported in the IE "Cell measured results" of an inter-frequency Measurement Report, which is also included in the IE "Inter-frequency SI Acquisition" associated with the measurement:

1> if the UE managed to acquire the system information of the concerned cell:

2> include the following IEs in the IE "Cell measured results":

3> "Cell Identity" IE;

3> if the concerned cell broadcasts a CSG identity:

4> "CSG Identity" IE.

4> "CSG Member indication" IE and set it to "member" if CSG identity of the concerned cell is present in UE’s CSG whitelist.

If the UE needs measurement gaps to read the system information on the non-used frequency, the system information of the reported cell can be acquired by the UE via autonomous measurement gaps when the IE "Inter-frequency SI Acquisition" is received by the UE, i.e., UE is allowed to temporarily abort communication with the serving cell to perform SI acquisition within the limits (detailed value is FFS). UE shall send the measurement report before the maximum provided time specified in IE “Periodical reporting criteria” if the UE is able to acquire SI early.

2: Inter-frequency Measurement Procedure of CSG and Hybrid cells:

1) The SRNC configures the UE with a measurement having "CSG Proximity detection" as measurement type.

2) The UE sends an "entering" CSG proximity indication when it determines it may be near a cell, (based on UE implementation) whose CSG ID is in the UE’s CSG whitelist. The CSG proximity indication includes the RAT and frequency of the cell.

3) The SRNC configures a measurement on the concerned frequency/RAT to measure CSG/hybrid cells. Compressed mode gaps, if required by the UE, are also activated to allow UE to perform measurements on the reported RAT and frequency. The network may also use the proximity indication to minimize the requesting of handover preparation information of CSG/hybrid cells by avoiding requesting such information when the UE is not in the geographical area where cells whose CSG IDs are in the UEs CSG whitelist are located.

4) The UE sends a measurement report including the measured PSCs/PCIs.

5) The SRNC configures the UE to perform SI acquisition and reporting of a particular PSC/PCI.

6) The UE performs SI acquisition using autonomous gaps, i.e., the UE may suspend reception and transmission with the SRNC within the limits (the limit is currently FFS) to acquire the relevant system information from the target HNB/HeNB.

7) The UE sends a measurement report including Cell Identity, CSG ID and CSG membership indication.

8) SRNC can then proceed with the handover processing. The handover processing for inter-frequency handover to a CSG/Hybrid cell is described in [6].

NOTE: The above steps also apply to inter-RAT mobility from UMTS cell to HeNB.

After sending an "entering" CSG proximity indication (step 2), if the UE determines that it is no longer near any cell (on the reported proximate RAT and frequency) whose CSG ID is in the UE’s CSG whitelist, the UE sends a "leaving" CSG proximity indication to the SRNC. Upon reception of this indication, the SRNC may reconfigure the UE to stop measurements on the reported RAT and frequency.

In the above procedure, step 2 may not be performed in case the UE has not previously visited the HNB, e.g., when the UE first visits a CSG/hybrid cell.

The PSC/PCI confusion is resolved by steps 5, 6 and 7. The SRNC can request SI acquisition and reporting for any PSC/PCI, not limited to PSCs/PCIs of CSG or hybrid cells.

3: The CSG SI acquisition delay is defined as the time between any occurrences that will trigger a SI decoding until the UE starts to transmit over the Uu interface. This requirement assumes that the measurement report is not delayed by other RRC signalling on the DCCH. The measurement reporting delay also excludes any RRC procedure delay which is defined in [16] when SI reading is initiated by a measurement control message.

For intra frequency CSG cells, CSG SI decoding is typically triggered when a cell with primary scrambling code in a preconfigured range meets the criteria for measurement reporting. For inter frequency CSG cells, CSG SI decoding is explicitly requested by RRC signalling.

The CSG SI reporting delay shall not be more than T_{CSG-SI-Report} where T_{CSG-SI-Report} in ms is given by

T_{CSG-SI-Report} = [630]+ 40*SIB3_REP

SIB3_REP is the repetition period at which the CSG cell schedules SIB3 blocks in units of frames

This requirement is applicable for CSG target cell configurations where the information required to make the SI report can be determined from the MIB and SIB3 alone, and SIB3 is not segmented into multiple TTI. Additionally, for the requirement to be applicable, the reception conditions shall be [TBD] such that the system frame number of the target CSG cell, the MIB and SIB3 can each be successfully decoded in no more than four attempts.

Test requirement = RRC Procedure delay + T_{CSG-SI-Report}

Reference

1: 3GPP TS 25.331 clause 14.7a.2.

2: 3GPP TS 25.367, clause 8.1.2.

3: 3GPP TS 25.133, clause 5.13.2, A.5.11.2.

8.3.12.3.3 Test purpose

1. To confirm that the UE can report the measurement report with non-member indication of the CSG cells to the SRNC.

8.3.12.3.4 Method of test

Initial Condition

System Simulator:

2cells: Cell 1, cell 4 are used.

The CSG id of the Cell4 is 2. Cell 1 does not broadcast CSG ID.

The SIB3_REP of cell 4, i.e., SIB3 scheduling is 64.

User Equipment:

The UE Allowed CSG List does not contain CSG2.

The UE is PS-DCCH+DTCH_DCH (state 6-10) or CS-DCCH+DTCH_DCH (state 6-9) or PS+CS-DCCH+DTCH_DCH (state 6-14) as specified in clause 7.4 of TS 34.108, depending on the CN domain(s) supported by the UE.

Related ICS/IXIT statement(s)

– UE supports FDD

– UE supports Compressed mode.

– UE supports Neighbour Cell SI acquisition capability.

– UE supports the capability of inter-frequency SI acquisition for HO.

Test Procedure

Table 8.3.12.3-1 illustrates the downlink power to be applied for the 2 cells.

Table 8.3.12.3-1

Parameter	Unit	Cell 1		Cell 4
Test Channel		1		2
		T0	T1	T0	T1
CPICH Ec	dBm/3.84 MHz	-60	-70	OFF	-55

Cell 1 is active. The UE is initially in CELL_DCH and has a radio bearer with the cell1.

At instant T0, the downlink is changed according to what is shown in table 8.3.12.1 -1. The SS sends MEASUREMENT CONTROL with 1c event required for construction of the CSG VAS active set in the UE.

The SS configures then compressed mode (if required), to prepare the UE for inter-frequency measurements, by sending a PHYSICAL CHANNEL RECONFIGURATION message on DCCH using AM-RLC. The UE shall answer with a PHYSICAL CHANNEL RECONFIGURATION COMPLETE message.

The SS then sets up CSG inter-frequency measurements (event 2b), by sending a MEASUREMENT CONTROL message to the UE.

At instant T1, the downlink power is changed according to what is shown in table 8.3.12.1 -1. The UE shall thus send a MEASUREMENT REPORT with 2b event to the SS.

The SS then sets up SI acquisition of cell 4 by sending a MEASUREMENT CONTROL message to the UE. And then the UE shall report the cell identity, CSG ID and CSG membership indication of the cell 4.

Expected sequence

Step	Direction		Message	Comment
	UE	SS
1				The SS changes the power of the two cells according to column T0 in table 8.3.12.3-1
2			MEASUREMENT CONTROL	Cell1 configures a measurement with 1c event. The cell information is set to the same as the cell1. If Compressed Mode is not required (refer ICS/IXIT) go to step 5
3			PHYSICAL CHANNELRECONFIGURATION	SS instructs UE to begin compressed mode operation. (for FDD only)
4			PHYSICAL CHANNELRECONFIGURATION COMPLETE	(for FDD only)
5			MEASUREMENT CONTROL	The SS configures a measurement to measure cells. The message includes the PSC range the compressed mode gaps and the parameters of the event 2b.
6				SS re-adjusts the downlink transmission power settings of the two cells according to columns "T1" in table 8.3.12.3-1.
7			MEASUREMENT REPORT	The UE sends a measurement report including the measured PSCs for cell 4 and event 2b to cell 1.
8			MEASUREMENT CONTROL	The SS configures the UE to perform SI acquisition and reporting of cell 4.
9				The UE performs SI acquisition to acquire the relevant system information from the cell4.
10			MEASUREMENT REPORT	The UE sends a measurement reporting including the cell identity, CSG ID and CSG membership indication of the cell 4 within 4000ms.
11			CALL C.3	If the test result of C.3 indicates that UE is in CELL_DCH state, the test passes, otherwise it fails.

Specific Message Contents

MEASUREMENT CONTROL (Step 2)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions

Information Element	Value/remark
Measurement identity	1
Measurement command Measurement reporting mode – Measurement reporting transfer mode – Periodic reporting / Event trigger reporting mode	Setup Acknowledged mode RLC Event trigger
CHOICE measurement type	Intra-frequency measurement
– intra-frequency measurement
– Intra-frequency measurement objects list
– Remove all intra-frequency cells – New intra-frequency cells
– Intra-frequency cell id – Cell info – Cell individual offset – Reference time difference to cell – Read SFN number – CHOICE mode – Primary CPICH info – Primary scrambling code – Primary CPICH Tx power – TX Diversity indicator – Intra-frequency measurement quantity – Filter Coefficient – CHOICE mode – FDD – Measurement quantity	1 0 (0dB) Not Present FALSE FDD 100 Not Present FALSE 0 CPICH RSCP
– CHOICE report criteria	Intra-frequency measurement reporting criteria
– Intra-frequency measurement reporting criteria
– Parameters required for each events
– Intra-frequency event identity	1c
– Hysteresis	4 (2dB)
– Replacement activation threshold	3
– Time to trigger	10 ms
– Amount of reporting	16
– Reporting interval	4000ms
– Reporting cell status	Not present

PHYSICAL CHANNEL RECONFIGURATION (Step 3)

Use the same message sub-type found in Annex A, which is entitled "(Packet to CELL_DCH from CELL_DCH in PS)", with the following exceptions in the IE(s) concerned:

Information Element	Value/remark	Version
Downlink information common for all radio links
– Downlink DPCH info common for all RL
– Timing Indication	Maintain
– Downlink DPCH power control information
– DPC mode	0 (Single)
– CHOICE Mode	FDD
– Power offset PPilot-DPDCH	0
– DL rate matching restriction information	Not present
– Spreading factor	Refer to the parameter set in TS 34.108
– Fixed or flexible position	Flexible
– TFCI existence	TRUE
– Number of bits for Pilot bits (SF=128, 256)	Not present
– DPCH compressed mode info
– TGPSI	1
– TGPS status flag	Activate
– TGCFN	(Current CFN+(256 – TTI/10msec)) mod 256
– Transmission gap pattern sequence configuration parameters
– TGMP	FDD Measurement
– TGPRC	Infinity
– TGSN	4
– TGL1	7
– TGL2	Not Present
– TGD	Undefined
– TGPL1	3
– TGPL2	Not Present	R99 and Rel-4 only
– RPP	Mode 0
– ITP	Mode 0
– CHOICE UL/DL mode	UL and DL or DL only or UL only depending on UE capability
– Downlink compressed mode method	SF/2
– Uplink compressed mode method	SF/2 or Not present depending on UE capability
– Downlink frame type	A
– DeltaSIR1	20 (2.0)
– DeltaSIRAfter1	10 (1.0)
– DeltaSIR2	Not present
– DeltaSIRAfter2	Not present
– N identify abort	Not present
– T Reconfirm abort	Not present
– TX diversity mode	None
– SSDT information	Not present	R99 and Rel-4 only
– Default DPCH offset value	Not present

MEASUREMENT CONTROL (Step 5)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions

Information Element	Value/remark
Measurement identity	2
Measurement command Measurement reporting mode – Measurement reporting transfer mode – Periodic reporting / Event trigger reporting mode Additional measurement list	Setup Unacknowledged Mode RLC Event trigger Not present
CHOICE Measurement type -Inter-frequency measurement
– Inter-frequency measurement objects list – Inter-frequency cell removal	Not Present
– New inter-frequency cells
– Inter-frequency cell id	1
– Frequency info	Frequency information of cell 4
– cell info
– Cell individual offset – Reference time difference to cell	Not Present Not Present
– Read SFN indicator	FALSE
– CHOICE mode
-FDD
– Primary CPICH info
– Primary Scrambling Code – Primary CPICH Tx power – TX Diversity Indicator – Cell for measurement – CSG Inter-frequency cell info – CSG Frequency info – Frequency info – CSG Inter-frequency cell info for the frequency – CSG cell info list – CHOICE mode – Start PSC – Number of PSCs – Inter-frequency SI Acquisition – Inter-frequency measurement quantity – Filter Coefficient – Frequency quality estimate quantity – Inter-frequency reporting quantity – UTRAN Carrier RSSI – Frequency quality estimate – Non frequency related quantities – Cell synchronisation information reporting indicator – Cell identity reporting indicator – CPICH Ec/No reporting indicator – CPICH RSCP reporting indicator – Pathloss reporting indicator	Set to same code as used for cell 4 Not present FALSE Not present Frequency of Cell 4 FDD 300 100 Not present 4 CPICH RSCP FALSE FALSE FALSE FALSE FALSE TRUE FALSE
– Measurement validity – Inter-frequency set update – UE autonomous update mode	CELL_DCH state On with no reporting
– CHOICE report criteria
– Inter-frequency measurement reporting criteria
– Parameters required for each event
– Inter-frequency event identity	2b
– Threshold used frequency	-65dBm
– W used frequency	0.0
– Hysteresis – Time to trigger – Reporting cell status	2(1dB) 0 mSec Not present
– Parameters required for each non-used frequency
– Threshold non used frequency	-68 dBm
– W non used frequency DPCH compressed mode status info	0 Not present

MEASUREMENT REPORT (Step 7)

Information Element	Value/remark
Measurement identity	Check to see if set to 2
Measured results	Check to see if it is absent
Additional measured results	Check to see if it is absent
Event results	Inter-frequency measurement event results,
– CHOICE event result
– Inter-frequency measurement event results
– Inter-frequency event identity	2b
– Inter-frequency cells
– Frequency info	Set to same frequency as used for cell 4
– Non frequency related measurement event results
– CHOICE mode
– FDD
– Primary CPICH info
– Primary scrambling code	Set to same code as used for cell 4

MEASUREMENT CONTROL (Step 8)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions:

Information Element	Value/remark
Measurement Identity	3
Measurement Command	Setup
CHOICE Measurement type
– Inter-frequency measurement
– Inter-frequency measurement objects list
– Inter-frequency SI Acquisition
– Frequency info	Set to same frequency as used for cell 4
– CHOICE mode
– FDD
– Primary scrambling code – Inter-frequency measurement quantity – Filter Coefficient – Frequency quality estimate quantity – Inter-frequency reporting quantity – UTRAN Carrier RSSI – Frequency quality estimate – Non frequency related quantities – Cell synchronisation information reporting indicator – Cell identity reporting indicator – CPICH Ec/No reporting indicator – CPICH RSCP reporting indicator – Pathloss reporting indicator	Set to same scrambling as used for cell 4 4 CPICH RSCP FALSE FALSE FALSE FALSE FALSE TRUE FALSE
– CHOICE report criteria
– Periodical reporting criteria
– Amount of reporting	1
– Reporting interval DPCH compressed mode status info	4000ms Not present

MEASUREMENT REPORT (Step10)

Information Element	Value/remark
Measurement identity	Check to see if set to 3
Measured results	Check to see if it is absent
Additional measured results	Check to see if it is absent
Measured Results
-CHOICE Measurement
– Inter-frequency measured results list
– Inter-frequency measurement results
– Frequency info	Set to the frequency of cell 4
– Inter-frequency cell measurement results
– Cell measured results
– Cell Identity	Set to 28-bit Cell identity as used for cell 4
– CSG Identity – CSG Member indication	Set to same code as used for cell 4(2) Not present
– CHOICE mode
– FDD
– Primary CPICH info
– Primary scrambling code – CPICH Ec/N0 – CPICH RSCP – Pathloss	Set to same code as used for cell 4 Check that this IE is absent Check that this IE is present Check that this IE is absent

8.3.12.3.5 Test requirement

At step 7, the UE sends 2b event for cell 4 to cell1.

At step 10, The UE sends a measurement reporting including the cell identity, CSG ID and CSG membership(non-member) indication (which should be absent) of the cell 4 within 4000ms.

8.3.12.4 Intra-frequency inbound handover to UMTS CSG cell without specifying PSCs for SI Acquisition

8.3.12.4.1 Definition

Test to verify the UE can report the PSC, Cell Identity, CSG ID and CSG membership indication of intra-frequency CSG cells.

8.3.12.4.2 Conformance requirement

1.Intra-frequency measurements for CSG/Hybrid cells

For each cell reported in the IE "Cell measured results" of an intra-frequency Measurement Report, which is also included in the IE "Intra-frequency SI Acquisition" associated with the measurement:

1> if the UE managed to acquire the valid system information of the concerned cell:

2> include the following IEs in the IE "Cell measured results":

3> "Cell Identity" IE.

3> if the concerned cell broadcasts a CSG identity:

4> "CSG Identity" IE.

4> "CSG Member indication" IE and set it to "member" if the concerned cell is CSG member cell.

The system information of the reported cell(s) can be acquired by the UE without any measurement gaps.

2: Intra-frequency Measurement Procedure of CSG and Hybrid cells:

1) The SRNC configures the UE with a measurement having "CSG Proximity detection" as measurement type.

2) The UE sends an "entering" CSG proximity indication when it determines it may be near a cell, (based on UE implementation) whose CSG ID is in the UE’s CSG whitelist.

3) If a measurement configuration for CSG/hybrid cells is not present, the SRNC configures the UE with relevant measurement configuration which includes the PSCs that the UE must measure and the PSCs for which SI acquisition should be performed. The network may use the CSG proximity indication for intra-frequency case to minimize the time during which measurements for CSG/hybrid cells are configured.

4) The UE sends a measurement report including the measured PSC, Cell Identity, CSG ID and CSG membership indication of the target HNB to the SRNC (e.g., due to a triggered intra-frequency event 1d). The UE can acquire MIB and SIB3/SIB4 of intra-frequency target HNB cells in parallel with reception of the serving cell transmissions in CELL_DCH. No measurement gaps are required for reading MIB and SIB3/SIB4.

5) SRNC can then proceeds with the handover processing as described in [6].

After sending an "entering" CSG proximity indication (step 2), if the UE determines that it is no longer near any cell (on the reported proximate RAT and frequency) whose CSG ID is in the UE’s CSG whitelist, the UE sends a “leaving” CSG proximity indication to the SRNC. Upon reception of this indication, the SRNC may reconfigure the UE to stop measurements configured.

The PSC confusion is resolved by steps 3 and 4. The SRNC can request SI acquisition and reporting for any PSC, not limited to PSCs of CSG or hybrid cells.

Reference

1: 3GPP TS 25.331 v9.8 , clause 14.7a.1.

2: 3GPP TS 25.367 v9.5, clause 8.1.1.

8.3.12.4.3 Test purpose

1. To confirm that the UE can report the PSC of intra-frequency CSG cells.

2. To confirm that the UE can report the Cell Identity, CSG ID and CSG membership indication of intra-frequency CSG cells.

8.3.12.4.4 Method of test

Initial Condition

System Simulator:

2 cells: Cell 1 and Cell 2 are used.

Cell1 is active. Cell 1 does not broadcast CSG ID.

Cell2 is a CSG cell.

The CSG indicator of the cell2 is set to TRUE.

The CSG id of the Cell2 is 2.

The PSC of the cell 2 is 144.

User Equipment:

The UE Allowed CSG List contains CSG2.

The UE is PS-DCCH+DTCH_DCH (state 6-10) or CS-DCCH+DTCH_DCH (state 6-9) or PS+CS-DCCH+DTCH_DCH (state 6-14) as specified in clause 7.4 of TS 34.108, depending on the CN domain(s) supported by the UE.

Related ICS/IXIT statement(s)

– UE supports FDD

– UE supports the capability of intra-frequency SI acquisition for HO.

– UE supports the capability of intra-frequency proximity indication.

Test Procedure

Table 8.3.12.4-1 illustrates the downlink power to be applied for the 2 cells.

Table 8.3.12.4-1

Parameter	Unit	Cell 1			Cell 2
Test Channel		1			2
		T0	T1	T2	T0	T1	T2
CPICH Ec	dBm/3.84 MHz	-55	-55	-70	OFF	-70	-55

The UE is initially in cell_DCH state and has a radio bearer with the cell1. The initial condition is set as the instant T0 shown in table 8.3.12.4 -1.

The SS activates the UE to detect the CSG proximity by sending a MEASUREMENT CONTROL message to the UE.

At instant T1, the downlink is changed according to what is shown in table 8.3.12.4 -1. The UE shall answer the CSG proximity indication to the cell1.The SS then sets up intra-frequency measurements (event 1d), by sending a MEASUREMENT CONTROL message to the UE.

At instant T2, the downlink power is changed according to what is shown in table 8.3.12.4 -1. The UE shall thus send a MEASUREMENT REPORT with 1d event to the SS.

The SS sends ACTIVE SET UPDATE to the UE and commands the UE adds cell2 to the active set.

The UE shall then add the cell2 to the active set and handover to the cell2.

Expected sequence

Step	Direction		Message	Comment
	UE	SS
1				The initial condition is set as T0 in table8.3.12.4-1.
2			MEASUREMENT CONTROL	The SS configures a measurement with detecting the CSG proximity to the UE.
3				The SS re-adjusts the downlink transmission power settings of the cells according to columns "T1" in table 8.3.12.4-1.
4			MEASUREMENT REPORT	The UE sends a report with the CSG proximity indication to the SS. The message includes the RAT and frequency of the cell2.
5			MEASUREMENT CONTROL	The SS configures a measurement to the UE. Event 1d is configured.
6				The SS re-adjusts the downlink transmission power settings of the cell1 according to columns "T2" in table 8.3.12.4-1.
7			MEASUREMENT REPORT	The UE sends 1d event to the SS. The report includes the PSC, the cell identity, CSG ID and CSG membership indication of the cell 2.
8			ACTIVE SET UPDATE	The SS commands the UE to add cell 2 in active set.
9				The UE adds the cell2 to the active set and handover to the cell2.
10			ACTIVE SET UPDATE COMPLETE
11			CALL C.3	If the test result of C.3 indicates that UE is in CELL_DCH state, the test passes, otherwise it fails.

Specific Message Contents

MEASUREMENT CONTROL (Step 2)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions

Information Element	Value/remark
Measurement Identity	1
Measurement Command	Setup
CHOICE Measurement type
– CSG Proximity detection
– UTRA CSG Proximity detection	enable

MEASUREMENT REPORT (Step 4)

Information Element	Value/remark
Measurement identity	Check to see if set to 1
Measured results	Check to see if it is absent
Additional measured results	Check to see if it is absent
CSG Proximity Indication
– CSG Proximity Indication	entering
– CHOICE Radio Access Technology
– UTRA
– CSG Frequency info for UTRA
– CHOICE mode
– FDD
– UARFCN uplink (Nu)	The same as the cell2
– UARFCN downlink (Nd)	The same as the cell2

MEASUREMENT CONTROL (Step 5)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions:

Information Element	Value/remark
Measurement identity	2
Measurement command	Setup
Measurement reporting mode
– Measurement reporting transfer mode	Acknowledged mode RLC
– Periodic reporting / Event trigger reporting mode	Event trigger
CHOICE measurement type
– Intra-frequency measurement
– Intra-frequency cell info list
– CSG Intra-frequency cell info
– CSG Intra-frequency cell info
– CSG cell info list	1
– Choice mode
– FDD
– Start PSC
– Primary scrambling code	144
– Number of PSCs	5
– Intra-frequency SI Acquisition
– CHOICE mode
– FDD	For all PSC ranges specified in the "CSG Intra-frequency cell info" IE.
– Intra-frequency measurement quantity
– Filter Coefficient	0
– CHOICE mode
– FDD
– Measurement quantity	CPICH RSCP
– Intra-frequency reporting quantity
– Reporting quantities for active set cells
– Cell synchronisation information reporting indicator	FALSE
– Cell identity reporting indicator	FALSE
– CHOICE mode
– FDD
– CPICH Ec/No reporting indicator	FALSE
– CPICH RSCP reporting indicator	FALSE
– Pathloss reporting indicator	FALSE
– Reporting quantities for monitored set cells
– Cell synchronisation information reporting indicator	FALSE
– Cell identity reporting indicator	FALSE
– CHOICE mode
– FDD
– CPICH Ec/No reporting indicator	FALSE
– CPICH RSCP reporting indicator	FALSE
– Pathloss reporting indicator	FALSE
– Measurement validity	CELL_DCH state
– CHOICE report criteria
– Intra-frequency measurement reporting criteria
– Parameters required for each event
– Intra-frequency event identity	1d
– Hysteresis	4(2dB)
– Time to trigger
– Time to trigger	10 ms

MEASUREMENT REPORT (Step 7)

Information Element	Value/remark
Measurement identity	Check to see if set to 2
Measured Results
– CHOICE Measurement
-Intra-frequency measured results list
-Intra-frequency measurement results
– Cell measured results
– Cell Identity	The same as the cell2
– CSG Identity	2
– CSG Member indication	member
– CHOICE mode
-FDD
– Primary CPICH info
– Primary scrambling code	144(The same as the cell2)
Event results	Intra-frequency measurement event results,
– Intra-frequency measurement event results
– Intra-frequency event identity
– Intra-frequency event identity	1d
– Cell measurement event results
– CHOICE mode
-FDD
– Primary CPICH info
– Primary scrambling code	144(The same as the cell2)

ACTIVE SET UPDATE (Step 8)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions:

Information Element	Value/remark
Radio link addition information
– Radio link addition information
– Primary CPICH info
– Primary scrambling code	144(The same as the cell2)
– CHOICE DPCH info
– Downlink DPCH info for each RL
– CHOICE mode
– FDD
– Primary CPICH usage for channel estimation
– Primary CPICH usage for channel estimation	Primary CPICH may be used
– DPCH frame offset	Set to value: Default DPCH Offset Value (as currently stored in SS) mod 38 400
– DL channelisation code
– Spreading factor	Reference to Parameter Set according to the clause 6.10 in TS 34.108
– Code number	0
– TPC combination index
– TPC combination index	0
– Downlink F-DPCH info for each RL
– Primary CPICH usage for channel estimation
– Primary CPICH usage for channel estimation	Primary CPICH may be used
– F-DPCH frame offset	Set to value: Default DPCH Offset Value (as currently stored in SS) mod 38 400
– Code number	0
– TPC combination index
– TPC combination index	0
Serving Cell Change Parameters
– Serving Cell Change MAC reset	TRUE
– Serving Cell Change Message Type	RadioBearerSetup
– Serving Cell Change Transaction Id	0

ACTIVE SET UPDATE COMPLETE (Step 10)

Use the same message sub-type found in TS 34.108, clause 9.

8.3.12.4.5 Test requirement

At step 4, the UE sends CSG proximity indication to the cell1.

At step 7, the UE sends 1d event to the cell1 including the psc, cell identity, CSG ID and CSG membership indication of the cell 2.

At step 10, the UE sends Active Set Update Complete message on uplink DCCH using AM RLC.

8.3.12.5 Intra-frequency inbound handover to UMTS CSG cell without reporting proximity indication

8.3.12.5.1 Definition

Test to verify the UE can report Cell Identity, CSG ID and CSG membership indication of intra-frequency CSG cells.

8.3.12.5.2 Conformance requirement

1.Intra-frequency measurements for CSG/Hybrid cells

For each cell reported in the IE "Cell measured results" of an intra-frequency Measurement Report, which is also included in the IE "Intra-frequency SI Acquisition" associated with the measurement:

1> if the UE managed to acquire the valid system information of the concerned cell:

2> include the following IEs in the IE "Cell measured results":

3> "Cell Identity" IE.

3> if the concerned cell broadcasts a CSG identity:

4> "CSG Identity" IE.

4> "CSG Member indication" IE and set it to "member" if CSG identity of the concerned cell is present in UE’s CSG whitelist.

The system information of the reported cell(s) can be acquired by the UE without any measurement gaps.

2: Intra-frequency Measurement Procedure of CSG and Hybrid cells:

1) The SRNC configures the UE with a measurement having "CSG Proximity detection" as measurement type.

2) The UE sends an "entering" CSG proximity indication when it determines it may be near a cell, (based on UE implementation) whose CSG ID is in the UE’s CSG whitelist.

3) If a measurement configuration for CSG/hybrid cells is not present, the SRNC configures the UE with relevant measurement configuration which includes the PSCs that the UE must measure and the PSCs for which SI acquisition should be performed. The network may use the CSG proximity indication for intra-frequency case to minimize the time during which measurements for CSG/hybrid cells are configured.

4) The UE sends a measurement report including the measured PSC, Cell Identity, CSG ID and CSG membership indication of the target HNB to the SRNC (e.g., due to a triggered intra-frequency event 1d). The UE can acquire MIB and SIB3/SIB4 of intra-frequency target HNB cells in parallel with reception of the serving cell transmissions in CELL_DCH. No measurement gaps are required for reading MIB and SIB3/SIB4.

5) SRNC can then proceeds with the handover processing as described in [6].

After sending an "entering" CSG proximity indication (step 2), if the UE determines that it is no longer near any cell (on the reported proximate RAT and frequency) whose CSG ID is in the UE’s CSG whitelist, the UE sends a “leaving” CSG proximity indication to the SRNC. Upon reception of this indication, the SRNC may reconfigure the UE to stop measurements configured.

The PSC confusion is resolved by steps 3 and 4. The SRNC can request SI acquisition and reporting for any PSC, not limited to PSCs of CSG or hybrid cells.

Reference

1: 3GPP TS 25.331, clause 14.7a.1.

2: 3GPP TS 25.367, clause 8.1.1.

8.3.12.5.3 Test purpose

1. To confirm that the UE considers CSG Set as the monitored set for measurement and measurement reporting procedures of intra-frequency CSG cells.

2. To confirm that the UE can report the Cell Identity, CSG ID and CSG membership indication of intra-frequency CSG cells.

8.3.12.5.4 Method of test

Initial Condition

System Simulator:

2 cells: Cell 1 and Cell 2 are used.

Cell1 is active. Cell1 does not broadcast CSG ID.

Cell2 is a CSG cell.

The “CSG Indicator” in MIB of the cell2 is set to TRUE.

The “CSG Identity” in SIB3 of the Cell2 is 2. “CSG PSC Split Information” is also included in SIB3 with “Start PSC” set to 144 and “Number of PSCs” set to 10.

The PSC of the cell 2 is 150.

The SIB3_REP of cell 2 SIB3 scheduling is 64.

User Equipment:

The UE Allowed CSG List contains CSG2.

The UE is PS-DCCH+DTCH_DCH (state 6-10) or CS-DCCH+DTCH_DCH (state 6-9) or PS+CS-DCCH+DTCH_DCH (state 6-14) as specified in clause 7.4 of TS 34.108, depending on the CN domain(s) supported by the UE.

Related ICS/IXIT statement(s)

– UE supports FDD

– UE supports the capability “Support of intra-frequency SI acquisition for HO”.

Test Procedure

Table 8.3.12.5-1 illustrates the downlink power to be applied for the 2 cells.

Table 8.3.12.5-1

Parameter	Unit	Cell 1		Cell 2
Test Channel		1		1
		T0	T1	T0	T1
CPICH Ec	dBm/3.84 MHz	-55	-70	OFF	-55

The UE is initially in cell_DCH state and has a radio bearer with the cell1. The initial condition is set as the instant T0 shown in table 8.3.12.5 -1.

The SS then sets up intra-frequency measurements (event 1d), by sending a MEASUREMENT CONTROL message to the UE.

At instant T1, the downlink is changed according to what is shown in table 8.3.12.5 -1. The UE shall thus send a MEASUREMENT REPORT with 1d event to the SS.

The SS configures the PSC range for SI acquisition to UE. The UE acquires the SI of the cell2 and sends it to the SS with the cell identity, CSG ID and membership indication.

The UE shall handover to the cell2.

Expected sequence

Step	Direction		Message	Comment
	UE	SS
1				The initial condition is set as T0 in table 8.3.12.5-1.
2			MEASUREMENT CONTROL	The SS configures a measurement to the UE. Event 1d is configured.
3				The SS re-adjusts the downlink transmission power settings of the cell1 and Cell 2 according to columns "T1" in table 8.3.12.5-1.
4			MEASUREMENT REPORT	The UE sends a 1d event with the PSC of cell2.
5			MEASUREMENT CONTROL	The SS configures the PSC range for SI acquisition.
6				The UE acquires the SI of the cell2.
7			MEASUREMENT REPORT	The UE reports the cell identity, CSG ID and CSG membership indication of the cell 2.
8			PHYSICAL CHANNEL RECONFIGURATION	The SS orders the UE to perform timing re-initialised intra-frequency handover to cell 2.
9			PHYSICAL CHANNEL RECONFIGURATION COMPLETE	After the UE has succeeded in performing the intra-frequency handover, it shall send a PHYSICAL CHANNEL RECONFIGURATION COMPLETE message to the SS using the new configuration
10			CALL C.3	If the test result of C.3 indicates that UE is in CELL_DCH state, the test passes, otherwise it fails.

Specific Message Contents

MEASUREMENT CONTROL (Step 2)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions:

Information Element	Value/remark
Measurement identity	1
Measurement command	Setup
Measurement reporting mode
– Measurement reporting transfer mode	Acknowledged mode RLC
– Periodic reporting / Event trigger reporting mode	Event trigger
CHOICE measurement type
– Intra-frequency measurement
– Intra-frequency cell info list
– Remove all intra-frequency cells – New intra-frequency cells
– Intra-frequency cell-id
– Cell info	1
– Cell individual offset	0 (0dB)
– Reference time difference to cell	Not Present
– Read SFN number	FALSE
– CHOICE mode	FDD
– Primary CPICH info
– Primary scrambling code	100
– Primary CPICH Tx power	Not Present
– TX Diversity indicator	FALSE
– CSG Intra-frequency cell info
– CSG Intra-frequency cell info
– CSG cell info list	1
– Choice mode
– FDD
– Start PSC
– Primary scrambling code	144
– Number of PSCs	10
– Intra-frequency measurement quantity
– Filter Coefficient	0
– CHOICE mode
– FDD
– Measurement quantity	CPICH RSCP
– Intra-frequency reporting quantity
– Reporting quantities for active set cells
– Cell synchronisation information reporting indicator	FALSE
– Cell identity reporting indicator	FALSE
– CHOICE mode
– FDD
– CPICH Ec/No reporting indicator	FALSE
– CPICH RSCP reporting indicator	TRUE
– Pathloss reporting indicator	FALSE
– Reporting quantities for monitored set cells
– Cell synchronisation information reporting indicator	FALSE
– Cell identity reporting indicator	FALSE
– CHOICE mode
– FDD
– CPICH Ec/No reporting indicator	FALSE
– CPICH RSCP reporting indicator	TRUE
– Pathloss reporting indicator	FALSE
– Reporting cell status	Not Present
– Measurement validity	CELL_DCH state
– CHOICE report criteria
– Intra-frequency measurement reporting criteria
– Parameters required for each event
– Intra-frequency event identity	1d
– Triggering condition 2	Monitored set cells
– Hysteresis	4(2dB)
– Time to trigger
– Time to trigger	10 ms
– Reporting cell status
– CHOICE reported cell	Report cells within monitored set cells on used frequency
– Maximum number of reported cells	2

MEASUREMENT REPORT (Step 4)

Information Element	Value/remark
Message Type
Integrity check info
– Message authentication code	This IE is checked to see if it is present. The value is compared against the XMAC-I value computed by SS. The first/ leftmost bit of the bit string contains the most significant bit of the MAC-I.
– RRC Message sequence number	This IE is checked to see if it is present. The value is used by SS to compute the XMAC-I value.
Measurement identity	Check to see if set to 1
Measured Results
– Intra-frequency measured results	Check to see if measurement results for Cell-2 are included and Cell-1 are not included.
– Cell measured results
– Cell Identity	Checked that this IE is absent
– Cell synchronisation information	Checked that this IE is absent
– Primary CPICH info
– Primary scrambling code	Refer to clause titled "Default settings for cell No.2 (FDD)" in clause 6.1 of TS 34.108
– CPICH Ec/N0	Checked that this IE is absent
– CPICH RSCP	Checked that this IE is present
– Pathloss	Checked that this IE is absent
Measured results on RACH	Checked that this IE is absent
Additional measured results	Checked that this IE is absent
Event results	Intra-frequency measurement event results,
– Intra-frequency measurement event results
– Intra-frequency event identity
– Intra-frequency event identity	1d
– Cell measurement event results
– CHOICE mode
-FDD
– Primary CPICH info
– Primary scrambling code	150(The same as the cell2)

MEASUREMENT CONTROL (Step 5)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions:

Information Element	Value/remark
Measurement Identity	2
Measurement Command	Setup
CHOICE Measurement type
– Intra-frequency measurement
– Intra-frequency cell info list
– Intra-frequency SI Acquisition
– CHOICE mode
– FDD
– Intra-frequency SI Acquisition info
– Primary Scrambling code
– Primary CPICH info
– Primary Scrambling code	Set to same code as used for cell 2(150)
– Intra-frequency measurement quantity
– Filter Coefficient	0
– CHOICE mode
– FDD
– Measurement quantity	CPICH RSCP
– Intra-frequency reporting quantity
– Reporting quantities for detected set cells
– Cell synchronisation information reporting indicator	FALSE
– Cell identity reporting indicator	FALSE
– CHOICE mode
– FDD
– CPICH Ec/No reporting indicator	FALSE
– CPICH RSCP reporting indicator	TRUE
– Pathloss reporting indicator	FALSE
– Reporting cell status
– CHOICE reported cell	Report cells within detected set on used frequency
– Maximum number of reported cells	2
– Measurement validity	Not Present
– CHOICE report criteria	Periodical reporting criteria
– Amount of reporting	1
– Reporting interval	4000 ms

MEASUREMENT REPORT (Step 7)

Information Element	Value/remark
Message Type
Integrity check info
– Message authentication code	This IE is checked to see if it is present. The value is compared against the XMAC-I value computed by SS. The first/ leftmost bit of the bit string contains the most significant bit of the MAC-I.
– RRC Message sequence number	This IE is checked to see if it is present. The value is used by SS to compute the XMAC-I value.
Measurement identity	Check to see if set to 2
Measured Results
– CHOICE Measurement
-Intra-frequency measured results list
-Intra-frequency measurement results
– Cell measured results
– Cell Identity	The same as the cell2
– CSG Identity	2
– CSG Member indication	member
– CHOICE mode
-FDD
– Primary CPICH info
– Primary scrambling code	150(The same as the cell2)
– CPICH Ec/N0	Check that this IE is absent
– CPICH RSCP	Check that this IE is present
– Pathloss	Check that this IE is absent
Measured results on RACH	Check that this IE is absent
Additional measured results	Check that this IE is absent
Event results	Check that this IE is absent

PHYSICAL CHANNEL RECONFIGURATION (Step 8)

Use the same contents of PHYSICAL CHANNEL RECONFIGURATION message in this test case as found in TS 34.108, clause 9, with sub-type titled as "Speech in CS" or "Non speech in CS" or "Packet to CELL_DCH from CELL_DCH in PS" with the following exceptions:

Information Element	Value/Remark
RRC State indicator	CELL_DCH
Frequency info
– CHOICE mode
– FDD
– UARFCN uplink(Nu)	Same uplink UARFCN as used for cell 2
– UARFCN downlink (Nd)	UARFCN for the downlink corresponding to cell2
Downlink information common for all radio links
– CHOICE DPCH info
– Downlink DPCH info common for all RL
– Timing indication	Initialise
Downlink information for each radio links
– CHOICE mode	FDD
– FDD
– Primary CPICH info
– Primary Scrambling Code	Set to same code as used for cell 2(150)

8.3.12.5.5 Test requirement

At step 4, the UE sends event 1d with the information of the cell2.

At step 7, the UE sends cell identity, CSG ID and CSG membership indication of the cell2 within 4000 ms.

At step 9, the UE sends Physical Channel Reconfiguration Complete on uplink DCCH using AM RLC.

8.3.12.6 Intra-frequency inbound handover to UMTS CSG cell

8.3.12.6.1 Definition

Test to verify the UE can report the Cell Identity, CSG ID and CSG membership indication of intra-frequency CSG cells.

8.3.12.6.2 Conformance requirement

1：Intra-frequency measurements for CSG/Hybrid cells

For each cell reported in the IE "Cell measured results" of an intra-frequency Measurement Report, which is also included in the IE "Intra-frequency SI Acquisition" associated with the measurement:

1> if the UE managed to acquire the valid system information of the concerned cell:

2> include the following IEs in the IE "Cell measured results":

3> "Cell Identity" IE.

3> if the concerned cell broadcasts a CSG identity:

4> "CSG Identity" IE.

4> "CSG Member indication" IE and set it to "member" if the concerned cell is CSG member cell.

The system information of the reported cell(s) can be acquired by the UE without any measurement gaps.

2: Intra-frequency Measurement Procedure of CSG and Hybrid cells:

1) The SRNC configures the UE with a measurement having "CSG Proximity detection" as measurement type.

2) The UE sends an "entering" CSG proximity indication when it determines it may be near a cell, (based on UE implementation) whose CSG ID is in the UE’s CSG whitelist.

3) If a measurement configuration for CSG/hybrid cells is not present, the SRNC configures the UE with relevant measurement configuration which includes the PSCs that the UE must measure and the PSCs for which SI acquisition should be performed. The network may use the CSG proximity indication for intra-frequency case to minimize the time during which measurements for CSG/hybrid cells are configured.

4) The UE sends a measurement report including the measured PSC, Cell Identity, CSG ID and CSG membership indication of the target HNB to the SRNC (e.g., due to a triggered intra-frequency event 1d). The UE can acquire MIB and SIB3/SIB4 of intra-frequency target HNB cells in parallel with reception of the serving cell transmissions in CELL_DCH. No measurement gaps are required for reading MIB and SIB3/SIB4.

5) SRNC can then proceeds with the handover processing as described in [6].

After sending an "entering" CSG proximity indication (step 2), if the UE determines that it is no longer near any cell (on the reported proximate RAT and frequency) whose CSG ID is in the UE’s CSG whitelist, the UE sends a “leaving” CSG proximity indication to the SRNC. Upon reception of this indication, the SRNC may reconfigure the UE to stop measurements configured.

The PSC confusion is resolved by steps 3 and 4. The SRNC can request SI acquisition and reporting for any PSC, not limited to PSCs of CSG or hybrid cells.

Reference

1: 3GPP TS 25.331 v9.8, clause 14.7a.1.

2: 3GPP TS 25.367 v.9.5, clause 8.1.1.

8.3.12.6.3 Test purpose

1. To confirm that the UE can report an "entering" CSG proximity indication as the SRNC configured

2. To confirm that the UE can report the PSC of intra-frequency CSG cells.

3. To confirm that the UE can report the Cell Identity, CSG ID and CSG membership indication of intra-frequency CSG cells.

8.3.12.6.4 Method of test

Initial Condition

System Simulator:

2 cells: Cell 1 and Cell 2 are used.

Cell1 is active. Cell1 does not broadcast CSG ID.

Cell2 is a CSG cell.

The CSG indicator of the cell2 is set to TRUE.

The CSG id of the Cell2 is 2.

The PSC of the cell 2 is 144.

User Equipment:

The UE Allowed CSG List contains CSG2.

The UE is PS-DCCH+DTCH_DCH (state 6-10) or CS-DCCH+DTCH_DCH (state 6-9) or PS+CS-DCCH+DTCH_DCH (state 6-14) as specified in clause 7.4 of TS 34.108, depending on the CN domain(s) supported by the UE.

Related ICS/IXIT statement(s)

– UE supports FDD

– UE supports the capability of intra-frequency SI acquisition for HO.

– UE supports the capability of intra-frequency proximity indication.

Test Procedure

Table 8.3.12.6-1 illustrates the downlink power to be applied for the 2 cells.

Table 8.3.12.6-1

Parameter	Unit	Cell 1			Cell 2
Test Channel		1			2
		T0	T1	T2	T0	T1	T2
CPICH Ec	dBm/3.84 MHz	-55	-55	-70	OFF	-60	-55

The UE is initially in cell_DCH state and has a radio bearer with the cell1. The initial condition is set as the instant T0 shown in table 8.3.12.6 -1.

The SS then activates the UE to detect the CSG proximity by sending a MEASUREMENT CONTROL message to the UE.

At instant T1, the downlink is changed according to what is shown in table 8.3.12.6 -1. The UE shall answer the CSG proximity indication to the cell1.The SS then sets up intra-frequency measurements (event 1d), by sending a MEASUREMENT CONTROL message to the UE.

At instant T2, the downlink power is changed according to what is shown in table 8.3.12.6 -1. The UE shall thus send a MEASUREMENT REPORT with 1d event to the SS with the PSC of the cell2.

The SS configures the PSC range for SI acquisition to UE. The UE acquires the SI of the cell2 and sends it to the SS with the cell identity, CSG ID and membership indication.

The SS sends ACTIVE SET UPDATE to the UE and commands the UE adds cell2 to the active set.

The UE shall then add the cell2 to the active set and handover to the cell2.

Expected sequence

Step	Direction		Message	Comment
	UE	SS
1				The initial condition is set as T0 in table 8.3.12.6-1.
2			MEASUREMENT CONTROL	The SS configures a measurement with detecting the CSG proximity to the UE.
3				The SS re-adjusts the downlink transmission power settings of the cell1 according to columns "T1" in table 8.3.12.6-1.
4			MEASUREMENT REPORT	The UE sends a report with the CSG proximity indication to the SS.
5			MEASUREMENT CONTROL	The SS configures a measurement to the UE. Event 1d is configured.
6				The SS re-adjusts the downlink transmission power settings of the cell1 according to columns "T2" in table 8.3.12.6-1.
7			MEASUREMENT REPORT	The UE sends a 1d event with the PSC of cell2.
8			MEASUREMENT CONTROL	The SS configures the PSC range for SI acquisition.
9				The UE acquires the SI of the cell2.
10			MEASUREMENT REPORT	The UE reports the cell identity, CSG ID and CSG membership indication of the cell 2.
11			ACTIVE SET UPDATE	The SS commands the UE to add cell 2 in active set and handover.
12				The UE adds the cell2 to the active set and handover to the cell2.
13			ACTIVE SET UPDATE COMPLETE
14			CALL C.3	If the test result of C.3 indicates that UE is in CELL_DCH state, the test passes, otherwise it fails.

Specific Message Contents

MEASUREMENT CONTROL (Step 2)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions

Information Element	Value/remark
Measurement Identity	1
Measurement Command	Setup
CHOICE Measurement type
– CSG Proximity detection
– UTRA CSG Proximity detection	enable

MEASUREMENT REPORT (Step 4)

Information Element	Value/remark
Measurement identity	Check to see if set to 1
Measured results	Check to see if it is absent
Additional measured results	Check to see if it is absent
CSG Proximity Indication
– CSG Proximity Indication	entering
– CHOICE Radio Access Technology
– UTRA
– CSG Frequency info for UTRA
– CHOICE mode
– FDD
– UARFCN uplink (Nu)	The same as the cell2
– UARFCN downlink (Nd)	The same as the cell2

MEASUREMENT CONTROL (Step 5)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions:

Information Element	Value/remark
Measurement identity	2
Measurement command	Setup
Measurement reporting mode
– Measurement reporting transfer mode	Acknowledged mode RLC
– Periodic reporting / Event trigger reporting mode	Event trigger
CHOICE measurement type
– Intra-frequency measurement
– Intra-frequency cell info list
– CSG Intra-frequency cell info
– CSG Intra-frequency cell info
– CSG cell info list	1
– Choice mode
– FDD
– Start PSC
– Primary scrambling code	144
– Number of PSCs	5
– Intra-frequency measurement quantity
– Filter Coefficient	0
– CHOICE mode
– FDD
– Measurement quantity	CPICH RSCP
– Intra-frequency reporting quantity
– Reporting quantities for active set cells
– Cell synchronisation information reporting indicator	FALSE
– Cell identity reporting indicator	FALSE
– CHOICE mode
– FDD
– CPICH Ec/No reporting indicator	FALSE
– CPICH RSCP reporting indicator	FALSE
– Pathloss reporting indicator	FALSE
– Reporting quantities for monitored set cells
– Cell synchronisation information reporting indicator	FALSE
– Cell identity reporting indicator	FALSE
– CHOICE mode
– FDD
– CPICH Ec/No reporting indicator	FALSE
– CPICH RSCP reporting indicator	FALSE
– Pathloss reporting indicator	FALSE
– Measurement validity	CELL_DCH state
– CHOICE report criteria
– Intra-frequency measurement reporting criteria
– Parameters required for each event
– Intra-frequency event identity	1d
– Hysteresis	4(2dB)
– Time to trigger
– Time to trigger	10 mSec

MEASUREMENT REPORT (Step 7)

Information Element	Value/remark
Measurement identity	Check to see if set to 2
Event results	Intra-frequency measurement event results,
– Intra-frequency measurement event results
– Intra-frequency event identity
– Intra-frequency event identity	1d
– Cell measurement event results
– CHOICE mode
-FDD
– Primary CPICH info
– Primary scrambling code	144(The same as the cell2)

MEASUREMENT CONTROL (Step 8)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions:

Information Element	Value/remark
Measurement Identity	3
Measurement Command	Setup
CHOICE Measurement type
– Intra-frequency measurement
– Intra-frequency measurement objects list
– Intra-frequency SI Acquisition
– CHOICE mode
– FDD
– Inter-frequency SI Acquisition info
– Primary Scrambling code
– Primary Scrambling code	Set to same code as used for cell 2(144)

MEASUREMENT REPORT (Step 10)

Information Element	Value/remark
Measurement identity	Check to see if set to 3
Measured Results
– CHOICE Measurement
-Intra-frequency measured results list
-Intra-frequency measurement results
– Cell measured results
– Cell Identity	The same as the cell2
– CSG Identity	2
– CSG Member indication	member
– CHOICE mode
-FDD
– Primary CPICH info
– Primary scrambling code	144(The same as the cell2)

ACTIVE SET UPDATE (Step 11)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions:

Information Element	Value/remark
Radio link addition information
– Radio link addition information
– Primary CPICH info
– Primary scrambling code	144(The same as the cell2)
– CHOICE DPCH info
– Downlink DPCH info for each RL
– CHOICE mode
– FDD
– Primary CPICH usage for channel estimation
– Primary CPICH usage for channel estimation	Primary CPICH may be used
– DPCH frame offset	Set to value: Default DPCH Offset Value (as currently stored in SS) mod 38 400
– DL channelisation code
– Spreading factor	Reference to Parameter Set according to the clause 6.10 in TS 34.108
– Code number	0
– TPC combination index
– TPC combination index	0
– Downlink F-DPCH info for each RL
– Primary CPICH usage for channel estimation
– Primary CPICH usage for channel estimation	Primary CPICH may be used
– F-DPCH frame offset	Set to value: Default DPCH Offset Value (as currently stored in SS) mod 38 400
– Code number	0
– TPC combination index
– TPC combination index	0
Serving Cell Change Parameters
– Serving Cell Change MAC reset	TRUE
– Serving Cell Change Message Type	RadioBearerSetup
– Serving Cell Change Transaction Id	0

ACTIVE SET UPDATE COMPLETE (Step 13)

Use the same message sub-type found in TS 34.108, clause 9.

8.3.12.6.6 Test requirement

At step 4, the UE sends CSG proximity indication to the SS.

At step 7, the UE sends 1d event to the SS including the PSC of the cell 2.

At step 10, the UE sends the cell identity, CSG ID and CSG membership indication of the cell 2 to the SS.

At step 13, the UE sends Active Set Update Complete message on uplink DCCH using AM RLC.

8.3.12.7 Intra-frequency Measurements for UMTS CSG Cell for Non-member UE

8.3.12.7.1 Definition

Test to verify that the UE can report the CSG ID and Cell Identity of the not-allowed intra-frequency CSG cell.

8.3.12.7.2 Conformance requirement

1. Intra-frequency measurements for CSG/Hybrid cells

For each cell reported in the IE "Cell measured results" of an intra-frequency Measurement Report, which is also included in the IE "Intra-frequency SI Acquisition" associated with the measurement:

1> if the UE managed to acquire the valid system information of the concerned cell:

2> include the following IEs in the IE "Cell measured results":

3> "Cell Identity" IE.

3> if the concerned cell broadcasts a CSG identity:

4> "CSG Identity" IE.

4> "CSG Member indication" IE and set it to "member" if CSG identity of the concerned cell is present in UE’s CSG whitelist.

2. CSG/Hybrid Cell Intra-frequency Measurement Procedure

1) The SRNC configures the UE with a measurement having "CSG Proximity detection" as measurement type.

2) The UE sends an "entering" CSG proximity indication when it determines it may be near a cell, (based on UE implementation) whose CSG ID is in the UE’s CSG whitelist.

3) If a measurement configuration for CSG/hybrid cells is not present, the SRNC configures the UE with relevant measurement configuration which includes the PSCs that the UE must measure and the PSCs for which SI acquisition should be performed. The network may use the CSG proximity indication for intra-frequency case to minimize the time during which measurements for CSG/hybrid cells are configured.

4) The UE sends a measurement report including the measured PSC, Cell Identity, CSG ID and CSG membership indication of the target HNB to the SRNC (e.g., due to a triggered intra-frequency event 1d). The UE can acquire MIB and SIB3/SIB4 of intra-frequency target HNB cells in parallel with reception of the serving cell transmissions in CELL_DCH. No measurement gaps are required for reading MIB and SIB3/SIB4.

5) SRNC can then proceeds with the handover processing as described in [6].

After sending an "entering" CSG proximity indication (step 2), if the UE determines that it is no longer near any cell (on the reported proximate RAT and frequency) whose CSG ID is in the UE’s CSG whitelist, the UE sends a “leaving” CSG proximity indication to the SRNC. Upon reception of this indication, the SRNC may reconfigure the UE to stop measurements configured.

The PSC confusion is resolved by steps 3 and 4. The SRNC can request SI acquisition and reporting for any PSC, not limited to PSCs of CSG or hybrid cells.

Reference

1. TS 25.331 clause 14.7a.1

2. TS 25.367 clause 8.1.1

8.3.12.7.3 Test purpose

1. To confirm that the UE considers CSG Set as the monitored set for measurement and measurement reporting procedures of intra-frequency CSG cells.

2. To verify that the UE could report the Cell Identity and CSG ID of the not-allowed intra-frequency CSG cell.

8.3.12.7.4 Method of test

Initial conditions

System Simulator

2 cells: Cell 1 and 2 are active.

Cell 1 does not broadcast CSG ID.

Cell2 is a CSG cell.

The “CSG Indicator” in MIB of the cell2 is set to TRUE.

Cell 2 is a CSG HNB cell with the CSG ID of CSG 1. “CSG PSC Split Information” is also included in SIB3 with “Start PSC” set to 144 and “Number of PSCs” set to 10.

The Primary Scrambling Code of Cell 2 is 150.

The SIB3_REP of cell 2 SIB3 scheduling is 64.

UE: CS-DCCH+DTCH_DCH (State 6-9) or PS-DCCH+DTCH_DCH (State 6-10) in cell 1 as specified in clause 7.4 of TS 34.108, depending on the CN domain supported by the UE.

The UE’s Allowed CSG List and the Operator CSG List are empty.

Related ICS/IXIT statement(s)

– UE supports FDD and CSG.

– UE supports the capability “Support of intra-frequency SI acquisition for HO”.

Test Procedure

Table 8.3.12.7-1 illustrates the downlink power to be applied for the 3 cells.

Table 8.3.12.7-1

Parameter	Unit	Cell 1		Cell 2
		T0	T1	T0	T1
Test Channel		1		1
CPICH Ec	dBm/3.84MHz	-60	-85	-90	-55

The two cells are all active. The UE is initially in CELL_DCH and has a radio bearer with the cell1.

SS configures its downlink transmission power settings according to columns "T0" in table 8.3.12.7-1. The SS configures the UE the PSC range of the intra-frequency HNB cells with a MEASUREMENT CONTROL message configuring event 1D “Change of best cell”.

SS configures its downlink transmission power settings according to columns "T1" in table 8.3.12.7-1. UE shall be triggered to transmit a MEASUREMENT REPORT message which includes the primary scrambling code for cell 2.

After the MEASUREMENT REPORT message is received, the SS transmits to the UE a MEASUREMENT CONTROL message to configure the UE to read the SI of the cell 2. When the UE receives this message, the UE shall perform the SI acquisition of the cell 2 and transmits a MEASUREMENT REPORT message.

SS calls for generic procedure C.3 to check that UE is in CELL_DCH state.

Expected sequence

Step	Direction		Message	Comment
	UE	SS
1	SS			The SS actives the cell 1and cell 2 according to column T0 in table 8.3.12.7-1
2			MEASUREMENT CONTROL	The SS configures a measurement with 1d event and CSG Intra-frequency cell info.
3	SS			SS configures its downlink transmission power settings according to columns "T1" in table 8.3.12.7-1.
4			MEASUREMENT REPORT	The UE sends a measurement report including the measured PSC for cell 2 and event 1D.
5			MEASUREMENT CONTROL	The SS instructs the UE to perform SI acquisition of cell 2.
6			MEASUREMENT REPORT	The UE sends a measurement reporting including the Cell identity and CSG ID, not including the CSG membership indication of the cell 2.
7			CALL C.3	If the test result of C.3 indicates that UE is in CELL_DCH state, the test passes, otherwise it fails.

Specific Message Contents

All messages indicated below shall use the same content as described in default message content, with the following exceptions:

MEASUREMENT CONTROL (Step 2)

Use the same message in TS 34.108, clause 9, with the following exceptions

Information Element	Value/remark
Measurement identity	1
Measurement command Measurement reporting mode Measurement reporting transfer mode Periodic reporting / Event trigger reporting mode	Setup Acknowledged mode RLC Event trigger
– CHOICE measurement type	Intra-frequency measurement
– Intra-frequency measurement
– Intra-frequency cell info list
– Intra-frequency cell removal	Not present
– New inter-frequency info list
– Intra-frequency cell-id
– Cell info	1
– Cell individual offset	0 (0dB)
– Reference time difference to cell	Not Present
– Read SFN number	FALSE
– CHOICE mode	FDD
– Primary CPICH info
– Primary scrambling code	100
– Primary CPICH Tx power	Not Present
– TX Diversity indicator	FALSE
– CSG Intra-frequency cell info
– CSG cell info list	1
– Choice mode	FDD
– FDD
– Start PSC	144
– Number of PSCs	10
– Intra-frequency measurement quantity
– Filter Coefficient	0
– Measurement quantity	CPICH RSCP
– Intra-frequency reporting quantity
– Reporting quantities for active set cells
– Cell synchronisation information reporting indicator	FALSE
– Cell identity reporting indicator	FALSE
– CPICH Ec/No reporting indicator	FALSE
– CPICH RSCP reporting indicator	TRUE
– Pathloss reporting indicator	FALSE
– Reporting quantities for active set cells
– Cell synchronisation information reporting indicator	FALSE
– Cell identity reporting indicator	FALSE
– CPICH Ec/No reporting indicator	FALSE
– CPICH RSCP reporting indicator	TRUE
– Pathloss reporting indicator	FALSE
– Reporting cell status	Not present
– Measurement validity	CELL_DCH state
– CHOICE report criteria	Intra-frequency measurement reporting criteria
– Intra-frequency measurement reporting criteria
– Parameters required for each events
– Intra-frequency event identity	1D
– Triggering condition 2	Monitored set cells
– Hysteresis	4(2dB)
– Time to trigger	10 mSec
– Reporting cell status
– CHOICE reported cell	Report cells within monitored set cells on used frequency
– Maximum number of reported cells	2

MEASUREMENT REPORT (Step 4)

Use the same message in TS 34.108, clause 9, with the following exceptions

Information Element	Value/remark
Message Type
Integrity check info
– Message authentication code	This IE is checked to see if it is present. The value is compared against the XMAC-I value computed by SS. The first/ leftmost bit of the bit string contains the most significant bit of the MAC-I.
– RRC Message sequence number	This IE is checked to see if it is present. The value is used by SS to compute the XMAC-I value.
Measurement identity	Check to see if set to 1
Measured results
– Intra-frequency measured results	Check to see if measurement results for Cell-2 are included and Cell-1 are not included.
– Cell measured results
– Cell Identity	Checked that this IE is absent
– Cell synchronisation information	Checked that this IE is absent
– Primary CPICH info
– Primary scrambling code	Refer to clause titled "Default settings for cell No.2 (FDD)" in clause 6.1 of TS 34.108
– CPICH Ec/N0	Checked that this IE is absent
– CPICH RSCP	Checked that this IE is present
– Pathloss	Checked that this IE is absent
Measured results on RACH	Check to see if this IE is absent
Additional Measured results	Check to see if this IE is absent
Event results	Check to see if set to "Intra-frequency event results"
– Intra-frequency event identity	Check to see if set to "1D"
– Cell measurement event results
– Primary scrambling code	Check to see if set to "Primary scrambling code of Cell 2"

MEASUREMENT CONTROL (Step 5)

Use the same message in TS 34.108, clause 9, with the following exceptions

Information Element	Value/remark
Measurement identity	2
Measurement command	Setup
– CHOICE measurement type	Intra-frequency measurement
– Intra-frequency measurement
– Intra-frequency cell info list
– Intra-frequency cell removal	Not present
– New inter-frequency info list	Not present
– Intra-frequency SI Acquisition
– Choice mode	FDD
– FDD
– Intra-frequency SI acquisition Info
– Primary Scrambling Code	Set to same code as used for cell 2(150)
– Intra-frequency measurement quantity
– Filter Coefficient	0
– Measurement quantity	CPICH RSCP
– Intra-frequency reporting quantity
– Reporting quantities for detected set cells
– Cell synchronisation information reporting indicator	FALSE
– Cell identity reporting indicator	FALSE
– CPICH Ec/No reporting indicator	FALSE
– CPICH RSCP reporting indicator	TRUE
– Pathloss reporting indicator	FALSE
– Reporting cell status
– CHOICE reported cell	Report cells within detected set on used frequency
– Maximum number of reported cells	2
– Measurement validity	Not present
– CHOICE report criteria	Periodical reporting criteria
– Amount of reporting	1
– Reporting interval	4000 msec

MEASUREMENT REPORT (Step 6)

Use the same message in TS 34.108, clause 9, with the following exceptions

Information Element	Value/remark
Message Type
Integrity check info
– Message authentication code	This IE is checked to see if it is present. The value is compared against the XMAC-I value computed by SS. The first/ leftmost bit of the bit string contains the most significant bit of the MAC-I.
– RRC Message sequence number	This IE is checked to see if it is present. The value is used by SS to compute the XMAC-I value.
Measurement identity	Check to see if set to 2
Measured results
– Intra-frequency measured results list
– Intra-frequency measurement results
– Cell measured results
– Cell Identity	Check to see if set to "Cell Identity of Cell 2"
– CSG Identity	Check to see if set to "CSG Identity of Cell 2 (CSG 1)"
– CSG Member indication	Check to see if it is absent
– Cell synchronisation information	Check to see if this IE is absent
– CHOICE mode	FDD
– FDD
– Primary CPICH Info
– Primary scrambling code	Primary scrambling code for cell 2
– CPICH Ec/No	Check to see if it is absent
– CPICH RSCP	Check to see if it is present
– Pathloss	Check to see if it is absent
Measured results on RACH	Check to see if this IE is absent
Additional Measured results	Check to see if this IE is absent
Event results	Check that this IE is absent

8.3.12.7.5 Test Requirements

At step 4, the UE shall send a MEASUREMENT REPORT message including the measured PSC for cell 2 and event 1D.

At step 6, the UE shall send a MEASUREMENT REPORT message including the cell identity and CSG ID of the cell 2 within 4000 msec.

8.3.12.8 Intra-frequency Inbound Handover to UMTS Hybrid Cell

8.3.12.8.1 Definition

Test to verify that the UE can report the CSG ID, Cell Identity and CSG membership indication of the intra-frequency hybrid cell.

8.3.12.8.2 Conformance requirement

1. Intra-frequency measurements for CSG/Hybrid cells

For each cell reported in the IE "Cell measured results" of an intra-frequency Measurement Report, which is also included in the IE "Intra-frequency SI Acquisition" associated with the measurement:

1> if the UE managed to acquire the valid system information of the concerned cell:

2> include the following IEs in the IE "Cell measured results":

3> "Cell Identity" IE.

3> if the concerned cell broadcasts a CSG identity:

4> "CSG Identity" IE.

4> "CSG Member indication" IE and set it to "member" if CSG identity of the concerned cell is present in UE’s CSG whitelist.

2. CSG/Hybrid Cell Intra-frequency Measurement Procedure

1) The SRNC configures the UE with a measurement having "CSG Proximity detection" as measurement type.

2) The UE sends an "entering" CSG proximity indication when it determines it may be near a cell, (based on UE implementation) whose CSG ID is in the UE’s CSG whitelist.

3) If a measurement configuration for CSG/hybrid cells is not present, the SRNC configures the UE with relevant measurement configuration which includes the PSCs that the UE must measure and the PSCs for which SI acquisition should be performed. The network may use the CSG proximity indication for intra-frequency case to minimize the time during which measurements for CSG/hybrid cells are configured.

4) The UE sends a measurement report including the measured PSC, Cell Identity, CSG ID and CSG membership indication of the target HNB to the SRNC (e.g., due to a triggered intra-frequency event 1d). The UE can acquire MIB and SIB3/SIB4 of intra-frequency target HNB cells in parallel with reception of the serving cell transmissions in CELL_DCH. No measurement gaps are required for reading MIB and SIB3/SIB4.

5) SRNC can then proceeds with the handover processing as described in [6].

After sending an "entering" CSG proximity indication (step 2), if the UE determines that it is no longer near any cell (on the reported proximate RAT and frequency) whose CSG ID is in the UE’s CSG whitelist, the UE sends a “leaving” CSG proximity indication to the SRNC. Upon reception of this indication, the SRNC may reconfigure the UE to stop measurements configured.

The PSC confusion is resolved by steps 3 and 4. The SRNC can request SI acquisition and reporting for any PSC, not limited to PSCs of CSG or hybrid cells.

Reference

1. TS 25.331 clause 14.7a.1

2. TS 25.367 clause 8.1.1

8.3.12.8.3 Test purpose

1. To confirm that the UE considers CSG Set as the monitored set for measurement and measurement reporting procedures of intra-frequency CSG cells.

2. To verify that the member UE could report the Cell Identity, CSG ID and CSG membership indication of the intra-frequency hybrid cell and handover to it.

8.3.12.8.4 Method of test

Initial conditions

System Simulator

2 cells: Cell 1 and 2 are active.

Cell 1 does not broadcast CSG ID.

Cell 2 is a hybrid cell with the CSG ID of CSG 2. “CSG PSC Split Information” is also included in SIB3 with “Start PSC” set to 144 and “Number of PSCs” set to 10.

The Primary Scrambling Code of Cell 2 is 150.

The SIB3_REP of cell 2 SIB3 scheduling is 64.

UE: CS-DCCH+DTCH_DCH (State 6-9) or PS-DCCH+DTCH_DCH (State 6-10) in cell 1 as specified in clause 7.4 of TS 34.108, depending on the CN domain supported by the UE.

The UE’s Allowed CSG List and the Operator CSG List contain CSG2.

Related ICS/IXIT statement(s)

– UE supports FDD and CSG.

– UE supports the capability “Support of intra-frequency SI acquisition for HO”.

Test Procedure

Same test procedure as in clause 8.3.12.5.

Expected sequence

Same expected sequence as in clause 8.3.12.5.

Specific Message Contents

Same specific message content as in clause 8.3.12.5.

8.3.12.8.5 Test Requirements

Same test requirement as in clause 8.3.12.5.

8.3.12.9 Intra-frequency Inbound Handover to UMTS Hybrid Cell for Non-member UE

8.3.12.9.1 Definition

Test to verify that the non-member UE can report the CSG ID and Cell Identity of the intra-frequency hybrid cell.

8.3.12.9.2 Conformance requirement

1. Intra-frequency measurements for CSG/Hybrid cells

For each cell reported in the IE "Cell measured results" of an intra-frequency Measurement Report, which is also included in the IE "Intra-frequency SI Acquisition" associated with the measurement:

1> if the UE managed to acquire the valid system information of the concerned cell:

2> include the following IEs in the IE "Cell measured results":

3> "Cell Identity" IE.

3> if the concerned cell broadcasts a CSG identity:

4> "CSG Identity" IE.

4> "CSG Member indication" IE and set it to "member" if CSG identity of the concerned cell is present in UE’s CSG whitelist.

2. CSG/Hybrid Cell Intra-frequency Measurement Procedure

1) The SRNC configures the UE with a measurement having "CSG Proximity detection" as measurement type.

2) The UE sends an "entering" CSG proximity indication when it determines it may be near a cell, (based on UE implementation) whose CSG ID is in the UE’s CSG whitelist.

3) If a measurement configuration for CSG/hybrid cells is not present, the SRNC configures the UE with relevant measurement configuration which includes the PSCs that the UE must measure and the PSCs for which SI acquisition should be performed. The network may use the CSG proximity indication for intra-frequency case to minimize the time during which measurements for CSG/hybrid cells are configured.

4) The UE sends a measurement report including the measured PSC, Cell Identity, CSG ID and CSG membership indication of the target HNB to the SRNC (e.g., due to a triggered intra-frequency event 1d). The UE can acquire MIB and SIB3/SIB4 of intra-frequency target HNB cells in parallel with reception of the serving cell transmissions in CELL_DCH. No measurement gaps are required for reading MIB and SIB3/SIB4.

5) SRNC can then proceeds with the handover processing as described in [6].

After sending an "entering" CSG proximity indication (step 2), if the UE determines that it is no longer near any cell (on the reported proximate RAT and frequency) whose CSG ID is in the UE’s CSG whitelist, the UE sends a “leaving” CSG proximity indication to the SRNC. Upon reception of this indication, the SRNC may reconfigure the UE to stop measurements configured.

The PSC confusion is resolved by steps 3 and 4. The SRNC can request SI acquisition and reporting for any PSC, not limited to PSCs of CSG or hybrid cells.

Reference

1. TS 25.331 clause 14.7a.1

2. TS 25.367 clause 8.1.1

8.3.12.9.3 Test purpose

1. To confirm that the UE considers CSG Set as the monitored set for measurement and measurement reporting procedures of intra-frequency CSG cells.

2. To verify that the non-member UE could report the Cell Identity and CSG ID of the intra-frequency hybrid cell and handover to it..

8.3.12.9.4 Method of test

Initial conditions

System Simulator

2 cells: Cell 1 and 2 are active.

Cell 1 does not broadcast CSG ID.

Cell 2 is a hybrid cell with the CSG ID of CSG 1. “CSG PSC Split Information” is also included in SIB3 with “Start PSC” set to 144 and “Number of PSCs” set to 10.

The Primary Scrambling Code of Cell 2 is 150.

The Cell 2 is not in the neighbour cell list of Cell 1.

The SIB3_REP of cell 2 SIB3 scheduling is 64.

UE: CS-DCCH+DTCH_DCH (State 6-9) or PS-DCCH+DTCH_DCH (State 6-10) in cell 1 as specified in clause 7.4 of TS 34.108, depending on the CN domain supported by the UE.

The UE’s Allowed CSG List and the Operator CSG List are empty.

Related ICS/IXIT statement(s)

– UE supports FDD and CSG.

– UE supports the capability “Support of intra-frequency SI acquisition for HO”.

Test Procedure

Table 8.3.12.9-1 illustrates the downlink power to be applied for the 2 cells.

Table 8.3.12.9-1

Parameter	Unit	Cell 1		Cell 2
		T0	T1	T0	T1
Test Channel		1		1
CPICH Ec	dBm/3.84MHz	-60	-85	-90	-55

The two cells are all active. The UE is initially in CELL_DCH and has a radio bearer with the cell 1.

SS configures its downlink transmission power settings according to columns "T0" in table 8.3.12.7-1. The SS configures the UE the PSC range of the intra-frequency HNB cells with a MEASUREMENT CONTROL message configuring event 1D “Change of best cell”.

SS configures its downlink transmission power settings according to columns "T1" in table 8.3.12.9-1. UE shall be triggered to transmit a MEASUREMENT REPORT message which includes the primary scrambling code for cell 2.

After the MEASUREMENT REPORT message is received, the SS transmits to the UE a MEASUREMENT CONTROL message to configure the UE to read the system information of the cell 2. When the UE receives this message, the UE shall perform the SI acquisition of the cell 2 and transmits a MEASUREMENT REPORT message.

The SS transmits a PHYSICAL CHANNEL RECONFIGURATION message to the UE on DCCH using AM-RLC, to order it to perform intra-frequency handover to cell 4. The UE shall then transmit a PHYSICAL CHANNEL RECONFIGURATION COMPLETE message to the SS when the intra-frequency handover has succeeded.

SS calls for generic procedure C.3 to check that UE is in CELL_DCH state.

Expected sequence

Step	Direction		Message	Comment
	UE	SS
1	SS			The SS actives the cell 1and cell 2 according to column T0 in table 8.3.12.9-1
2			MEASUREMENT CONTROL	The SS configures a measurement with 1d event and CSG Intra-frequency cell info.
3	SS			SS configures its downlink transmission power settings according to columns "T1" in table 8.3.12.9-1.
4			MEASUREMENT REPORT	The UE sends a measurement report including the measured PSC for cell 2 and event 1D.
5			MEASUREMENT CONTROL	The SS instructs the UE to perform SI acquisition of cell 2.
6			MEASUREMENT REPORT	The UE sends a measurement reporting including the Cell identity and CSG ID, not including CSG membership indication of the cell 2.
7			PHYSICAL CHANNEL RECONFIGURATION	The SS orders the UE to perform intra-frequency handover to cell 2.
8			PHYSICAL CHANNEL RECONFIGURATION COMPLETE	After the UE has succeeded in performing the intra-frequency handover, it shall send a PHYSICAL CHANNEL RECONFIGURATION COMPLETE message to the SS using the new configuration
9			CALL C.3	If the test result of C.3 indicates that UE is in CELL_DCH state, the test passes, otherwise it fails.

Specific Message Contents

All messages indicated below shall use the same content as described in default message content, with the following exceptions:

MEASUREMENT CONTROL (Step 2)

Use the same message in TS 34.108, clause 9, with the following exceptions

Information Element	Value/remark
Measurement identity	1
Measurement command Measurement reporting mode Measurement reporting transfer mode Periodic reporting / Event trigger reporting mode	Setup Acknowledged mode RLC Event trigger
– CHOICE measurement type	Intra-frequency measurement
– Intra-frequency measurement
– Intra-frequency cell info list
– Intra-frequency cell removal	Not present
– New intra-frequency info list
– Intra-frequency cell-id
– Cell info	1
– Cell individual offset	0 (0dB)
– Reference time difference to cell	Not Present
– Read SFN number	FALSE
– CHOICE mode	FDD
– Primary CPICH info
– Primary scrambling code	100
– Primary CPICH Tx power	Not Present
– TX Diversity indicator	FALSE
– CSG Intra-frequency cell info
– CSG cell info list	1
– Choice mode	FDD
– FDD
– Start PSC	144
– Number of PSCs	10
– Intra-frequency measurement quantity
– Filter Coefficient	0
– Measurement quantity	CPICH RSCP
– Intra-frequency reporting quantity
– Reporting quantities for active set cells
– Cell synchronisation information reporting indicator	FALSE
– Cell identity reporting indicator	FALSE
– CPICH Ec/No reporting indicator	FALSE
– CPICH RSCP reporting indicator	TRUE
– Pathloss reporting indicator	FALSE
– Reporting quantities for monitored set cells
– Cell synchronisation information reporting indicator	FALSE
– Cell identity reporting indicator	FALSE
– CPICH Ec/No reporting indicator	FALSE
– CPICH RSCP reporting indicator	TRUE
– Pathloss reporting indicator	FALSE
– Reporting cell status	Not present
– Measurement validity	CELL_DCH state
– CHOICE report criteria	Intra-frequency measurement reporting criteria
– Intra-frequency measurement reporting criteria
– Parameters required for each events
– Intra-frequency event identity	1D
– Triggering condition 2	Monitored set cells
– Hysteresis	4(2dB)
– Time to trigger	10 mSec
– Reporting cell status
– CHOICE reported cell	Report cells within monitored set cells on used frequency
– Maximum number of reported cells	2

MEASUREMENT REPORT (Step 4)

Use the same message in TS 34.108, clause 9, with the following exceptions

Information Element	Value/remark
Message Type
Integrity check info
– Message authentication code	This IE is checked to see if it is present. The value is compared against the XMAC-I value computed by SS. The first/ leftmost bit of the bit string contains the most significant bit of the MAC-I.
– RRC Message sequence number	This IE is checked to see if it is present. The value is used by SS to compute the XMAC-I value.
Measurement identity	Check to see if set to 1
Measured results
– Intra-frequency measured results	Check to see if measurement results for Cell-2 are included and Cell-1 are not included.
– Cell measured results
– Cell Identity	Checked that this IE is absent
– Cell synchronisation information	Checked that this IE is absent
– Primary CPICH info
– Primary scrambling code	Refer to clause titled "Default settings for cell No.2 (FDD)" in clause 6.1 of TS 34.108
– CPICH Ec/N0	Checked that this IE is absent
– CPICH RSCP	Checked that this IE is present
– Pathloss	Checked that this IE is absent
Measured results	Check to see if this IE is absent
Measured results on RACH	Check to see if this IE is absent
Additional Measured results	Check to see if this IE is absent
Event results	Check to see if set to "Intra-frequency event results"
– Intra-frequency event identity	Check to see if set to "1D"
– Cell measurement event results
– Primary scrambling code	Check to see if set to "Primary scrambling code of Cell 2"

MEASUREMENT CONTROL (Step 5)

Use the same message in TS 34.108, clause 9, with the following exceptions

Information Element	Value/remark
Measurement identity	2
Measurement command	Setup
– CHOICE measurement type	Intra-frequency measurement
– Intra-frequency measurement
– Intra-frequency cell info list
– Intra-frequency cell removal	Not present
– New intra-frequency info list	Not present
– Intra-frequency SI Acquisition
– Choice mode	FDD
– FDD
– Intra-frequency SI acquisition Info
– Primary Scrambling Code	Set to same code as used for cell 2(150)
– Intra-frequency measurement quantity
– Filter Coefficient	0
– Measurement quantity	CPICH RSCP
– Intra-frequency reporting quantity
– Reporting quantities for detected set cells
– Cell synchronisation information reporting indicator	FALSE
– Cell identity reporting indicator	FALSE
– CPICH Ec/No reporting indicator	FALSE
– CPICH RSCP reporting indicator	TRUE
– Pathloss reporting indicator	FALSE
– Reporting cell status
– CHOICE reported cell	Report cells within detected set on used frequency
– Maximum number of reported cells	2
– Measurement validity	Not present
– CHOICE report criteria	Periodical reporting criteria
– Amount of reporting	1
– Reporting interval	4000 msec

MEASUREMENT REPORT (Step 6)

Use the same message in TS 34.108, clause 9, with the following exceptions

Information Element	Value/remark
Message Type
Integrity check info
– Message authentication code	This IE is checked to see if it is present. The value is compared against the XMAC-I value computed by SS. The first/ leftmost bit of the bit string contains the most significant bit of the MAC-I.
– RRC Message sequence number	This IE is checked to see if it is present. The value is used by SS to compute the XMAC-I value.
Measurement identity	Check to see if set to 2
Measured results
– Intra-frequency measured results list
– Intra-frequency measurement results	1
– Cell measured results
– Cell Identity	Check to see if set to "Cell Identity of Cell 2"
– CSG Identity	Check to see if set to "CSG Identity of Cell 2 (CSG 1)"
– CSG Member indication	Check to see if it is absent
– Cell synchronisation information	Check to see if this IE is absent
– CHOICE mode	FDD
– FDD
– Primary CPICH Info
– Primary scrambling code	Primary scrambling code for cell 2
– CPICH Ec/No	Check to see if it is absent
– CPICH RSCP	Check to see if it is present
– Pathloss	Check to see if it is absent
Measured results on RACH	Check to see if this IE is absent
Additional Measured results	Check to see if this IE is absent
Event results	Check that this IE is absent

PHYSICAL CHANNEL RECONFIGURATION (Step 7)

Use the same contents of PHYSICAL CHANNEL RECONFIGURATION message in this test case as found in TS 34.108, clause 9, with sub-type titled as "Speech in CS" or "Non speech in CS" or "Packet to CELL_DCH from CELL_DCH in PS" the following exceptions:

Information Element	Value/remark
RRC State indicator	CELL_DCH
Frequency info
– CHOICE mode	FDD
– FDD
– UARFCN uplink(Nu)	Same uplink UARFCN as used for cell 2
– UARFCN downlink (Nd)	UARFCN for the downlink corresponding to cell2
Downlink information common for all radio links
– CHOICE DPCH info
– Downlink DPCH info common for all RL
– Timing indication	Maintain
– Downlink information for each radio links
– CHOICE mode
– FDD
– Primary CPICH info
– Primary Scrambling Code	Set to same code as used for cell 2

8.3.12.9.5 Test Requirements

At step 4, the UE shall send a MEASUREMENT REPORT message including the measured PSC for cell 2 and event 1D.

At step 6, the UE shall send a MEASUREMENT REPORT message including the cell identity and CSG ID of the cell 2 within 4000 msec.

At step 8, the UE shall send Physical Channel Reconfiguration Complete message on uplink DCCH using AM RLC.

8.3.12.10 Intra-frequency inbound handover to UMTS non-CSG cell

8.3.12.10.1 Definition

Test to verify the UE can report the Cell Identity of the non-CSG cell, but “CSG Identity” and “CSG Member Indication” IEs are not included.

8.3.12.10.2 Conformance requirement

1. Intra-frequency measurements for CSG/Hybrid cells

For each cell reported in the IE "Cell measured results" of an intra-frequency Measurement Report, which is also included in the IE "Intra-frequency SI Acquisition" associated with the measurement:

1> if the UE managed to acquire the valid system information of the concerned cell:

2> include the following IEs in the IE "Cell measured results":

3> "Cell Identity" IE.

3> if the concerned cell broadcasts a CSG identity:

4> "CSG Identity" IE.

4> "CSG Member indication" IE and set it to "member" if CSG identity of the concerned cell is present in UE’s CSG whitelist.

The system information of the reported cell(s) can be acquired by the UE without any measurement gaps.

2. CSG/Hybrid Cell Intra-frequency Measurement Procedure

Figure 8.1.1-1: Intra-frequency Measurement Procedure of CSG and Hybrid cells

1) The SRNC configures the UE with a measurement having "CSG Proximity detection" as measurement type.

2) The UE sends an "entering" CSG proximity indication when it determines it may be near a cell, (based on UE implementation) whose CSG ID is in the UE’s CSG whitelist.

3) If a measurement configuration for CSG/hybrid cells is not present, the SRNC configures the UE with relevant measurement configuration which includes the PSCs that the UE must measure and the PSCs for which SI acquisition should be performed. The network may use the CSG proximity indication for intra-frequency case to minimize the time during which measurements for CSG/hybrid cells are configured.

4) The UE sends a measurement report including the measured PSC, Cell Identity, CSG ID and CSG membership indication of the target HNB to the SRNC (e.g., due to a triggered intra-frequency event 1d). The UE can acquire MIB and SIB3/SIB4 of intra-frequency target HNB cells in parallel with reception of the serving cell transmissions in CELL_DCH. No measurement gaps are required for reading MIB and SIB3/SIB4.

5) SRNC can then proceeds with the handover processing as described in [6].

After sending an "entering" CSG proximity indication (step 2), if the UE determines that it is no longer near any cell (on the reported proximate RAT and frequency) whose CSG ID is in the UE’s CSG whitelist, the UE sends a “leaving” CSG proximity indication to the SRNC. Upon reception of this indication, the SRNC may reconfigure the UE to stop measurements configured.

The PSC confusion is resolved by steps 3 and 4. The SRNC can request SI acquisition and reporting for any PSC, not limited to PSCs of CSG or hybrid cells.

Reference

1. 3GPP TS 25.331 v970 clause 14.7a.1

2. 3GPP TS 25.367 v950 clause 8.1.1

8.3.12.10.3 Test purpose

1. To confirm that the UE can measure and report the Cell Identity of the non-CSG cell. The CSG Identity and CSG Member indication are not included in the measurement report.

2. To confirm that the SRNC can request SI acquisition and reporting for non-CSG cell.

8.3.12.10.4 Method of test

Initial Condition

System Simulator:

2 cells: Cell 1 and Cell 2 are on f1.

Cell1 and Cell2 does not broadcast CSG ID..

User Equipment:

The UE is PS-DCCH+DTCH_DCH (state 6-10) or CS-DCCH+DTCH_DCH (state 6-9) or PS+CS-DCCH+DTCH_DCH (state 6-14) as specified in clause 7.4 of TS 34.108, depending on the CN domain(s) supported by the UE.

Related ICS/IXIT statement(s)

– UE supports FDD

– UE supports the capability “Support of intra-frequency SI acquisition for HO”.

Test Procedure

Table 8.3.12.10-1 illustrates the downlink power to be applied for the 2 cells.

Table 8.3.12.10-1

Parameter	Unit	Cell 1		Cell 2
		T0	T1	T0	T1
UTRA RF Channel Number		1		1
CPICH Ec	dBm/3.84MHz	-55	-70	Off	-55

The instant T0, the Cell 1 is active and the UE is initially in CELL_DCH and has a radio bearer with the Cell 1. The Cell 2 (non-CSG cell) is inactive. The SS sends MEASUREMENT CONTROL with event 1d configured to the UE. The PSC of the Cell 2 (144) shall be within the scope of the PSC range in the MEASUREMENT CONTROL.

At instant T1, the downlink is changed according to what is shown in table 8.3.12.10-1. The UE shall thus send a MEASUREMENT REPORT with 1d event to the SS. The UE sends the PSC of the Cell 2.

The SS configures the PSC for SI acquisition to UE. The UE acquires the SI of the Cell 2 and sends it to the SS with the cell identity.

The SS sends a PHYSICAL CHANNEL RECONFIGURATION message on DCCH using AM-RLC to trigger the handover to the Cell 2. The UE shall answer with a PHYSICAL CHANNEL RECONFIGURATION COMPLETE message.

Expected sequence

Step	Direction		Message	Comment
	UE	SS
1				The initial condition is set as T0 in table 8.3.12.10-1.
2			MEASUREMENT CONTROL	The SS configures a measurement to the UE. Event 1d is configured.
3				The SS re-adjusts the downlink transmission power settings of the Cell 1 and Cell 2 according to columns "T1" in table 8.3.12.10-1.
4			MEASUREMENT REPORT	The UE sends a 1d event with the PSC of Cell 2.
5			MEASUREMENT CONTROL	The SS configures the PSC for SI acquisition.
6				The UE acquires the SI of the Cell 2.
7			MEASUREMENT REPORT	The UE reports the cell identity of the Cell 2.
8			PHYSICAL CHANNEL RECONFIGURATION	The SS orders the UE to perform timing re-initialised intra-frequency handover to Cell 2.
9			PHYSICAL CHANNEL RECONFIGURATION COMPLETE	After the UE has succeeded in performing the intra-frequency handover, it shall send a PHYSICAL CHANNEL RECONFIGURATION COMPLETE message to the SS using the new configuration.
10			CALL C.3	If the test result of C.3 indicates that UE is in CELL_DCH state, the test passes, otherwise it fails.

Specific Message Contents

MEASUREMENT CONTROL (Step 2)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions:

Information Element	Value/remark
Measurement identity	1
Measurement command	Setup
Measurement reporting mode
– Measurement reporting transfer mode	Acknowledged mode RLC
– Periodic reporting / Event trigger reporting mode	Event trigger
CHOICE measurement type
– Intra-frequency measurement
– Intra-frequency measurement objects list
– CSG Intrafrequency cell info
– CSG Intra-frequency cell info
– CSG cell info list
– Choice mode
– FDD
– Start PSC
– Primary scrambling code	144
– Number of PSCs	8
– Intra-frequency measurement quantity
– Filter Coefficient	0
– CHOICE mode
– FDD
– Measurement quantity	CPICH RSCP
– Intra-frequency reporting quantity
– Reporting quantities for detected set cells
– Cell synchronisation information reporting indicator	FALSE
– Cell identity reporting indicator	FALSE
– CHOICE mode
– FDD
– CPICH Ec/No reporting indicator	FALSE
– CPICH RSCP reporting indicator	FALSE
– Pathloss reporting indicator	FALSE
– Measurement validity
– UE state	CELL_DCH state
– CHOICE report criteria
– Intra-frequency measurement reporting criteria
– Parameters required for each event
– Intra-frequency event identity	1d
– Triggering condition 2	Monitored set cells
– Hysteresis	4(2dB)
– Time to trigger	10 mSec
– Reporting cell status
– CHOICE reported cell	Report cells within monitored set cells on used frequency
– Maximum number of reported cells	2

MEASUREMENT REPORT (Step 4)

Information Element	Value/remark
Integrity check info
– Message authentication code	This IE is checked to see if it is present. The value is compared against the XMAC-I value computed by SS. The first/ leftmost bit of the bit string contains the most significant bit of the MAC-I.
– RRC Message sequence number	This IE is checked to see if it is present. The value is used by SS to compute the XMAC-I value.
Measurement identity	Check to see if set to 1
Event results
-CHOICE event result
– Intra-frequency measurement event results
– Intra-frequency event identity	1d
– Cell measurement event results
– CHOICE mode
-FDD
– Primary CPICH info
– Primary scrambling code	150(The same as the cell2)

MEASUREMENT CONTROL (Step 5)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions:

Information Element	Value/remark
Measurement Identity	2
Measurement Command	Setup
CHOICE Measurement type
– Intra-frequency measurement
– Intra-frequency cell info list
– Intra-frequency SI Acquisition
– CHOICE mode
– FDD
– Intra-frequency SI Acquisition info
– Primary Scrambling code	Set to same code as used for cell 2(150)
– Intra-frequency reporting quantity
– Reporting quantities for monitored set cells
– Cell synchronisation information reporting indicator	FALSE
– Cell identity reporting indicator	TRUE
– CPICH Ec/No reporting indicator	FALSE
– CPICH RSCP reporting indicator	TRUE
– Pathloss reporting indicator	FALSE
– Reporting cell status
– CHOICE reported cell	Report cells within monitored set on used frequency
– Maximum number of reported cells	2
– Measurement validity	Not present
– CHOICE report criteria	Periodical reporting criteria
– Amount of reporting	1
– Reporting interval	4000 msec

MEASUREMENT REPORT (Step 7)

Information Element	Value/remark
Message Type
Integrity check info
– Message authentication code	This IE is checked to see if it is present. The value is compared against the XMAC-I value computed by SS. The first/ leftmost bit of the bit string contains the most significant bit of the MAC-I.
– RRC Message sequence number	This IE is checked to see if it is present. The value is used by SS to compute the XMAC-I value.
Measurement identity	Check to see if set to 2
Measured Results
– CHOICE Measurement
-Intra-frequency measured results list
-Intra-frequency measurement results
– Cell measured results
– Cell Identity	The same as the cell2
– CSG Identity	Check that this IE is absent
– CSG Member indication	Check that this IE is absent
– CHOICE mode
-FDD
– Primary CPICH info
– Primary scrambling code	150(The same as the cell2)
– CPICH Ec/N0	Check that this IE is absent
– CPICH RSCP	Check that this IE is present
– Pathloss	Check that this IE is absent
Measured results on RACH	Check that this IE is absent
Additional measured results	Check that this IE is absent
Event results	Check that this IE is absent

PHYSICAL CHANNEL RECONFIGURATION (Step 8)

Use the same contents of PHYSICAL CHANNEL RECONFIGURATION message in this test case as found in TS 34.108, clause 9, with sub-type titled as "Speech in CS" or "Non speech in CS" or "Packet to CELL_DCH from CELL_DCH in PS" with the following exceptions:

Information Element	Value/Remark
RRC State indicator	CELL_DCH
Frequency info
– CHOICE mode
– FDD
– UARFCN uplink(Nu)	Same uplink UARFCN as used for cell 2
– UARFCN downlink (Nd)	UARFCN for the downlink corresponding to cell2
Downlink information common for all radio links
– CHOICE DPCH info
– Downlink DPCH info common for all RL
– Timing indication	Initialise
Downlink information for each radio links
– CHOICE mode	FDD
– FDD
– Primary CPICH info
– Primary Scrambling Code	Set to same code as used for cell 2(150)

8.3.12.10.5 Test requirement

1. At step 4, the UE reports the PSC of the cell2.

2. At step 7, the UE reports the Cell Identity of the cell2 within 4000msec.

3. At step 9, the UE sends Physical Channel Reconfiguration Complete message on uplink DCCH using AM RLC.

8.3.12.11 Inter-frequency Measurement of UMTS non-CSG cell

8.3.12.11.1 Definition

Test to verify the UE can report the Cell Identity and does not report CSG ID and CSG Member indication of a non-CSG cell to the SRNC in the measurement report.

8.3.12.11.2 Conformance requirement

1: Inter-frequency measurements for CSG/Hybrid cells:

For each cell reported in the IE "Cell measured results" of an inter-frequency Measurement Report, which is also included in the IE "Inter-frequency SI Acquisition" associated with the measurement:

1> if the UE managed to acquire the system information of the concerned cell:

2> include the following IEs in the IE "Cell measured results":

3> "Cell Identity" IE;

3> if the concerned cell broadcasts a CSG identity:

4> "CSG Identity" IE.

4> "CSG Member indication" IE and set it to "member" if CSG identity of the concerned cell is present in UE’s CSG whitelist.

If the UE needs measurement gaps to read the system information on the non-used frequency, the system information of the reported cell can be acquired by the UE via autonomous measurement gaps when the IE "Inter-frequency SI Acquisition" is received by the UE, i.e., UE is allowed to temporarily abort communication with the serving cell to perform SI acquisition within the limits (detailed value is FFS). UE shall send the measurement report before the maximum provided time specified in IE “Periodical reporting criteria” if the UE is able to acquire SI early.

2: Inter-frequency Measurement Procedure of CSG and Hybrid cells:

1) The SRNC configures the UE with a measurement having "CSG Proximity detection" as measurement type.

2) The UE sends an "entering" CSG proximity indication when it determines it may be near a cell, (based on UE implementation) whose CSG ID is in the UE’s CSG whitelist. The CSG proximity indication includes the RAT and frequency of the cell.

3) The SRNC configures a measurement on the concerned frequency/RAT to measure CSG/hybrid cells. Compressed mode gaps, if required by the UE, are also activated to allow UE to perform measurements on the reported RAT and frequency. The network may also use the proximity indication to minimize the requesting of handover preparation information of CSG/hybrid cells by avoiding requesting such information when the UE is not in the geographical area where cells whose CSG IDs are in the UEs CSG whitelist are located.

4) The UE sends a measurement report including the measured PSCs/PCIs.

5) The SRNC configures the UE to perform SI acquisition and reporting of a particular PSC/PCI.

6) The UE performs SI acquisition using autonomous gaps, i.e., the UE may suspend reception and transmission with the SRNC within the limits (the limit is currently FFS) to acquire the relevant system information from the target HNB/HeNB.

7) The UE sends a measurement report including Cell Identity, CSG ID and CSG membership indication.

8) SRNC can then proceed with the handover processing. The handover processing for inter-frequency handover to a CSG/Hybrid cell is described in [6].

NOTE: The above steps also apply to inter-RAT mobility from UMTS cell to HeNB.

After sending an "entering" CSG proximity indication (step 2), if the UE determines that it is no longer near any cell (on the reported proximate RAT and frequency) whose CSG ID is in the UE’s CSG whitelist, the UE sends a "leaving" CSG proximity indication to the SRNC. Upon reception of this indication, the SRNC may reconfigure the UE to stop measurements on the reported RAT and frequency.

In the above procedure, step 2 may not be performed in case the UE has not previously visited the HNB, e.g., when the UE first visits a CSG/hybrid cell.

The PSC/PCI confusion is resolved by steps 5, 6 and 7. The SRNC can request SI acquisition and reporting for any PSC/PCI, not limited to PSCs/PCIs of CSG or hybrid cells.

3: The CSG SI acquisition delay is defined as the time between any occurrences that will trigger a SI decoding until the UE starts to transmit over the Uu interface. This requirement assumes that the measurement report is not delayed by other RRC signalling on the DCCH. The measurement reporting delay also excludes any RRC procedure delay which is defined in [16] when SI reading is initiated by a measurement control message.

For intra frequency CSG cells, CSG SI decoding is typically triggered when a cell with primary scrambling code in a preconfigured range meets the criteria for measurement reporting. For inter frequency CSG cells, CSG SI decoding is explicitly requested by RRC signalling.

The CSG SI reporting delay shall not be more than T_{CSG-SI-Report} where T_{CSG-SI-Report} in ms is given by

T_{CSG-SI-Report} = [630]+ 40*SIB3_REP

SIB3_REP is the repetition period at which the CSG cell schedules SIB3 blocks in units of frames

This requirement is applicable for CSG target cell configurations where the information required to make the SI report can be determined from the MIB and SIB3 alone, and SIB3 is not segmented into multiple TTI. Additionally, for the requirement to be applicable, the reception conditions shall be [TBD] such that the system frame number of the target CSG cell, the MIB and SIB3 can each be successfully decoded in no more than four attempts.

Test requirement = RRC Procedure delay + T_{CSG-SI-Report}

Reference

1: 3GPP TS 25.331 clause 14.7a.2.

2: 3GPP TS 25.367, clause 8.1.2.

3: 3GPP TS 25.133, clause 5.13.2, A.5.11.2.

8.3.12.11.3 Test purpose

1. To confirm that the UE can read and report system information of a non-CSG cell to the SRNC.

8.3.12.11.4 Method of test

Initial Condition

System Simulator:

2 cells: Cell 1, cell 4 are used.

Cell4 and Cell 1 do not broadcast CSG ID.

Cell1 is on f1.

Cell 4 is on f2

The SIB3_REP of cell 4, i.e., SIB3 scheduling is 64.

User Equipment:

The UE Allowed CSG List is empty.

The UE is PS-DCCH+DTCH_DCH (state 6-10) or CS-DCCH+DTCH_DCH (state 6-9) or PS+CS-DCCH+DTCH_DCH (state 6-14) as specified in clause 7.4 of TS 34.108, depending on the CN domain(s) supported by the UE.

Related ICS/IXIT statement(s)

– UE supports FDD

– UE supports Compressed mode.

– UE supports the capability “Support of inter-frequency SI acquisition for HO”.

– UE supports the capability “Support of CSG”.

Test Procedure

Table 8.3.12.11-1 illustrates the downlink power to be applied for the 2 cells.

Table 8.3.12.11-1

Parameter	Unit	Cell 1		Cell 4
Test Channel		1		2
		T0	T1	T0	T1
CPICH Ec	dBm/3.84 MHz	-60	-70	OFF	-55

Cell 1 is active. The UE is initially in CELL_DCH and has a radio bearer with the cell1.

At instant T0, the downlink is changed according to what is shown in table 8.3.12.11 -1.

The SS sends MEASUREMENT CONTROL with 1c event required for construction of the CSG VAS active set in the UE.

The SS configures then compressed mode (if required), to prepare the UE for inter-frequency measurements, by sending a PHYSICAL CHANNEL RECONFIGURATION message on DCCH using AM-RLC. The UE shall answer with a PHYSICAL CHANNEL RECONFIGURATION COMPLETE message.

The SS then sets up CSG inter-frequency measurements (event 2b), by sending a MEASUREMENT CONTROL message to the UE.

At instant T1, the downlink power is changed according to what is shown in table 8.3.12.11 -1. The UE shall thus send a MEASUREMENT REPORT with 2b event to the SS.

The SS then sets up SI acquisition of cell 4 by sending a MEASUREMENT CONTROL message to the UE. And then the UE shall report the cell identity of the cell 4.

Expected sequence

Step	Direction		Message	Comment
	UE	SS
1				The SS changes the power of the two cells according to column T0 in table 8.3.12.11-1
2	ß		MEASUREMENT CONTROL	Cell1 configures a measurement with 1c event. The cell information is set to the same as the cell1.
3	ß		PHYSICAL CHANNELRECONFIGURATION	SS instructs UE to begin compressed mode operation. (for FDD only)
4	à		PHYSICAL CHANNELRECONFIGURATION COMPLETE	(for FDD only)
5	ß		MEASUREMENT CONTROL	The SS configures a measurement to measure cells. The message includes the PSC range the compressed mode gaps and the parameters of the event 2b.
6				SS re-adjusts the downlink transmission power settings of the two cells according to columns "T1" in table 8.3.12.11-1.
7	à		MEASUREMENT REPORT	The UE sends a measurement report including the measured PSCs for cell 4 and event 2b to cell 1.
8	ß		MEASUREMENT CONTROL	The SS configures the UE to perform SI acquisition and reporting of cell 4.
9				The UE performs SI acquisition to acquire the relevant system information from the cell4.
10	à		MEASUREMENT REPORT	The UE sends a measurement reporting including the cell identity of the cell 4 within 4000msec..
11	ßà		CALL C.3	If the test result of C.3 indicates that UE is in CELL_DCH state, the test passes, otherwise it fails.

Specific Message Contents

MEASUREMENT CONTROL (Step 2)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions

Information Element	Value/remark
Measurement identity	1
Measurement command Measurement reporting mode – Measurement reporting transfer mode – Periodic reporting / Event trigger reporting mode	Setup Acknowledged mode RLC Event trigger
CHOICE measurement type	Intra-frequency measurement
– intra-frequency measurement
– Intra-frequency measurement objects list
– Remove all intra-frequency cells – New intra-frequency cells
– Intra-frequency cell id – Cell info – Cell individual offset – Reference time difference to cell – Read SFN number – CHOICE mode – Primary CPICH info – Primary scrambling code – Primary CPICH Tx power – TX Diversity indicator – Intra-frequency measurement quantity – Filter Coefficient – CHOICE mode – FDD – Measurement quantity	1 0 (0dB) Not Present FALSE FDD 100 Not Present FALSE 0 CPICH RSCP
– CHOICE report criteria	Intra-frequency measurement reporting criteria
– Intra-frequency measurement reporting criteria
– Parameters required for each events
– Intra-frequency event identity	1c
– Hysteresis	4 (2dB)
– Replacement activation threshold	3
– Time to trigger	10 ms
– Amount of reporting	16
– Reporting interval	4000ms
– Reporting cell status	Not present

PHYSICAL CHANNEL RECONFIGURATION (Step 3)

Use the same message sub-type found in Annex A, which is entitled "(Packet to CELL_DCH from CELL_DCH in PS)", with the following exceptions in the IE(s) concerned:

Information Element	Value/remark	Version
Downlink information common for all radio links
– Downlink DPCH info common for all RL
– Timing Indication	Maintain
– Downlink DPCH power control information
– DPC mode	0 (Single)
– CHOICE Mode	FDD
– Power offset PPilot-DPDCH	0
– DL rate matching restriction information	Not present
– Spreading factor	Refer to the parameter set in TS 34.108
– Fixed or flexible position	Flexible
– TFCI existence	TRUE
– Number of bits for Pilot bits (SF=128, 256)	Not present
– DPCH compressed mode info
– TGPSI	1
– TGPS status flag	Activate
– TGCFN	(Current CFN+(256 – TTI/10msec)) mod 256
– Transmission gap pattern sequence configuration parameters
– TGMP	FDD Measurement
– TGPRC	Infinity
– TGSN	4
– TGL1	7
– TGL2	Not Present
– TGD	Undefined
– TGPL1	3
– TGPL2	Not Present	R99 and Rel-4 only
– RPP	Mode 0
– ITP	Mode 0
– CHOICE UL/DL mode	UL and DL or DL only or UL only depending on UE capability
– Downlink compressed mode method	SF/2
– Uplink compressed mode method	SF/2 or Not present depending on UE capability
– Downlink frame type	A
– DeltaSIR1	20 (2.0)
– DeltaSIRAfter1	10 (1.0)
– DeltaSIR2	Not present
– DeltaSIRAfter2	Not present
– N identify abort	Not present
– T Reconfirm abort	Not present
– TX diversity mode	None
– SSDT information	Not present	R99 and Rel-4 only
– Default DPCH offset value	Not present

MEASUREMENT CONTROL (Step 5)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions

Information Element	Value/remark
Measurement identity	2
Measurement command Measurement reporting mode – Measurement reporting transfer mode – Periodic reporting / Event trigger reporting mode Additional measurement list	Setup acknowledged Mode RLC Event trigger Not present
CHOICE Measurement type -Inter-frequency measurement
– Inter-frequency measurement objects list – Inter-frequency cell removal	Not Present
– New inter-frequency cells
– Inter-frequency cell id	1
– Frequency info	Frequency information of cell 4
– cell info
– Cell individual offset – Reference time difference to cell	Not Present Not Present
– Read SFN indicator	FALSE
– CHOICE mode
-FDD
– Primary CPICH info
– Primary Scrambling Code – Primary CPICH Tx power – TX Diversity Indicator – Cell for measurement – CSG Inter-frequency cell info – CSG Frequency info – Frequency info – CSG Inter-frequency cell info for the frequency – CSG cell info list – CHOICE mode – Start PSC – Number of PSCs – Inter-frequency SI Acquisition – Inter-frequency measurement quantity – Filter Coefficient – Frequency quality estimate quantity – Inter-frequency reporting quantity – UTRAN Carrier RSSI – Frequency quality estimate – Non frequency related quantities – Cell synchronisation information reporting indicator – Cell identity reporting indicator – CPICH Ec/No reporting indicator – CPICH RSCP reporting indicator – Pathloss reporting indicator	Set to same code as used for cell 4 Not present FALSE Not present Frequency of Cell 4 FDD 300 100 Not present 4 CPICH RSCP FALSE FALSE FALSE FALSE FALSE TRUE FALSE
– Measurement validity – inter-frequency set update – UE autonomous update mode	CELL_DCH state On with no reporting
– CHOICE report criteria
– Inter-frequency measurement reporting criteria
– Parameters required for each event
– Inter-frequency event identity	2b
– Threshold used frequency	-65dBm
– W used frequency	0.0
– Hysteresis – Time to trigger – Reporting cell status	2(1dB) 0 mSec Not present
– Parameters required for each non-used frequency
– Threshold non used frequency	-68 dBm
– W non used frequency DPCH compressed mode status info	0 Not present

MEASUREMENT REPORT (Step 7)

Information Element	Value/remark
Measurement identity	Check to see if set to 2
Measured results	Check to see if it is absent
Additional measured results	Check to see if it is absent
Event results	Inter-frequency measurement event results,
– CHOICE event result
– Inter-frequency measurement event results
– Inter-frequency event identity	2b
– Inter-frequency cells
– Frequency info	Set to same frequency as used for cell 4
– Non frequency related measurement event results
– CHOICE mode
– FDD
– Primary CPICH info
– Primary scrambling code	Set to same code as used for cell 4

MEASUREMENT CONTROL (Step 8)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions:

Information Element	Value/remark
Measurement Identity	3
Measurement Command	Setup
CHOICE Measurement type
– Inter-frequency measurement
– Inter-frequency measurement objects list
– Inter-frequency SI Acquisition
– Frequency info	Set to same frequency as used for cell 4
– CHOICE mode
– FDD
– Primary scrambling code – Inter-frequency measurement quantity – Filter Coefficient – Frequency quality estimate quantity – Inter-frequency reporting quantity – UTRAN Carrier RSSI – Frequency quality estimate – Non frequency related quantities – Cell synchronisation information reporting indicator – Cell identity reporting indicator – CPICH Ec/No reporting indicator – CPICH RSCP reporting indicator – Pathloss reporting indicator	Set to same scrambling code as used for cell 4 4 CPICH RSCP FALSE FALSE FALSE FALSE FALSE TRUE FALSE
– CHOICE report criteria
– Periodical reporting criteria
– Amount of reporting	1
– Reporting interval DPCH compressed mode status info	4000ms Not present

MEASUREMENT REPORT (Step10)

Information Element	Value/remark
Measurement identity	Check to see if set to 3
Measured results	Check to see if it is absent
Additional measured results	Check to see if it is absent
Measured Results
-CHOICE Measurement
– Inter-frequency measured results list
– Inter-frequency measurement results
– Frequency info	Set to the frequency of cell 4
– Inter-frequency cell measurement results
– Cell measured results
– Cell Identity	Set to 28-bit Cell identity as used for cell 4
– CSG Identity – CSG Member indication	Not present Not present
– CHOICE mode
– FDD
– Primary CPICH info
– Primary scrambling code – CPICH Ec/N0 – CPICH RSCP – Pathloss	Set to same code as used for cell 4 Check that this IE is absent Check that this IE is present Check that this IE is absent

8.3.12.11.5 Test requirement

At step 7, the UE sends 2b event for cell 4 to the cell1.

At step 10, The UE sends a measurement reporting including the cell identity but not including CSG ID and CSG membership indication of the cell 4 within 4000ms.

8.3.12.12 Membership checking for handover to the CSG Cell

8.3.12.12.1 Definition

Test to verify the UE can check whether a Cell is a CSG member Cell according to the CSG id and ePLMN identity and to verify the UE can report the Cell Identity, CSG ID and CSG membership indication to the SRNC.

8.3.12.12.2 Conformance requirement

1: Definitions

For the purposes of the present document, the terms and definitions given in [1] apply, together as:

Activated uplink frequency (FDD only): For a specific UE, an uplink frequency is said to be activated if the UE is allowed to transmit on that frequency. The primary uplink frequency is always activated when configured while a secondary uplink frequency has to be activated by means of an HS-SCCH order in order to become activated.

Adjacent Frequency: A frequency whose centre is within 5 MHz of the centre of the currently used frequency and belongs to the same frequency band as that of the currently used frequency.

Common E-DCH resource: In FDD, common E-DCH resources are under direct control of the Node B and are shared by UEs in CELL_FACH state and IDLE mode. In 1.28 Mcps TDD, common E-DCH resources used by UEs in CELL_FACH and IDLE mode are under direct control of Node B and are shared by UEs in the CELL_DCH state.

Configured Uplink Frequency (FDD only): For a specific UE, an uplink frequency is said to be configured if the UE has received all relevant information from RRC in order to perform transmission on that frequency.

CSG member Cell: for a UE in RRC_CONNECTED, a Cell broadcasting the identity of the Registered PLMN or Equivalent PLMN and for which CSG whitelist of the UE includes an entry comprising of Cell’s CSG ID and the respective PLMN identity.

Current Frequency (FDD only): The frequency that is currently used by the UE. In case of dual Cell or dual band configured, the serving HS-DSCH Cell frequency is treated as current frequency.

2. Intra-frequency measurements for CSG/Hybrid Cells

For each Cell reported in the IE "Cell measured results" of an intra-frequency Measurement Report, which is also included in the IE "Intra-frequency SI Acquisition" associated with the measurement:

1> if the UE managed to acquire the valid system information of the concerned Cell:

2> include the following IEs in the IE "Cell measured results":

3> "Cell Identity" IE.

3> if the concerned Cell broadcasts a CSG identity:

4> "CSG Identity" IE.

4> "CSG Member indication" IE and set it to "member" if the concerned Cell is CSG member Cell.

The system information of the reported Cell(s) can be acquired by the UE without any measurement gaps.

Reference

1: 3GPP TS 25.331 clause 3.1 v9.8

2. 3GPP TS 25.331 clause 14.7a.1 v9.8

8.3.12.12.3 Test purpose

1. To confirm that the UE is considered as "member" when the CSG whitelist of the UE includes an entry comprising of Cell’s CSG ID and the EPLMN identity.

2. To verify that the member UE could report the Cell Identity, CSG ID and CSG membership indication of the CSG member Cell and handover to it.

8.3.12.12.4 Method of test

Initial conditions

2 Cells: Cell 1 and Cell 2.

Cell 1 does not broadcast CSG ID.

Cell 1 belongs to PLMN 1

Cell 2 is a CSG Cell with the CSG ID of CSG 2. “CSG PSC Split Information” is also included in SIB3 with “Start PSC” set to 144 and “Number of PSCs” set to 10.

The Primary Scrambling Code of Cell 2 is 150.

Cell 2 belongs to PLMN 2

UE’s whitelist is set as below:

Table 8.3.12.12-1

CSG ID	PLMN ID
2	2

Related ICS/IXIT statement(s)

– UE supports FDD and CSG.

– UE supports the capability “Support of intra-frequency SI acquisition for HO”.

Test Procedure

Table 8.3.12.12 -2 illustrates the downlink power to be applied for the 2 Cells

Table 8.3.12.12-2

Parameter	Unit	Cell 1		Cell 2
Test Channel		1		2
		T0	T1	T0	T1
CPICH Ec	dBm/3.84 MHz	-60	-75	-80	-55

The initial condition is set as the instant T0 shown in table 8.3.12.12-2 and The UE is switched off.

The UE is switched on. The SS waits for random access requests from the UE. A complete Location Update is done. SS specifies PLMN 2 Equivalent to PLMN 1 in Location Update Accept Message.

The UE initiates a PS/CS services with the Cell 1 and keeps in CELL_DCH state and has a radio bearer with the Cell1.

The SS then sets up intra-frequency measurements (event 1d), by sending a MEASUREMENT CONTROL message to the UE.

At instant T1, the downlink is changed according to what is shown in table 8.3.12.12-2. The UE shall thus send a MEASUREMENT REPORT with 1d (for Cell 2) event to the SS.

The SS configures the PSC range for SI acquisition to UE. The UE acquires the SI of the Cell2 and sends it to the SS with the Cell identity, CSG ID and membership indication.

The UE shall handover to the Cell 2.

Expected sequence

Step	Direction		Message	Comment
	UE	SS
1				The UE is switched on. A complete Location Update is done. SS specifies PLMN 2 Equivalent to PLMN 1 in Location Update Accept Message. The UE initiates a PS/CS services with the Cell 1 and keeps in Cell_DCH state.
2			MEASUREMENT CONTROL	The SS configures a measurement to the UE. Event 1d is configured.
3				SS adjusts the downlink transmission power settings of the Cells according to columns "T1" in table 8.3.12.12-2.
4			MEASUREMENT REPORT	The UE sends a 1d event with the PSC of Cell 2.
5			MEASUREMENT CONTROL	The SS configures the PSC range for SI acquisition.
6				The UE acquires the SI of the Cell2.
7			MEASUREMENT REPORT	The UE reports the Cell identity, CSG ID and CSG membership indication of the Cell 2.
8			PHYSICAL CHANNEL RECONFIGURATION	The SS orders the UE to perform timing re-initialised intra-frequency handover to Cell 2.
9			PHYSICAL CHANNEL RECONFIGURATION COMPLETE	After the UE has succeeded in performing the intra-frequency handover to Cell 2, it shall send a PHYSICAL CHANNEL RECONFIGURATION COMPLETE message to the SS using the new configuration
10			CALL C.3	If the test result of C.3 indicates that UE is in CELL_DCH state, the test passes, otherwise it fails.

Specific Message Contents

MEASUREMENT CONTROL (Step 2)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions:

Information Element	Value/remark
Measurement identity	1
Measurement command	Setup
Measurement reporting mode
– Measurement reporting transfer mode	Acknowledged mode RLC
– Periodic reporting / Event trigger reporting mode	Event trigger
CHOICE measurement type
– Intra-frequency measurement
– Intra-frequency Cell info list
– Remove all intra-frequency Cells – New intra-frequency Cells
– Intra-frequency Cell-id
– Cell info	1
– Cell individual offset	0 (0dB)
– Reference time difference to Cell	Not Present
– Read SFN number	FALSE
– CHOICE mode	FDD
– Primary CPICH info
– Primary scrambling code	100
– Primary CPICH Tx power	Not Present
– TX Diversity indicator	FALSE
– CSG Intra-frequency Cell info
– CSG Intra-frequency Cell info
– CSG Cell info list	1
– Choice mode
– FDD
– Start PSC
– Primary scrambling code	144
– Number of PSCs	10
– Intra-frequency measurement quantity
– Filter Coefficient	0
– CHOICE mode
– FDD
– Measurement quantity	CPICH RSCP
– Intra-frequency reporting quantity
– Reporting quantities for active set Cells
– Cell synchronisation information reporting indicator	FALSE
– Cell identity reporting indicator	FALSE
– CHOICE mode
– FDD
– CPICH Ec/No reporting indicator	FALSE
– CPICH RSCP reporting indicator	TRUE
– Pathloss reporting indicator	FALSE
– Reporting quantities for monitored set Cells
– Cell synchronisation information reporting indicator	FALSE
– Cell identity reporting indicator	FALSE
– CHOICE mode
– FDD
– CPICH Ec/No reporting indicator	FALSE
– CPICH RSCP reporting indicator	TRUE
– Pathloss reporting indicator	FALSE
– Reporting Cell status	Not Present
– Measurement validity	CELL_DCH state
– CHOICE report criteria
– Intra-frequency measurement reporting criteria
– Parameters required for each event
– Intra-frequency event identity	1d
– Triggering condition 2	Monitored set Cells
– Hysteresis	4(2dB)
– Time to trigger
– Time to trigger	10 mSec
– Reporting Cell status
– CHOICE reported Cell	Report Cells within monitored set Cells on used frequency
– Maximum number of reported Cells	2

MEASUREMENT REPORT (Step 4)

Information Element	Value/remark
Message Type
Integrity check info
– Message authentication code	This IE is checked to see if it is present. The value is compared against the XMAC-I value computed by SS. The first/ leftmost bit of the bit string contains the most significant bit of the MAC-I.
– RRC Message sequence number	This IE is checked to see if it is present. The value is used by SS to compute the XMAC-I value.
Measurement identity	Check to see if set to 1
Measured Results
– Intra-frequency measured results	Check to see if measurement results for Cell-2 are included and Cell-1 are not included.
– Cell measured results
– Cell Identity	Checked that this IE is absent
– Cell synchronisation information	Checked that this IE is absent
– Primary CPICH info
– Primary scrambling code	Refer to clause titled "Default settings for Cell No.2 (FDD)" in clause 6.1 of TS 34.108
– CPICH Ec/N0	Checked that this IE is absent
– CPICH RSCP	Checked that this IE is present
– Pathloss	Checked that this IE is absent
Measured results on RACH	Checked that this IE is absent
Additional measured results	Checked that this IE is absent
Event results	Intra-frequency measurement event results,
– Intra-frequency measurement event results
– Intra-frequency event identity
– Intra-frequency event identity	1d
– Cell measurement event results
– CHOICE mode
-FDD
– Primary CPICH info
– Primary scrambling code	150(The same as the Cell2)

MEASUREMENT CONTROL (Step 5)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions:

Information Element	Value/remark
Measurement Identity	2
Measurement Command	Setup
CHOICE Measurement type
– Intra-frequency measurement
– Intra-frequency Cell info list
– Intra-frequency SI Acquisition
– CHOICE mode
– FDD
– Intra-frequency SI Acquisition info
– Primary Scrambling code
– Primary CPICH info
– Primary Scrambling code	Set to same code as used for Cell 2(150)
– Intra-frequency measurement quantity
– Filter Coefficient	0
– CHOICE mode
– FDD
– Measurement quantity	CPICH RSCP
– Intra-frequency reporting quantity
– Reporting quantities for detected set Cells
– Cell synchronisation information reporting indicator	FALSE
– Cell identity reporting indicator	FALSE
– CHOICE mode
– FDD
– CPICH Ec/No reporting indicator	FALSE
– CPICH RSCP reporting indicator	TRUE
– Pathloss reporting indicator	FALSE
– Reporting Cell status
– CHOICE reported Cell	Report Cells within detected set on used frequency
– Maximum number of reported Cells	2
– Measurement validity	Not Present
– CHOICE report criteria	Periodical reporting criteria
– Amount of reporting	1
– Reporting interval	4000 msec

MEASUREMENT REPORT (Step 7)

Information Element	Value/remark
Message Type
Integrity check info
– Message authentication code	This IE is checked to see if it is present. The value is compared against the XMAC-I value computed by SS. The first/ leftmost bit of the bit string contains the most significant bit of the MAC-I.
– RRC Message sequence number	This IE is checked to see if it is present. The value is used by SS to compute the XMAC-I value.
Measurement identity	Check to see if set to 2
Measured Results
– CHOICE Measurement
-Intra-frequency measured results list
-Intra-frequency measurement results
– Cell measured results
– Cell Identity	The same as the Cell2
– CSG Identity	2
– CSG Member indication	member
– CHOICE mode
-FDD
– Primary CPICH info
– Primary scrambling code	150(The same as the Cell2)
– CPICH Ec/N0	Check that this IE is absent
– CPICH RSCP	Check that this IE is present
– Pathloss	Check that this IE is absent
Measured results on RACH	Check that this IE is absent
Additional measured results	Check that this IE is absent
Event results	Check that this IE is absent

PHYSICAL CHANNEL RECONFIGURATION (Step 8)

Use the same contents of PHYSICAL CHANNEL RECONFIGURATION message in this test case as found in TS 34.108, clause 9, with sub-type titled as "Speech in CS" or "Non speech in CS" or "Packet to CELL_DCH from CELL_DCH in PS" with the following exceptions:

Information Element	Value/Remark
RRC State indicator	CELL_DCH
Frequency info
– CHOICE mode
– FDD
– UARFCN uplink(Nu)	Same uplink UARFCN as used for Cell 2
– UARFCN downlink (Nd)	UARFCN for the downlink corresponding to Cell2
Downlink information common for all radio links
– CHOICE DPCH info
– Downlink DPCH info common for all RL
– Timing indication	Initialise
Downlink information for each radio links
– CHOICE mode	FDD
– FDD
– Primary CPICH info
– Primary Scrambling Code	Set to same code as used for Cell 2(150)

8.3.12.12.5 Test requirement

At step 1, The SS waits for random access requests from the UE. A complete Location Update is done.

At step 4, the UE sends event 1d with the information of the Cell2.

At step 7, the UE sends Cell identity, CSG ID and CSG membership indication of the Cell2 within 4000 msec.

At step 9, the UE sends Physical Channel Reconfiguration Complete message on uplink DCCH using AM RLC.

8.3.12.13 Void

8.3.12.14 Inter-frequency CSG proximity indication

8.3.12.14.1 Definition

Test to verify the UE properly indicates that the UE is entering or leaving the proximity of one or more CSG member cells based on proximity detection with an autonomous search function.

8.3.12.14.2 Conformance requirement

1: The UE shall initiate transmission of the ProximityIndication message with "entering" according to [16] within [6] minutes after entering the proximity of one or more CSG member cell(s) on a UTRA or E-UTRA frequency.

The UE shall initiate transmission of the ProximityIndication message with "leaving" according to [16] within [6] minutes after leaving the proximity of all CSG member cell(s) on a UTRA or E-UTRA frequency.

There is no need for statistical testing of this requirement.

NOTE: Entering the proximity of one or more CSG member cell(s) means that the UE is near a cell whose CSG ID is in the UE’s CSG whitelist (as determined based on autonomous search procedures). Leaving the proximity of one or more CSG member cell(s) means that the UE is no longer near any cell whose CSG ID is in the UE’s CSG whitelist.

Reference

1: 3GPP TS 25.133, clause 6.7.2

8.3.12.14.3 Test purpose

1. To confirm that the UE can transmit ProximityIndication message with "entering" after entering the proximity of CSG member cell.

2. To confirm that the UE can transmit ProximityIndication message with "leaving" after leaving the proximity of CSG member cell.

8.3.12.14.4 Method of test

Initial Condition

System Simulator:

3 cells – Cell 1, Cell 2 and Cell 4 are used.

The CSG id of the Cell 4 is 2. Cell 1 and 2 do not broadcast CSG ID.

Cell 1 and Cell 2 are on f1.

Cell 4 is on f2.

The SIB3_REP of cell 4 i.e. SIB3 scheduling is 64.

User Equipment:

The UE Allowed CSG List shall be empty.

The UE memory should be clear from historical CSG proximity data (method how to achieve this is left to UE implementation).

If the UE supports radio bearer test mode for CSG proximity testing, ACTIVATE RB TEST MODE procedure is performed to delete any previously stored cell information for proximity detection.The UE is in idle state (state 2 or state 7) as specified in clause 7.4 of TS 34.108, depending on the CN domain(s) supported by the UE.

Related ICS/IXIT statement(s)

– UE supports FDD.

– UE supports inter-frequency CSG Proximity Indication.

– UE supports UE radio bearer test mode for CSG proximity testing.

Test Procedure

Table 8.3.12.14-1 illustrates the downlink power to be applied for the 2 cells.

Table 8.3.12.14-1

Parameter

Unit

Cell 1

Cell 4

Cell 2

Test Channel

1

2

1

LAC

0001

0002

0003

T0

T1

T2

T3

T0

T1

T2

T3

T0

T1

T2

T3

CPICH_Ec

dBm/3.84MHz

-70

-70

-70

-90

-70

OFF

-70

OFF

OFF

OFF

OFF

-70

Cell 1 is active. At instant T0, the downlink power is changed according to what is shown in Table 8.3.12.14-1. The UE performs manual CSG selection towards Cell 4. The UE shall store the necessary information for later proximity detection.

At instant T1, the UE is switched off and the downlink power is changed according to what is shown in Table 8.3.12.14-1.

At instant T2, the downlink power is changed according to what is shown in table 8.3.12.14 -1. The UE is configured with proximity indication control by sending the Measurement Control message to enable CSG Proximity detection. The UE shall report “entering” proximity of a CSG member cell.

At instant T3, the downlink power is changed according to what is shown in table 8.3.12.14 -1. The UE performs handover to Cell 2 to simulate the condition that the UE is not in the vicinity of the CSG cell. The UE shall report “leaving” proximity of a CSG member cell.

Expected sequence

Step	Direction		Message	Comment
	UE	SS
1				The SS changes the power of the two cells according to column T0 in table 8.3.12.14-1
2				The UE is made to perform manual CSG selection and select Cell 4. A complete Location Update is done.
3				The UE is switched off. The SS changes the power of the two cells according to column T1 in table 8.3.12.14-1
4				The UE is switched on and shall reselect Cell 1. The UE performs a registration procedure described in TS 34.108 subclause 7.2.2 according to the CN domain under test.
5	UE			The SS brings the UE into PS-DCCH+DTCH_DCH (state 6-10) or CS-DCCH+DTCH_DCH (state 6-9) or PS+CS-DCCH+DTCH_DCH (state 6-14) as specified in clause 7.4 of TS 34.108, depending on the CN domain under test.
6				The SS changes the power of the two cells according to column T2 in table 8.3.12.14-1
7			MEASUREMENT CONTROL	The SS configures a measurement to the UE to enable CSG proximity detection.
8			MEASUREMENT REPORT	The UE sends a measurement report with the CSG proximity indication to the SS. The message includes the frequency of the Cell 4 and “entering” proximity of a CSG member cell.
9				The SS changes the power of the two cells according to column T3 in table 8.3.12.14-1
10				The UE is made to perform handover to Cell 2.
11			MEASUREMENT REPORT	The UE sends a measurement report with the CSG proximity indication to the SS. The message includes the frequency of the Cell 4 and “leaving” proximity of a CSG member cell.

Specific Message Contents

MEASUREMENT CONTROL (Step 7)

Use the same message sub-type found in TS 34.108, clause 9, with the following exceptions

Information Element	Value/remark
Measurement Identity	1
Measurement Command	Setup
CHOICE Measurement type
– CSG Proximity detection
– UTRA CSG Proximity detection	enable

MEASUREMENT REPORT (Step 8)

Information Element	Value/remark
Measurement identity	Check to see if set to 1
CSG Proximity Indication
– CSG Proximity Indication	entering
– CHOICE Radio Access Technology
– UTRA
– CSG Frequency info for UTRA
– CHOICE mode
– FDD
– UARFCN uplink (Nu)	The same as the Cell 4
– UARFCN downlink (Nd)	The same as the Cell 4

MEASUREMENT REPORT (Step 11)

Information Element	Value/remark
Measurement identity	Check to see if set to 1
CSG Proximity Indication
– CSG Proximity Indication	leaving
– CHOICE Radio Access Technology
– UTRA
– CSG Frequency info for UTRA
– CHOICE mode
– FDD
– UARFCN uplink (Nu)	The same as the Cell 4
– UARFCN downlink (Nd)	The same as the Cell 4

8.3.12.14.5 Test requirement

At step 8, the UE sends a measurement report including “entering” proximity of a CSG member cell within [360]s.

At step 11, the UE sends a measurement report including “leaving” proximity of a CSG member cell within [360]s.