8.11a DCH with HS-DSCH Configurations (Rel-5 or later)

34.123-33GPPPart 3: Abstract test suite (ATS)TSUser Equipment (UE) conformance specification

The purpose of this clause is to specify the general ASP sequence and to precise values only when they have something specific in the given configuration.

1. Configure DPCH physical channel

CPHY_RL_Setup_REQ(

physicalChannelIdentity,

dPCHInfo_r5 or dPCHInfo_r6 or dPCHInfo_r7 )

— hs_DPCCHInd is present in the dPCHInfo ( only for HS-DSCH serving cell)

— set up the DL-DPCH associated with HS-PDSCH

— set up the HS-DPCCH which is associated with the HS-PDSCH (this is done only for HS-DSCH serving

— cell).

2. Configure DCH transport channels

CPHY_TrCH_Config_REQ(

physicalChannelIdentity,

dlconnectedTrCHList,

dlTFCS)

— set up TFS for each DCH carried by the DPCH defined in step 5 and TFCS for the CCTrCH consisting

of all DCH’s mapped on the DPCH.

3. Configure MAC entity for DCH

CMAC_Config_REQ(

physicalChannelIdentity,

dlconnectedTrCHList,

dlTFCS)

— set up TFS and TFCS for DCH’s, and map logical channel to DCH transport channel.

4. Configure RLC for DCCH

CRLC_Config_REQ(

rB_Identity,

rBInfo)

— set up RLC entity on top of DCCH logical channels which are mapped onto DCH

5. Configure HS-PDSCH physical channel

CPHY_RL_Setup_REQ(

physicalChannelIdentity,

hs_PDSCHInfo (r5 or r6 or r7[dedicated]))

— set up the HS-PDSCH identified by PhysicalChannelIdentity

— for the HS-PDSCH the configurable parameters are: the scrambling code, and

— set up the HS-SCCH which is associated with the HS-PDSCH without physicalChannelIdentity

— for the HS-SCCH the configurable parameters are: channelisation code set and H-RNTI

hSDSCHPhysicalLayerCategory HSDSCH_physical_layer_category, hsdsch_physical_layer_category_ext HSDSCH_physical_layer_category_ext,

— needed when MAC-ehs is configured

h_RNTI H_RNTI, dlHSPDSCHInformation DL_HSPDSCH_Information,

ackNackRepetitionFactor ACK_NACK_repetitionFactor,

sttd_Indicator BOOLEAN,

hs_SCCH_TxPower DL_TxPower,

mimo_Parameters MIMO_Parameters

— optionally present when MIMO is configured.

6. Configure HS-DSCH transport channels

6.a Associated with MAC-hs

CPHY_TrCH_Config_REQ(

physicalChannelIdentity,

hsDSCHMacdFlows)

— set up the HS-DSCH transport channel which carries MAC_d flows identified by Mac_dFlowId

in the hsDSCHMacdFlows.

— for each MAC_d flow the number of process queues of the MAC-d flow and their queue identities

are configurable;

— for each MAChsQueue the configurable parameters are: machsQueueId; priority;

mac_hsPduSizeInfoList; reorderingReleaseTimer, discardTimer and the MAC-dFlow identity to which

this MAChsQueue belongs.

— mimoStatus is set to TRUE if MIMO is configured.

6.b Associated with MAC-ehs [Rel-7 or later]

CPHY_TrCH_Config_REQ(

physicalChannelIdentity,

ehs_DSCH_Flows])

— set up the HS-DSCH transport channel MAC-ehs Queues flows identified by mac_ehs_QueueId

in the EHS_DSCH_Flows.

— for each MAC-ehsQueue the configurable parameters are: mac_ehs_QueueId;

reorderingReleaseTimerT1; mac_ehsWindowSize;

— the number of harq process is configurable

— mimoStatus is set to TRUE if MIMO is configured.

7. Configure MAC-hs/MAC-ehs entity for HS-DSCH

CMAC_MAChs_MACehs_TFRCconfigure_REQ(

explicit TRFC config mode with:

modulationScheme,

channelisationCodeOffset,

noOfChannelisatonCodes,

tbSizeIndexOnHS_SCCH,

minimumInterTTIinterval,

redundancyVersion,

hs_PDSCH_TxPower)

Or if MIMO is configured :

explicit_MIMMO mode [ if MIMO is configured] with:

modulationSchemeAndNumTB,

channelisationCodeOffset,

noOfChannelisatonCodes,

precodingWeight2,

primaryTB_SizeIndexOnHS_SCCH,

secondaryTB_SizeIndexOnHS_SCCH,

–present only if second TB is to be tx as per modulationSchemeAndNumTB

minimumInterTTIinterval ,

primaryRedundancyVersions,

secondaryRedundancyVersions,

–present only if second TB is to be tx as per modulationSchemeAndNumTB

hs_PDSCH_TxPower

)

7.a MAC-hs

CMAC_Config_REQ(

physicalChannelIdentity,

uE_Info,

hsDSCHMacdFlows)

— the hsDSCHMacdFlows shall be same as that used in CPHY_TrCH_Config_REQ.

— set up MAC_d flows identified by Mac_dFlowId in the hsDSCHMacdFlows.

— for each MAC_d flow the number of process queues of the MAC-d flow and their queue identities

are configurable;

— for each MAChsQueue the configurable parameters are: machsQueueId; priority;

mac_hsPduSizeInfoList; reorderingReleaseTimer, discardTimer and the MAC-dFlow identity to which

this MAChsQueue belongs.

— set up the mapping between each MAC_d flow and the logical channels which mapped on the flow.

— MAC-hs entity is created per cell. In case of Intra Node B Handover this entity at the UE will not be reset whereas in the TTCN it will be released in the first cell and setup in the second cell. As no data is sent on HS-DSCH, this implementation will not affect the signalling, as signalling is transmitted through the associated DPCH channel.

— mimoStatus is set to TRUE if MIMO is configured.

7.b MAC-ehs [Rel-7 or later]

CMAC_Config_REQ(

physicalChannelIdentity,

uE_Info,

ehs_DSCH_Flows)

— the ehs_DSCH_Flows shall be same as that used in CPHY_TrCH_Config_REQ.

— set up ehs-DSCH flows identified by mac_ehs_QueueId in the hsDSCHMacdFlows.

— set up the mapping between each mac-ehs flow and the logical channels which mapped on the flow.

— MAC_ehs entity is created per cell. In case of Intra Node B Handover this entity at the UE will not be reset whereas in the TTCN it will be released in the first cell and setup in the second cell. As no data is sent on HS-DSCH, this implementation will not affect the signalling, as signalling is transmitted through the associated DPCH channel.

— mimoStatus is set to TRUE if MIMO is configured.

8. Configure RLC entity for DTCHs which is mapped on HS-DSCH

CRLC_Config_REQ(

rB_Identity,

rBInfo)

— set up RLC entity on top of DTCH logical channel which is mapped onto MAC_d/MAC-ehs flow

9. MAC-hs/MAC-ehs reset, release of SS resources for HSDPA

MAC-hs/MAC-ehs reset:

CMAC_MAChs_MACehs_Reset_REQ(

cellId)

RL release:

CPHY_RL_Release_REQ(

cellId, phyChId)

— phyChid is the identity of HS-PDSCH physical channel or the associated DPCH channel

— the HS-SCCH physical channel shall be also released when HS-PDSCH is released

— the HS-DPCCH physical channel shall be released when the associated DPCH is released

TrCH release:

CPHY_TrCH_Release_REQ(

cellId, phyChId)

— phyChid is the identity of HS-PDSCH physical channel

MAC-hs/MAC-ehs release:

CMAC_Config_REQ(

cellId, phyChId)

— phyChid is the identity of HS-PDSCH physical channel

RLC release:

CRLC_Config_REQ(

cellId, rbId)

— rbid is the identity of the radio bearer providing HSDPA service