CS呼叫流程详细IE整理

1、CS呼叫流程详细IE整理MOC过程详细IE1【血11标准1协议层I方向1消启名称1氏时间阿:分1UE1TD SCDMAKKCtRI9 Cannctiong523. leT2UELTD SCDWIiEHC4EEC Connection tupg523.9373UE1TE SCDHkKftCtESC Cann*cticjk S#tup Completeg523. 93T4UE1TD SCDMAWHtCH Efirvicfi Requ电9523. 93T5UE1TD SCBMiERC4Neasurement Controlg523.9373UELTE SCDHkNH+Authenticiticn E

2、equestg524. S287UE1TD SCEMAKRC4n&asyre(ii4ikt Controlg524.8203UE1TD SCBMiNMAuthentication Responseg524. B2SgUELTB SCBHkSecurity Hade Cemmandg524, S2810UE1TD SCBMAtSecurity 用ode Completeg524.82011UELTD SCDMk1Setup9524.S2812UE1TB SCBHk4cm Prpcseding9525.62513UE1TD SCBMA4-Eadie Btirer SeUip CDL-ECCH)95

3、25. 2514UELTD SCDMk1Radio Bearer Setup Completeg52&. 43715KE1TD SCBMkFrocr&ssg57. 437UE1TD SCBMA4Alerting95212. 48417UELTD SCDMA4Progressg5213.34318UE1rC SCDMJ1Connect9514.34319UE1TD SCBMAtConnect Acknowledge95214.34320UELTD SCDMA1Neasurement Reportg5315.56221VE1TD SC珂丸4FhysicJ Chwjtel Reconfigurati

4、on95317.42122UE1TD SCDFU1Physical Channel Reegfiurati cn旧5317.42123UELTD SCDMA4Neasurement Controlg5313.453爾VE1TD SUE狀4Neasuremenl Control95318. 45325UE1TD SCDFU1nasureiiiit Report95443.53126UELTD sew4Fhjrsical Ckaiuiel JleconfigiiratLorLg5449 5312TVE1TD SCDH/1Physical Chwitel Reconf电tion阳5450,5 凹2S

5、UE1TD SCDFU4Nasiuremiit Control9545J 56229UE1TD sew4Neasurement Controlg54SI 50030UE1TE SCDH/1Heasursment Reportg5511. ISS31UE1TD SCDrJt4Physical Channel ReconfiarBtion95512.04532UE1TE SCDMA十FhjTEical Ctiaimel JleconfigiiratioE.05512.04533UE1TE SCDH/4Heasurement Controlg5513.00034UE1TD SCDFU4-Measur

6、emTil Control95514 00035UE1TD SCDMXrBi scoimectg5514. &1236UZ1TD SCDFflA4Release95514.61237UE1TD旣呗rE&lese Completeg5514.E1Z3SUE1TE SCEMAOC Connection Fleast L-ECCH)g5514.81239UE1TD SCDMA4OC Connection Etlsase CDL-ECCH95514.61240UELTD咒珊丄1EEC Connection E电lease Completeg5514.E1241UElTE SCEM4IC Connect

7、ion Fleasft L-ECCHJgS514.ei242UElTD SCDWIAtEQ Connectione 匚ooplettg55IS. 67543UELTD就珊丄KKC Connection Release Complete95515.E7544UElTD SCDH4tESC Connection Release CompletegS5IS 675图1: MOC信令流程RRC Connection Request 信令 IE 整理（行）UE上行发送一个 RRCConnection Request消息，请求建立一条 RRC连接。 主要参数为：Initial UE Identity:初始

8、的UE标识，如IMSI，TMSI等参数，用来让网络识别发送该建立请求消息的UE“但UE每次只能选择其一。Protocol Error In dicator:协议错误标识，用来标明是否有协议错误发生。测量IE :给出在Uu接口上的测量结果；重点IE标注如下：value UL-CCCH-Message :=message rrcConnection Request :ini tialUE-lde ntity tmsi-a nd-LAI :isi00111001 00101100 01110000 01010111 laipimn-Ide ntity mcc4,6,0，mnc0,7 ，lac 101

9、01000 00100101B， establishmentCause originatingConversationalCall, protocolErrorIndicator noError, measuredResultsOnRACHCurrent CellMode Specific Info tdd :primaryCCPCH-RSCP 34, monitoredCellsmodeSpecificInfo tdd :cellParametersID 58, primaryCCPCH-RSCP 10,modeSpecificInfo tdd :cellParametersID 40, p

10、rimaryCCPCH-RSCP 10, v3d0NonCriticalExtensions rRCConnectionRequest-v3d0extuESpecificBehaviourInformation1idle 0000B, v4b0NonCriticalExtensions rrcConnectionRequest-v4b0extaccessStratumReleaseIndicator rel-4接受到 RRC CONNECTION REQUEST 消息之后， UTRAN 应：提交 RRC CONNECTION SETUP 消息到底层在下行链路 CCCH 上传输，或在下行链路 C

11、CCH 上提交 RRC CONNECTION REJECT 消息。在 RRC CONNECTION REJECT 消息中， UTRAN 可能指示 UE 接入其他 UTRA 或其他系统。 当 RRC CONNECTION REJECT 消息发 送后，在 UTRAN 中删除所有关于该 UE 的上下文。RRC Connection Setup 信令 IE 整理（下行）RNC在下行CCC上向UE发送RRCCo nn ection Set up消息。主要参数：UEIE , RB IE , TrCH IE，上行传输信道，下行传输信道，物理信道 IE , UL无线资源和 DL无线资源。重点 IE 标注如下：

12、value DL-CCCH-Message :=message rrcConnectionSetup : later-than-r3 :initialUE-Identity tmsi-and-LAI :tmsi 00111001 00101100 01110000 01010111B,laiplmn-Identitymcc4,6,0,mnc0,7,lac 10101000 00100101B,rrc-TransactionIdentifier 0, criticalExtensions r4 :rrcConnectionSetup-r4new-U-RNTI srnc-Identity 0001

13、1001 0101B, s-RNTI 00110010 11110110 0000B, rrc-StateIndicator cell-DCH, utran-DRX-CycleLengthCoeff 6, capabilityUpdateRequirement ue-RadioCapabilityFDDUpdateRequirement-FDD FALSE, ue-RadioCapabilityTDDUpdateRequirement-TDD384 FALSE, ue-RadioCapabilityTDDUpdateRequirement-TDD128 TRUE, srb-Informatio

14、nSetupList rb-Identity 1, rlc-InfoChoice rlc-Info : ul-RLC-Mode ul-UM-RLC-Mode : ,dl-RLC-Mode dl-UM-RLC-Mode : NULL, rb-MappingInfo ul-LogicalChannelMappings oneLogicalChannel : ul-TransportChannelType dch : 1, logicalChannelIdentity 1, rlc-SizeList configured : NULL, mac-LogicalChannelPriority 4,dl

15、-LogicalChannelMappingListdl-TransportChannelType dch : 1, logicalChannelIdentity 1,ul-LogicalChannelMappings oneLogicalChannel :ul-TransportChannelType rach : NULL, logicalChannelIdentity 1, rlc-SizeList explicitList :rlc-SizeIndex 1,mac-LogicalChannelPriority 4,dl-LogicalChannelMappingListdl-Trans

16、portChannelType fach : NULL, logicalChannelIdentity 1,rb-Identity 2,rlc-InfoChoice rlc-Info :ul-RLC-Mode ul-AM-RLC-Mode : transmissionRLC-Discard noDiscard : dat15, transmissionWindowSize tw64, timerRST tr500, max-RST rst16, pollingInfotimerPoll tp200,poll-SDU sdu1, lastTransmissionPDU-Poll TRUE, la

17、stRetransmissionPDU-Poll TRUE, pollWindow pw70,dl-RLC-Mode dl-AM-RLC-Mode :,in Seque nceDelivery TRUE, receivi ngWin dowSize rw64, dl-RLC-StatusI nfomissi ngP DU-I ndicator TRUE rb-Ma ppinginfo ul-LogicalCha nn elMa ppings on eLogicalCha nnel : ul-Tra nsp ortCha nn elT yp dch |: 1, logicalCha nn eli

18、de ntity 2, rlc-SizeList con figured : NULL, mac-LogicalCha nnelP riority 1,dl-LogicalCha nn elMa ppin gList dl-Tra nsp ortCha nn elT ype dch : 1, logicalCha nn elide ntity 2,ul-LogicalCha nn elMa ppings on eLogicalCha nnel : ul-TransportChannelType rach : NULL, logicalCha nn elide ntity 2, rlc-Size

19、List exp licitList :rlc-Sizel ndex 1,mac-LogicalCha nnelP riority 1,dl-LogicalCha nn elMa ppin gList dl-TransportChannelType fach : NULL, logicalChannelIdentity 2,rb-Identity 3,rlc-InfoChoice rlc-Info :ul-RLC-Mode ul-AM-RLC-Mode : transmissionRLC-Discard noDiscard : dat15, transmissionWindowSize tw6

20、4, timerRST tr500, max-RST rst16, pollingInfotimerPoll tp200,poll-SDU sdu1, lastTransmissionPDU-Poll TRUE, lastRetransmissionPDU-Poll TRUE, pollWindow pw70,dl-RLC-Mode dl-AM-RLC-Mode : inSequenceDelivery TRUE, receivingWindowSize rw64, dl-RLC-StatusInfomissingPDU-Indicator TRUE, rb-MappingInfo ul-Lo

21、gicalChannelMappings oneLogicalChannel : ul-TransportChannelType dch : 1, logicalChannelIdentity 3, rlc-SizeList configured : NULL,mac-LogicalChannelPriority 2, dl-LogicalChannelMappingList dl-TransportChannelType dch : 1,logicalChannelIdentity 3,ul-LogicalChannelMappings oneLogicalChannel :ul-Trans

22、portChannelType rach : NULL, logicalChannelIdentity 3, rlc-SizeList explicitList : rlc-SizeIndex 1,mac-LogicalChannelPriority 2,dl-LogicalChannelMappingListdl-TransportChannelType fach : NULL,logicalChannelIdentity 3,rb-Identity 4,rlc-InfoChoice rlc-Info :ul-RLC-Mode ul-AM-RLC-Mode : transmissionRLC

23、-Discard noDiscard : dat15, transmissionWindowSize tw64, timerRST tr500, max-RST rst16, pollingInfotimerPoll tp200,poll-SDU sdu1, lastTransmissionPDU-Poll TRUE, lastRetransmissionPDU-Poll TRUE, pollWindow pw70,dl-RLC-Mode dl-AM-RLC-Mode : inSequenceDelivery TRUE, receivingWindowSize rw64, dl-RLC-Sta

24、tusInfomissingPDU-Indicator TRUE, rb-MappingInfoul-LogicalChannelMappings oneLogicalChannel :ul-TransportChannelType dch : 1, logicalChannelIdentity 4, rlc-SizeList configured : NULL, mac-LogicalChannelPriority 3, dl-LogicalChannelMappingList dl-TransportChannelType dch : 1,logicalChannelIdentity 4,

25、ul-LogicalChannelMappings oneLogicalChannel :ul-TransportChannelType rach : NULL, logicalChannelIdentity 4, rlc-SizeList explicitList :rlc-SizeIndex 1,mac-LogicalChannelPriority 3,dl-LogicalChannelMappingListdl-TransportChannelType fach : NULL, logicalChannelIdentity 4,ul-CommonTransChInfomodeSpecif

26、icInfo tdd : individualUL-CCTrCH-InfoList ul-TFCS-Identity tfcs-ID 1, sharedChannelIndicator FALSE,ul-TFCS normalTFCI-Signalling : complete :ctfcSize ctfc2Bit :ctfc2 0, powerOffsetInformationgainFactorInformationcomputedGainFactors : 0,ctfc2 1, powerOffsetInformation gainFactorInformationsignalledGa

27、inFactors : modeSpecificInfo tdd : NULL, gainFactorBetaD 15,tfc-Subset fullTFCS : NULL, ul-AddReconfTransChInfoList ul-TransportChannelType dch,transportChannelIdentity 1, transportFormatSet dedicatedTransChTFS : tti tti10 :rlc-Size octetModeType1 : sizeType1 : 16, numberOfTbSizeListzero : NULL,one

28、: NULL,logicalChannelList allSizes : NULL,semistaticTF-Information channelCodingType convolutional : third, rateMatchingAttribute 160, crc-Size crc16,dl-CommonTransChInfomodeSpecificInfo tdd :individualDL-CCTrCH-InfoListdl-TFCS-Identitytfcs-ID 1,sharedChannelIndicator FALSE,tfcs-SignallingMode expli

29、cit-config : normalTFCI-Signalling : complete :ctfcSize ctfc2Bit :ctfc2 0, powerOffsetInformationgainFactorInformationcomputedGainFactors : 0,ctfc2 1, powerOffsetInformationgainFactorInformationsignalledGainFactors : modeSpecificInfo tdd : NULL, gainFactorBetaD 15, dl-AddReconfTransChInfoList dl-Tra

30、nsportChannelType dch, dl-transportChannelIdentity 1, tfs-SignallingMode explicit-config : dedicatedTransChTFS : tti tti10 :rlc-Size octetModeType1 : sizeType1 : 16, numberOfTbSizeListzero : NULL,one : NULL,logicalChannelList allSizes : NULL,semistaticTF-Information channelCodingType convolutional :

31、 third, rateMatchingAttribute 160, crc-Size crc16, frequencyInfomodeSpecificInfo tdd :uarfcn-Nt 10088,maxAllowedUL-TX-Power 33, ul-ChannelRequirement ul-DPCH-Info : ul-DPCH-PowerControlInfo tdd :ul-TargetSIR 23,ul-OL-PC-Signalling individuallySignalled :tddOption tdd128 :tpc-StepSize 1,primaryCCPCH-

32、TX-Power 33,modeSpecificInfo tdd :ul-TimingAdvance enabled :tddOption tdd128 :ul-SynchronisationParametersstepSize 1, frequency 1,ul-CCTrCHListtfcs-ID 1,ul-TargetSIR 23,timeInfo,commonTimeslotInfo secondInterleavingMode frameRelated, tfci-Coding tfci-bits-8, puncturingLimit pl0-64, repetitionPeriodA

33、ndLength repetitionPeriod1 :NULL,tddOption tdd128 :ul-CCTrCH-TimeslotsCodes dynamicSFusage FALSE, firstIndividualTimeslotInfo timeslotNumber 3, tfci-Existence TRUE, midambleShiftAndBurstType midambleAllocationModedefaultMidamble : NULL,midambleConfiguration 4,modulation mod-QPSK, ss-TPC-Symbols one,

34、 ul-TS-ChannelisationCodeList cc8-8,moreTimeslots noMore : NULL, dl-CommonInformationdl-DPCH-InfoCommoncfnHandling initialise :, modeSpecificInfo tdd : dl-DPCH-PowerControlInfomodeSpecificInfo tdd :tpc-StepSizeTDD 1, modeSpecificInfo tdd :tddOption tdd128 :tstd-Indicator FALSE,defaultDPCH-OffsetValu

35、e 0,dl-InformationPerRL-ListmodeSpecificInfo tdd : tdd :tddOption tdd128 :tstd-Indicator FALSE,sctd-Indicator FALSE,dl-DPCH-InfoPerRL tdd :dl-CCTrChListToEstablishtfcs-ID 1,timeInfo,commonTimeslotInfo secondInterleavingMode frameRelated, tfci-Coding tfci-bits-8, puncturingLimit pl0-64, repetitionPer

36、iodAndLength repetitionPeriod1 :NULL,tddOption tdd128 :dl-CCTrCH-TimeslotsCodesfirstIndividualTimeslotInfotimeslotNumber 4, tfci-Existence TRUE, midambleShiftAndBurstType midambleAllocationModedefaultMidamble : NULL,midambleConfiguration 4,modulation mod-QPSK,ss-TPC-Symbols one, dl-TS-Channelisation

37、CodesShort codesRepresentation bitmap : chCode2-SF16, chCode1-SF16 ,moreTimeslots noMore : NULL, v4d0NonCriticalExtensions rrcConnectionSetup-r4-add-extCONTAININGrrcConnectionSetup-r4-TDD128-add-extfrequencyInfomodeSpecificInfo tdd :uarfcn-Nt 10080,upPCHpositionInfo 22RRC Connection Set up Com plete

38、 信令 IE 整理（上行）主要参数:RRC事务标识。RRC tran sacti on ide ntifierSTART list :开始列表，包含CN域标识和开始值列表信息。UE radio access cap ability:UE无线接入特性。UE radio access cap ability exte nsion:UE无线接入特性扩展。UE system sp ecific cap ability至此RRC连接建立过程结束重点IE整理如下：:UE系统特性。alue UL-DCCH-Message :=message rrcCo nn ectio nSet up Com pl ete

39、 :rrc-Tra nsactio nide ntifier 0, startListcn-Doma inlden tity cs-doma in, start-Value 00000000 00000000 0010B,cn-Doma inlden tity p s-doma in, start-Value 00000000 00000000 0000B,ue-RadioAccessCa pabilityp dcp-Ca pabilitylosslessSRNS-Relocatio nSu pp ort TRUE, supp ortForRfc2507 supp orted : by8192

40、,rlc-CapabilitytotalRLC-AM-BufferSize kb150, maximumRLC-WindowSize mws2047, maximumAM-EntityNumber am30, transportChannelCapabilitydl-TransChCapability maxNoBitsReceived b8960, maxConvCodeBitsReceived b8960, turboDecodingSupport supported : b8960, maxSimultaneousTransChs e8, maxSimultaneousCCTrCH-Co

41、unt 1, maxReceivedTransportBlocks tb32, maxNumberOfTFC tfc128, maxNumberOfTF tf64,ul-TransChCapability maxNoBitsTransmitted b2560, maxConvCodeBitsTransmitted b2560, turboEncodingSupport supported : b2560, maxSimultaneousTransChs e8, modeSpecificInfo tdd :maxSimultaneousCCTrCH-Count 1, maxTransmitted

42、Blocks tb16, maxNumberOfTFC tfc64, maxNumberOfTF tf32, rf-CapabilitytddRF-Capabilityue-PowerClass 2, radioFrequencyTDDBandList a, chipRateCapability mcps1-28,physicalChannelCapability,ue-MultiModeRAT-CapabilitymultiRAT-CapabilityListsupportOfGSM FALSE, supportOfMulticarrier FALSE,multiModeCapability

43、 tdd,securityCapabilitycipheringAlgorithmCap uea0 ,integrityProtectionAlgorithmCap uia1 ,ue-positioning-CapabilitystandaloneLocMethodsSupported TRUE, ue-BasedOTDOA-Supported TRUE, networkAssistedGPS-Supported noNetworkAssistedGPS, supportForUE-GPS-TimingOfCellFrames FALSE, supportForIPDL FALSE, v370

44、NonCriticalExtensionsrrcConnectionSetupComplete-v370ext, v380NonCriticalExtensions rrcConnectionSetupComplete-v380ext dl-PhysChCapabilityFDD-v380ext, v3a0NonCriticalExtensions rrcConnectionSetupComplete-v3a0ext , laterNonCriticalExtensionsv3g0NonCriticalExtensionsrrcConnectionSetupComplete-v3g0ext,

45、v4b0NonCriticalExtensions rrcConnectionSetupComplete-v4b0extue-RadioAccessCapability-v4b0ext pdcp-Capability-r4-ext supportForRfc3095 notSupported : NULL ,tdd-CapabilityExt rf-Capability tddRF-Capability ue-PowerClass 2, radioFrequencyBandTDDList a, chipRateCapability mcps1-28, physicalChannelCapabi

46、lity-LCR tdd128-PhysChCapability downlinkPhysChCapability maxTS-PerSubFrame 3, maxPhysChPerFrame 48, minimumSF sf1, supportOfPDSCH FALSE, maxPhysChPerTS 16, supportOf8PSK FALSE, uplinkPhysChCapability maxTS-PerSubFrame 3, maxPhysChPerTimeslot ts2,minimumSF sf1, supportOfPUSCH FALSE, supportOf8PSK FA

47、LSE,measurementCapability-r4-extdownlinkCompressedMode-LCR,uplinkCompressedMode-LCRCMServiceRequest信令IE整理（上行）RRC连接建立后,InitialUE发起,NAS)UE通过RRC连接向RNC发送初始直传消息（Direct Transfer），消息中携带UE发送到CN的NAS言息内容。此过程由 用于在上行链路上建立一条信令连接，在无线接口上传送初始的非接入层（ 消息。UE在 UL DCCHt使用AM RLC方式由RB3向 UTRAF发送此消息。主要参数：Integritycheck info

48、:整体性校验信息，包含了 XMAC-I和 MAC-I计算所需的RRC言息序列号。CN domain identity: CN域标识，标明是PS域或CS域。Intra Domain NAS Node Selector : NAS域内节点选择，为被寻址的 CN域在 节点 中选择路由。NAS message : NAS消息，在UTRA中透明传输。 Measured results on RACH : RACHW量结果。重点的 IE 整理如下：value UL-DCCH-Message :=message initialDirectTransfer :cn-DomainIdentity cs-doma

49、in, intraDomainNasNodeSelector version release99 :cn-Type gsm-Map-IDNNS :routingbasis localPTMSI :routingparameter 00101100 01B,dummy FALSE,nas-Message 052421035F189005F4392C7057H, v3a0NonCriticalExtensionsinitialDirectTransfer-v3a0extstart-Value 00000000 00000000 0010Bprotocol discriminator: 5 mess

50、age type: 36 message name: CM SERVICE REQUESTCiphering key sequence number: 2CM service type: Mobile originating call establishment or packet mode connection establishmentMobile station classmark2:Revision level: Used by mobile stations supporting R99 or later versions of the protocolES IND: Controlled Early Classmark Sending option is implemented in the MS A5/1: Controlled Early Classmark Sending option is implemented in the MSRF po wer cap ability: ReservedPS cap ability: PS cap ability not p rese nt Mobile Ide ntity:Type of ide ntity: TMSI/P-TMSImobile ide n