2section (Continued) 6 Layer 3 Processing
Traffic Channel Initialization Substate
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- 2.6.4.2.1 Return to Traffic Channel Initialization Substate with Initialization Failure Indication
- 2.6.4.2.2 Exiting the Traffic Channel Initialization Substate
2.6.4.2 Traffic Channel Initialization SubstateIn this substate, the mobile station verifies that it can receive the Forward Traffic Channel and begins transmitting on the Reverse Traffic Channel. If this substate is entered from the Traffic Channel Substate of the Mobile Station Control on the Traffic Channel State with an Initialization Failure indication, the mobile station shall perform the procedures as specified in 2.6.4.2.1, and shall not perform any of the remaining procedures in this section. Otherwise, upon entering the Traffic Channel Initialization Substate, the mobile station shall perform the following: • The mobile station shall perform registration initialization as specified in 2.6.5.5.4.1. • Layer 3 shall send an L2-Supervision.Request primitive to Layer 2 to reset the acknowledgment procedures as specified in [4]. • The mobile station shall initialize Forward Traffic Channel power control as specified in 2.6.4.1.1.1. • The mobile station shall initialize the list TAG_OUTSTANDING_LIST to be empty. • If P_REV_IN_USEs is less than seven, the mobile station shall set CS_SUPPORTEDs to ‘0’. • If P_REV_IN_USEs is less than nine, the mobile station shall set FOR_PDCH_SUPPORTEDs to ‘0’. • The mobile station shall set USE_ERAMs to ‘0’. • The mobile station shall set the following variables to their initial default values given below:
+ RLGAIN_SCH_PILOTs [0]= ‘000000’ + RLGAIN_SCH_PILOTs [1]= ‘000000’
– Default start time for Reverse Supplemental Code Channel assignment (REV_START_TIMEs = NULL) – Default retry delays:
– Default neighbor pilot strength measurement threshold offset (T_MULCHANs = ‘000’) – Default start time for forward Supplemental Code Channel Assignment (FOR_START_TIMEs = NULL) – Default number of Reverse Supplemental Code Channels (NUM_REV_CODESs = ‘000’) – Default reverse use T_ADD abort indicator (USE_T_ADD_ABORTs = ‘0’) – Default Supplemental Channel Request Message sequence number (SCRM_SEQ_NUMs = NULL) – Default indicator to ignore reverse Supplemental Code Channel assignment (IGNORE_SCAMs = ‘0’) – Default indicator to ignore reverse Supplemental Channel assignment
– Default search period for the candidate search (SEARCH_PERIODs = ‘1111’) – Default search window size for the Candidate Frequency Search Set (CF_SRCH_WIN_Ns = SRCH_WIN_Ns) – Default search window size for the Remaining Set on the CDMA Candidate Frequency (CF_SRCH_WIN_Rs = SRCH_WIN_Rs) – Default pilot PN sequence offset increment for the CDMA Candidate Frequency (CF_PILOT_INCs = PILOT_INCs) – Default Candidate Frequency search priorities included indicator (CF_SEARCH_PRIORITY_INCLs =‘0’) – Default Candidate Frequency search window size included indicator (CF_SRCH_WIN_NGHBR_INCLs = ‘0’) – Default Candidate Frequency search window offset included indicator (CF_SRCH_OFFSET_INCLs = ‘0’) – Default periodic search indicator (PERIODIC_SEARCHs = ‘0’) – Default return-if-handoff-fail indicator (RETURN_IF_HANDOFF_FAILs = ‘0’) – Default total pilot Ec/I0 threshold (MIN_TOTAL_PILOT_EC_I0s = ‘00000’) – Default total pilot Ec threshold (SF_TOTAL_EC_THRESHs = ‘11111’) – Default total pilot Ec/I0 threshold (SF_TOTAL_EC_I0_THRESHs = ‘11111’) – Default received power difference threshold (DIFF_RX_PWR_THRESHs = ‘00000’)
(TF_WAIT_TIMEs = ‘1111’) – Default Candidate Frequency Search Set (Candidate Frequency Search Set is empty)
+ Set the Forward Supplemental Channel frame length FOR_SCH_FRAME_LENGTHs[0] to NULL. + Set the Forward Supplemental Channel Multiplex Option FOR_SCH_MUXs[0] to NULL. + Set the Forward Supplemental Channel Radio Configuration FOR_SCH_RCs[0] to NULL. + Set the Forward Supplemental Channel Coding Type FOR_SCH_CODINGs[0] to NULL. + Set QOF_IDs[0][SCCL_INDEXs][i] to NULL, for all integer values of i from 0 to 15. + Set FOR_SCH_CC_INDEXs [0][SCCL_INDEXs][i] to NULL, for all integer values of i from 0 to 15. + Set the Forward Supplemental Channel frame length FOR_SCH_FRAME_LENGTHs[1] to NULL. + Set the Forward Supplemental Channel Multiplex Option FOR_SCH_MUXs[1] to NULL. + Set the Forward Supplemental Channel Radio Configuration FOR_SCH_RCs[1] to NULL. + Set the Forward Supplemental Channel Coding Type FOR_SCH_CODINGs[1] to NULL. + Set QOF_IDs[1][SCCL_INDEXs][i] to NULL, for all integer values of i from 0 to 15. + Set FOR_SCH_CC_INDEXs [1][SCCL_INDEXs][i] to NULL, for all integer values of i from 0 to 15. – Call Origination Transaction Identifier
+ REV_WALSH_IDs[0][0000] = 1 + REV_WALSH_IDs[0][0001] = 1 + REV_WALSH_IDs[0][0010] = 1 + REV_WALSH_IDs[0][0011] = 1 + REV_WALSH_IDs[0][0100] = 0 + REV_WALSH_IDs[0][0101] = 0 + REV_WALSH_IDs[0][0110] = 0 + REV_WALSH_IDs[1][0000] = 1 + REV_WALSH_IDs[1][0001] = 1 + REV_WALSH_IDs[1][0010] = 1 + REV_WALSH_IDs[1][0011] = 0 + REV_WALSH_IDs[1][0100] = 0 + REV_WALSH_IDs[1][0101] = 0 + REV_WALSH_IDs[1][0110] = 0 + Set the Reverse Supplemental Channel frame length REV_SCH_FRAME_LENGTHs[0] to NULL. + Set the Reverse Supplemental Channel Multiplex Option REV_SCH_MUXs[0] to NULL. + Set the Reverse Supplemental Channel Radio Configuration REV_SCH_RCs[0] to NULL. + Set the Reverse Supplemental Channel Coding Type REV_SCH_CODINGs[0] to NULL. + Set the Reverse Supplemental Channel frame length REV_SCH_FRAME_LENGTHs[1] to NULL. + Set the Reverse Supplemental Channel Multiplex Option REV_SCH_MUXs[1] to NULL. + Set the Reverse Supplemental Channel Radio Configuration REV_SCH_RCs[1] to NULL. + Set the Reverse Supplemental Channel Coding Type REV_SCH_CODINGs[1] to NULL. • If P_REV_IN_USEs is greater than six and the ASSIGN_MODEr field of the Channel Assignment Message or Extended Channel Assignment Message is equal to ‘000’ or ‘100’, then the mobile station shall initialize the logical to physical mapping table (LOGICAL_TO_PHYSICAL_MAPPING_TABLE) according to the requirements in Table 2.6.4.2-1:
Where requirement 1 is as follows: + The SR_ID field shall be set to NULL. Requirement 2 is as follows: + If CH_INDs is equal to ‘01’, the PHYSICAL_RESOURCE field shall be set to ‘0000’. + If CH_INDs is equal to ‘10’, the PHYSICAL_RESOURCE field shall be set to ‘0001’. + If CH_INDs is equal to ‘11’, there shall be two entries in the default LPM table where the PHYSICAL_RESOURCE field shall be set to ‘0000’ and ‘0001’ respectively. Requirement 3 is as follows: + If CH_INDs is equal to ‘01’: o If the Radio Configuration in use is less than three, the PHYSICAL_RESOURCE field shall be set to ‘0000’; otherwise, there shall be three entries in the default LPM table where the PHYSICAL_RESOURCE field shall be set to ‘0000’, ‘0010’, and ‘0011’ respectively. + If CH_INDs is equal to ‘10’: o There shall be three entries in the default LPM table where the PHYSICAL_RESOURCE field shall be set to ‘0001’, ‘0010’, and ‘0011’ respectively. + If CH_INDs is equal to ‘11’: o There shall be four entries in the default LPM table where the PHYSICAL_RESOURCE field shall be set to ‘0000’, ‘0001’, ‘0010’, and ‘0011’ respectively. • If the ASSIGN_MODEr field of the Extended Channel Assignment Message is equal to ‘101’, then the mobile station shall initialize the logical to physical mapping table (LOGICAL_TO_PHYSICAL_MAPPING_TABLE) according to the requirements in Table 2.6.4.2-2:
Where requirement 1 is as follows: + The SR_ID field shall be set to NULL. Requirement 2 is as follows: + If EXT_CH_INDs is equal to ‘00001’, then there shall be two entries in the default LPM table where the mobile station shall set: o PHYSICAL_RESOURCE to ‘0100’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘0’ for the first entry, and o PHYSICAL_RESOURCE to ‘0000’, FORWARD_FLAG to ‘0’, and REVERSE_FLAG to ‘1’ for the second entry. + If EXT_CH_INDs is equal to ‘00010’, then there shall be two entries in the default LPM table where the mobile station shall set: o PHYSICAL_RESOURCE to ‘0100’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘0’ for the first entry, and o PHYSICAL_RESOURCE to ‘0001’, FORWARD_FLAG to ‘0’, and REVERSE_FLAG to ‘1’ for the second entry. + If EXT_CH_INDs is equal to ‘00011’, then the mobile station shall set PHYSICAL_RESOURCE to ‘0000’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’. + If EXT_CH_INDs is equal to ‘00100’, then the mobile station shall set PHYSICAL_RESOURCE to ‘0001’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’. + If EXT_CH_INDs is equal to ‘00101’, then there shall be two entries in the default LPM table where the mobile station shall set: o PHYSICAL_RESOURCE to ‘0000’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the first entry, and o PHYSICAL_RESOURCE to ‘0001’, FORWARD_FLAG to ‘0’, and REVERSE_FLAG to ‘1’ for the second entry. + If EXT_CH_INDs is equal to ‘00110’, then there shall be two entries in the default LPM table where the mobile station shall set: o PHYSICAL_RESOURCE to ‘0000’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the first entry, and o PHYSICAL_RESOURCE to ‘0001’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the second entry. + If EXT_CH_INDs is equal to ‘01000’, then the mobile station shall set PHYSICAL_RESOURCE to ‘0100’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’. + If EXT_CH_INDs is equal to ‘01001’, then there shall be two entries in the default LPM table where the mobile station shall set: o PHYSICAL_RESOURCE to ‘0100’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the first entry, and o PHYSICAL_RESOURCE to ‘0000’, FORWARD_FLAG to ‘0’, and REVERSE_FLAG to ‘1’ for the second entry. + If EXT_CH_INDs is equal to ‘01010’, then there shall be two entries in the default LPM table where the mobile station shall set: o PHYSICAL_RESOURCE to ‘0100’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the first entry, and o PHYSICAL_RESOURCE to ‘0001’, FORWARD_FLAG to ‘0’, and REVERSE_FLAG to ‘1’ for the second entry. + If EXT_CH_INDs is equal to ‘01011’, then there shall be two entries in the default LPM table where the mobile station shall set: o PHYSICAL_RESOURCE to ‘0100’, FORWARD_FLAG to ‘0’, and REVERSE_FLAG to ‘1’ for the first entry, and o PHYSICAL_RESOURCE to ‘0000’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the second entry. + If EXT_CH_INDs is equal to ‘01100’, then there shall be two entries in the default LPM table where the mobile station shall set: o PHYSICAL_RESOURCE to ‘0100’, FORWARD_FLAG to ‘0’, and REVERSE_FLAG to ‘1’ for the first entry, and o PHYSICAL_RESOURCE to ‘0001’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the second entry. + If EXT_CH_INDs is equal to ‘01101’, then there shall be three entries in the default LPM table where the mobile station shall set: o PHYSICAL_RESOURCE to ‘0100’, FORWARD_FLAG to ‘0’, and REVERSE_FLAG to ‘1’ for the first entry, and o PHYSICAL_RESOURCE to ‘0000’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the second entry, and o PHYSICAL_RESOURCE to ‘0001’, FORWARD_FLAG to ‘0’, and REVERSE_FLAG to ‘1’ for the third entry. + If EXT_CH_INDs is equal to ‘01110’, then there shall be three entries in the default LPM table where the mobile station shall set: o PHYSICAL_RESOURCE to ‘0100’, FORWARD_FLAG to ‘0’, and REVERSE_FLAG to ‘1’ for the first entry, and o PHYSICAL_RESOURCE to ‘0000’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the second entry, and o PHYSICAL_RESOURCE to ‘0001’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the third entry. Requirement 3 is as follows: + If EXT_CH_INDs is equal to ‘00001’, then there shall be four entries in the default LPM table where the mobile station shall set: o PHYSICAL_RESOURCE to ‘0000’, FORWARD_FLAG to ‘0’, and REVERSE_FLAG to ‘1’ for the first entry, o PHYSICAL_RESOURCE to ‘0010’, FORWARD_FLAG to ‘0’, and REVERSE_FLAG to ‘1’ for the second entry, o PHYSICAL_RESOURCE to ‘0011’, FORWARD_FLAG to ‘0’, and REVERSE_FLAG to ‘1’ for the third entry, and o PHYSICAL_RESOURCE to ‘0100’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘0’ for the fourth entry. + If EXT_CH_INDs is equal to ‘00010’, then there shall be four entries in the default LPM table where the mobile station shall set: o PHYSICAL_RESOURCE to ‘0001’, FORWARD_FLAG to ‘0’, and REVERSE_FLAG to ‘1’ for the first entry, o PHYSICAL_RESOURCE to ‘0010’, FORWARD_FLAG to ‘0’, and REVERSE_FLAG to ‘1’ for the second entry, o PHYSICAL_RESOURCE to ‘0011’, FORWARD_FLAG to ‘0’, and REVERSE_FLAG to ‘1’ for the third entry, and o PHYSICAL_RESOURCE to ‘0100’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘0’ for the fourth entry. + If EXT_CH_INDs is equal to ‘00011’, then there shall be four entries in the default LPM table where the mobile station shall set: o PHYSICAL_RESOURCE to ‘0000’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the first entry, o PHYSICAL_RESOURCE to ‘0010’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the second entry, o PHYSICAL_RESOURCE to ‘0011’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the third entry, and o PHYSICAL_RESOURCE to ‘0100’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘0’ for the fourth entry. + If EXT_CH_INDs is equal to ‘00100’, then there shall be four entries in the default LPM table where the mobile station shall set: o PHYSICAL_RESOURCE to ‘0001’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the first entry, o PHYSICAL_RESOURCE to ‘0010’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the second entry, o PHYSICAL_RESOURCE to ‘0011’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the third entry, and o PHYSICAL_RESOURCE to ‘0100’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘0’ for the fourth entry. + If EXT_CH_INDs is equal to ‘00101’, then there shall be five entries in the default LPM table where the mobile station shall set: o PHYSICAL_RESOURCE to ‘0000’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the first entry, o PHYSICAL_RESOURCE to ‘0001’, FORWARD_FLAG to ‘0’, and REVERSE_FLAG to ‘1’ for the second entry, o PHYSICAL_RESOURCE to ‘0010’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the third entry, o PHYSICAL_RESOURCE to ‘0011’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the fourth entry, and o PHYSICAL_RESOURCE to ‘0100’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘0’ for the fifth entry. + If EXT_CH_INDs is equal to ‘00110’, then there shall be five entries in the default LPM table where the mobile station shall set: o PHYSICAL_RESOURCE to ‘0000’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the first entry, o PHYSICAL_RESOURCE to ‘0001’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the second entry, o PHYSICAL_RESOURCE to ‘0010’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the third entry, o PHYSICAL_RESOURCE to ‘0011’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the fourth entry, and o PHYSICAL_RESOURCE to ‘0100’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘0’ for the fifth entry. + If EXT_CH_INDs is equal to ‘01000’, then there shall be one entry in the default LPM table where the mobile station shall set: o PHYSICAL_RESOURCE to ‘0100’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the third entry: + If EXT_CH_INDs is equal to ‘01001’, then there shall be two entries in the default LPM table where the mobile station shall set: o PHYSICAL_RESOURCE to ‘0000’, FORWARD_FLAG to ‘0’, and REVERSE_FLAG to ‘1’ for the first entry, o PHYSICAL_RESOURCE to ‘0100’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the fourth entry. + If EXT_CH_INDs is equal to ‘01010’, then there shall be four entries in the default LPM table where the mobile station shall set: o PHYSICAL_RESOURCE to ‘0001’, FORWARD_FLAG to ‘0’, and REVERSE_FLAG to ‘1’ for the first entry, o PHYSICAL_RESOURCE to ‘0100’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the fourth entry. + If EXT_CH_INDs is equal to ‘01011’, then there shall be four entries in the default LPM table where the mobile station shall set: o PHYSICAL_RESOURCE to ‘0000’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the first entry, o PHYSICAL_RESOURCE to ‘0010’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘0’ for the second entry, o PHYSICAL_RESOURCE to ‘0011’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘0’ for the third entry, and o PHYSICAL_RESOURCE to ‘0100’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the fourth entry. + If EXT_CH_INDs is equal to ‘01100’, then there shall be four entries in the default LPM table where the mobile station shall set: o PHYSICAL_RESOURCE to ‘0001’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the first entry, o PHYSICAL_RESOURCE to ‘0010’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘0’ for the second entry, o PHYSICAL_RESOURCE to ‘0011’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘0’ for the third entry, and o PHYSICAL_RESOURCE to ‘0100’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the fourth entry. + If EXT_CH_INDs is equal to ‘01101’, then there shall be five entries in the default LPM table where the mobile station shall set: o PHYSICAL_RESOURCE to ‘0000’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the first entry, o PHYSICAL_RESOURCE to ‘0001’, FORWARD_FLAG to ‘0’, and REVERSE_FLAG to ‘1’ for the second entry, o PHYSICAL_RESOURCE to ‘0010’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘0’ for the third entry, o PHYSICAL_RESOURCE to ‘0011’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘0’ for the fourth entry, and o PHYSICAL_RESOURCE to ‘0100’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the fifth entry. + If EXT_CH_INDs is equal to ‘01110’, then there shall be five entries in the default LPM table where the mobile station shall set: o PHYSICAL_RESOURCE to ‘0000’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the first entry, o PHYSICAL_RESOURCE to ‘0001’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the second entry, o PHYSICAL_RESOURCE to ‘0010’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘0’ for the third entry, o PHYSICAL_RESOURCE to ‘0011’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘0’ for the fourth entry, and o PHYSICAL_RESOURCE to ‘0100’, FORWARD_FLAG to ‘1’, and REVERSE_FLAG to ‘1’ for the fifth entry. • If P_REV_IN_USEs is equal to or less than six, the mobile station shall initialize the logical to physical mapping table (LOGICAL_TO_PHYSICAL_MAPPING_TABLE) as follows:
+ If CH_INDs is equal to ‘01’ or ‘11’, the mobile station shall set LOGICAL_TO_PHYSICAL_MAPPING_TABLE[0].PHYSICAL_RESOURCEs to ‘0000’. + If CH_INDs is equal to ‘10’, the mobile station shall set LOGICAL_TO_PHYSICAL_MAPPING_TABLE[0].PHYSICAL_RESOURCEs to ‘0001’.
+ If CH_INDs is equal to ‘01’ or ‘11’, the mobile station shall set LOGICAL_TO_PHYSICAL_MAPPING_TABLE[1].PHYSICAL_RESOURCEs to ‘0000’. + If CH_INDs is equal to ‘10’, the mobile station shall set LOGICAL_TO_PHYSICAL_MAPPING_TABLE[1].PHYSICAL_RESOURCEs to ‘0001’.
• If BCMC_ON_TRAFFIC_SUPs is set to ‘1’, the mobile station shall set AUTO_REQ_TRAF_ALLOWED_INDs to ‘1’. • The mobile station shall disable the TMS_Slotted timer, and set SLOTTEDs to YES. • The mobile station shall set REV_SPICH_EP_SIZEs to 5. • If FOR_PDCH_PARMS_INCLs is equal to ‘0’, the mobile station shall perform the following:
• If REV_PDCH_PARMS_INCLs is equal to ‘0’, the mobile station shall perform the following:
• The mobile station shall set REV_PDCH_BUFFER_SIZEs to NULL. • For i = 0 to 7, the mobile station shall sets to REV_REQCH_BUF_QUANT_PARM_1s[i] to NULL and REV_REQCH_BUF_QUANT_PARM_2s[i] to NULL. • The mobile station shall set REV_REQCH_POWER_HEADROOM_INCREASEs to NULL. • The mobile station shall set REV_REQCH_USE_POWER_REPORTSs to NULL. • The mobile station shall set REV_REQCH_POWER_HEADROOM_DECREASEs to NULL. • The mobile station shall set REV_REQCH_HEADROOM_DURATIONs to NULL. • The mobile station shall set REV_REQCH_MAX_POWER_UPDATE_DURATIONs to NULL. • The mobile station shall set REV_PDCH_INIT_TARGET_TPRs to 0 (0dB). • The mobile station shall set REV_PDCH_MAX_TARGET_TPRs to 0 (0dB). • The mobile station shall set REV_PDCH_QUICK_START_THRESHs to 72 (9dB). • The mobile station shall set REV_REQCH_QUICK_REPEAT_ALLOWEDs to NULL. • The mobile station shall set REV_PDCH_GRANT_PRECEDENCEs to ‘1’. • The mobile station shall set REV_PDCH_ALWAYS_ACK_FINAL_ROUNDs to ‘0’. • For i = 1 to (11 (REV_PDCH_EP_MAP_LENr +1)), the mobile station shall perform the following:
• For i = 0 to 6, the mobile station shall perform the following:
• The mobile station shall set REV_REQCH_ENABLEDs to ‘0’. • The mobile station shall set REV_PDCH_REQCH_TRIGGERs to NULL. • The mobile station shall set REV_PDCH_BOOST_OVERSHOOTs to 0.
• The mobile station shall set USE_CH_CFG_RRMs to ‘0’. • If the ASSIGN_MODEr field from the Channel Assignment Message equals ‘000’, the mobile station shall set SERV_NEGs to disabled. • If the ASSIGN_MODEr field from the Channel Assignment Message equals ‘100’, the mobile station shall set SERV_NEGs to enabled. • The mobile station shall initialize RC parameters as described in section 2.6.16. • The mobile station shall determine the service configuration as follows: – If SERV_NEGs equals disabled, the initial service configuration shall include Multiplex Option 1 and Radio Configuration 1 for both the Forward and Reverse Traffic Channels, and shall include no service option connections. – If SERV_NEGs equals enabled, and if GRANTED_MODEs equals ‘00’, the initial service configuration shall include the multiplex option and radio configuration for the Forward and Reverse Traffic Channels as specified by DEFAULT_CONFIGs, and shall include no service option connections. – If SERV_NEGs equals enabled and GRANTED_MODEs equals ‘01’ or ‘10’: + If the mobile station enters the Traffic Channel Initialization Substate because of receiving the Channel Assignment Message, the initial service configuration shall include the default Forward and Reverse Traffic Channel multiplex options and transmission rates corresponding to the service option requested by the mobile station in the Origination Message, in the case of a mobile station originated call, or the Page Response Message, in the case of a mobile station terminated, and shall include no service option connections. + If the mobile station enters the Traffic Channel Initialization Substate because of receiving the Extended Channel Assignment Message, the initial service configuration shall include the default Forward and Reverse Traffic Channel multiplex options that are derived from the radio configurations corresponding to the Table 3.7.2.3.2.21-7, and shall include no service option connections.
+ If SR_ID_RESTOREs equals ‘111’, the mobile station shall restore all the service option connections from the stored service configuration. + If SR_ID_RESTOREs equals ‘000’, the mobile station shall restore the service option connections indicated by SR_ID_RESTORE_BITMAPs from the stored service configuration. + Otherwise, the mobile station shall restore the service option connection corresponding to SR_ID_RESTOREs from the stored service configuration. – If SERV_NEGs equals disabled, the mobile station shall perform the following: + If the call is mobile station originated and the Origination Message requests a special service option, the mobile station shall set SO_REQs to the special service option number. + If the call is mobile station originated and the Origination Message does not request a special service option, the mobile station shall set SO_REQs to 1 (the default service option number). + If the call is mobile station terminated, the mobile station shall set SO_REQs to the service option number requested in the Page Response Message. While in the Traffic Channel Initialization Substate, the mobile station shall perform the following: • The mobile station shall monitor Forward Traffic Channels associated with one or more pilots in the Active Set. • The mobile station shall perform pilot strength measurements as specified in 2.6.6.2.2, but shall not send Pilot Strength Measurement Messages or Extended Pilot Strength Measurement Messages. • The mobile station shall perform registration timer maintenance as specified in 2.6.5.5.4.2. • If the bits of TMSI_CODEs-p are not all equal to ‘1’ and if System Time (in 80 ms units) exceeds TMSI_EXP_TIMEs-p 212, the mobile station shall set all the bits of TMSI_CODEs-p to ‘1’ within T66m seconds. • If the full-TMSI timer expires or has expired, the mobile station shall set all the bits of TMSI_CODEs p to ‘1’. The mobile station shall update the registration variables as described in 2.6.5.5.2.5. • If the Forward Packet Data Channel is assigned, whenever the mobile station transmitter is disabled, the MS shall set FPDCH_DTX_INDICATORs to '1'. • If the Forward Packet Data Channel is assigned, whenever the mobile station transmitter is enabled, the mobile station shall perform the following procedures: - The MS shall set FPDCH_DTX_INDICATORs to '0'. - If the mobile station transmitter has been disabled for at least TX_DISABLED_TIMERs, the mobile station shall send SIG-HandoffPDCH.Indication (handoff_type = ASSIGN) primitive to the MAC layer. If the mobile station does not support the assigned CDMA Channel (see [2]) or all of the assigned Forward Traffic code channels (see [2]), the mobile station shall enter the System Determination Substate of the Mobile Station Initialization State with an error indication (see 2.6.1.1). If the mobile station supports the assigned CDMA Channel and the assigned Forward Traffic code channels, the mobile station shall perform the following: • The mobile station shall tune to the assigned CDMA Channel. • The mobile station shall set its code channel for the assigned Forward Traffic code channel. • The mobile station shall set its Forward and Reverse Traffic Channel frame offsets to the assigned frame offset as determined by FRAME_OFFSETs. • The mobile station shall set its Forward and Reverse Traffic Channel long code masks to the public long code mask (see [2]). If all of the following conditions are true: • F-CPCCH is assigned, and • EARLY_RL_TRANSMIT_INDs equals ‘1’, the mobile station shall perform the following: • The mobile station shall adjust its transmit power as specified in [2]. • The mobile station shall transmit the Traffic Channel preamble as specified in [2] and Layer 3 shall send an acquiring dedicated channel indication to Layer 2 (see [4]). • If CH_INDs equals ‘00’, the mobile station shall commence R-CQICH reporting as specified in [2]. • If the mobile station receives a period of (N18m x 1.25) ms with sufficient signal quality on the Forward Common Power Control Subchannel assigned to this mobile station within T79m seconds after entering this substate, the mobile station shall perform the following additional functions while it remains in the Traffic Channel Initialization Substate: - The mobile station shall perform Forward Traffic Channel supervision as specified in 2.6.4.1.8. If a loss of the Forward Traffic Channel is declared, the mobile station shall enter the System Determination Substate of the Mobile Station Initialization State with a system lost indication (see 2.6.1.1). - The mobile station shall process Forward Traffic Channel signaling traffic and shall discard other types of Forward Traffic Channel traffic. • If the mobile station does not receive a period of (N18m x 1.25) ms with sufficient signal quality on the Forward Common Power Control Subchannel assigned to this mobile station within T79m seconds after entering this substate, the mobile station shall perform the following:
If all of the following conditions are true: • F-CPCCH is assigned, and • EARLY_RL_TRANSMIT_INDs equals ‘0’, or EARLY_RL_TRANSMIT_INDs equals ‘1’ and the T79m timer has expired,. the mobile station shall perform the following: • If the mobile station receives a period of (N18m 1.25) ms with sufficient signal quality on the Forward Common Power Control Subchannel assigned to this mobile station within T50m seconds after entering this substate, the mobile station shall perform the following additional functions while it remains in the Traffic Channel Initialization Substate: - The mobile station shall perform Forward Traffic Channel supervision as specified in 2.6.4.1.8. If a loss of the Forward Traffic Channel is declared, the mobile station shall enter the System Determination Substate of the Mobile Station Initialization State with a system lost indication (see 2.6.1.1). - The mobile station shall adjust its transmit power as specified in [2]. - The mobile station shall transmit the Traffic Channel preamble as specified in [2], and Layer 3 shall send an acquiring dedicated channel indication to Layer 2 (see [4]). - If CH_INDs equals ‘00’, the mobile station shall commence R-CQICH reporting as specified in [2]. - The mobile station shall process Forward Traffic Channel signaling traffic and shall discard other types of Forward Traffic Channel traffic. - If Layer 3 receives a L2-Condition.Notification primitive from Layer 2 indicating an acknowledgment failure, the mobile station shall perform the following: + If the Direct Channel Assignment call setup procedure was used and DIRECT_CH_ASSIGN_RECOVER_INDs is set to ‘1’, the mobile station shall perform the following:
à The mobile station is able to select the last pilot mobile station was monitoring before entering Mobile Station Control on the Traffic Channel State and the pilot has sufficient signal strength, or à The mobile station is able to select a pilot with sufficient signal strength that is listed in NGHBR_REC_LIST, the ACCESS_ENTRY_HO field of the NGHBR_REC corresponding to the selected pilot is equal to ‘1’ and the mobile station has sufficient information to monitor BCCH or PCH from base station corresponding to the selected pilot. Then the mobile station shall enter the Update Overhead Information Substate of the System Access State with a direct channel assignment failure indication on the selected pilot. Otherwise, the mobile station shall enter the System Determination Substate of the Mobile Station Initialization State with a system lost indication (see 2.6.1.1). + Otherwise, the mobile station shall disable its transmitter and enter the System Determination Substate of the Mobile Station Initialization State with a system lost indication (see 2.6.1.1). • If the mobile station does not receive a period of (N18m 1.25) ms with sufficient signal quality on the Forward Common Power Control Subchannel assigned to this mobile station within T50m seconds after entering this substate, the mobile station shall perform the following:
+ If any of the following conditions is met: The mobile station is able to select the last pilot mobile station was monitoring before entering Mobile Station Control on the Traffic Channel State and the pilot has sufficient signal strength, or The mobile station is able to select a pilot with sufficient signal strength that is listed in NGHBR_REC_LIST, and the ACCESS_ENTRY_HO field of the NGHBR_REC corresponding to the selected pilot is equal to ‘1’ and the mobile station has sufficient information to monitor BCCH or PCH from base station corresponding to the selected pilot. Then the mobile station shall enter the Update Overhead Information Substate of the System Access State with a direct channel assignment failure indication on the selected pilot. + Otherwise, the mobile station shall enter the System Determination Substate of the Mobile Station Initialization State with a system lost indication (see 2.6.1.1).
If all of the following conditions are true: • F-CPCCH is not assigned, and • EARLY_RL_TRANSMIT_INDs equals ‘1’, the mobile station shall perform the following: • The mobile station shall adjust its transmit power as specified in [2]. • The mobile station shall transmit the Traffic Channel preamble as specified in [2], and Layer 3 shall send an acquiring dedicated channel indication to Layer 2 (see [4]). • If CH_INDs equals ‘00’, the mobile station shall commence R-CQICH reporting as specified in [2]. • If the mobile station receives a period of (N5m x 20) ms with sufficient signal quality on the physical channel corresponding to FPC_PRI_CHANs within T79m seconds after entering this substate, the mobile station shall perform the following additional functions while it remains in the Traffic Channel Initialization Substate: - The mobile station shall perform Forward Traffic Channel supervision as specified in 2.6.4.1.8. If a loss of the Forward Traffic Channel is declared, the mobile station shall enter the System Determination Substate of the Mobile Station Initialization State with a system lost indication (see 2.6.1.1). - The mobile station shall process Forward Traffic Channel signaling traffic and shall discard other types of Forward Traffic Channel traffic. • If the mobile station does not receive a period of (N5m x 20) ms with sufficient signal quality on the physical channel corresponding to FPC_PRI_CHANs within T79m seconds after entering this substate, the mobile station shall perform the following:
If all of the following conditions are true: • F-CPCCH is not assigned, and • EARLY_RL_TRANSMIT_INDs equals ‘0’, or EARLY_RL_TRANSMIT_INDs equals ‘1’ and the T79m timer has expired, the mobile station shall perform the following: • If the mobile station receives a period of (N5m 20) ms with sufficient signal quality on the physical channel corresponding to FPC_PRI_CHANs within T50m seconds after entering this substate, the mobile station shall perform the following additional functions while it remains in the Traffic Channel Initialization Substate: - The mobile station shall perform Forward Traffic Channel supervision as specified in 2.6.4.1.8. If a loss of the Forward Traffic Channel is declared, the mobile station shall enter the System Determination Substate of the Mobile Station Initialization State with a system lost indication (see 2.6.1.1). - The mobile station shall adjust its transmit power as specified in [2]. - The mobile station shall transmit the Traffic Channel preamble as specified in [2], and Layer 3 shall send an acquiring dedicated channel indication to Layer 2 (see [4]). - If CH_INDs equals ‘00’, the mobile station shall commence R-CQICH reporting as specified in [2]. - The mobile station shall process Forward Traffic Channel signaling traffic and shall discard other types of Forward Traffic Channel traffic. - If Layer 3 receives a L2-Condition.Notification primitive from Layer 2 indicating an acknowledgment failure, the mobile station shall perform the following: + If the Direct Channel Assignment call setup procedure was used and DIRECT_CH_ASSIGN_RECOVER_INDs is set to ‘1’, the mobile station shall perform the following:
à The mobile station is able to select the last pilot mobile station was monitoring before entering Mobile Station Control on the Traffic Channel State and the pilot has sufficient signal strength, or à The mobile station is able to select a pilot with sufficient signal strength that is listed in NGHBR_REC_LIST, and the ACCESS_ENTRY_HO field of the NGHBR_REC corresponding to the selected pilot is equal to ‘1’ and the mobile station has sufficient information to monitor BCCH or PCH from base station corresponding to the selected pilot. Then the mobile station shall enter the Update Overhead Information Substate of the System Access State with a direct channel assignment failure indication on the selected pilot. Otherwise, the mobile station shall enter the System Determination Substate of the Mobile Station Initialization State with a system lost indication (see 2.6.1.1). + Otherwise, the mobile station shall disable its transmitter and enter the System Determination Substate of the Mobile Station Initialization State with a system lost indication (see 2.6.1.1). • If the mobile station does not receive a period of (N5m 20) ms with sufficient signal quality on the physical channel corresponding to FPC_PRI_CHANs within T50m seconds after entering this substate, the mobile station shall perform the following:
+ If all of the following conditions are met:
Then the mobile station shall enter the Update Overhead Information Substate of the System Access State with a direct channel assignment failure indication on the selected pilot. + Otherwise, the mobile station shall enter the System Determination Substate of the Mobile Station Initialization State with a system lost indication (see 2.6.1.1).
The mobile station shall then perform the procedures specified in 2.6.4.2.2. 2.6.4.2.1 Return to Traffic Channel Initialization Substate with Initialization Failure IndicationIf F-CPCCH is assigned, the mobile station shall perform the following: • The mobile station shall perform the following functions while it remains in the Traffic Channel Initialization Substate: - The mobile station shall perform Forward Traffic Channel supervision as specified in 2.6.4.1.8. If a loss of the Forward Traffic Channel is declared, the mobile station shall enter the System Determination Substate of the Mobile Station Initialization State with a system lost indication (see 2.6.1.1). - The mobile station shall continue transmitting the Traffic Channel preamble as specified in [2], the mobile station shall continue R-CQICH reporting as specified in [2], and Layer 3 shall send an acquiring dedicated channel indication to Layer 2 (see [4]). - The mobile station shall process Forward Traffic Channel signaling traffic and shall discard other types of Forward Traffic Channel traffic. - If Layer 3 receives a L2-Condition.Notification primitive from Layer 2 indicating an acknowledgment failure, the mobile station shall perform the following: + If the Direct Channel Assignment call setup procedure was used and DIRECT_CH_ASSIGN_RECOVER_INDs is set to ‘1’, the mobile station shall perform the following:
à The mobile station is able to select the last pilot mobile station was monitoring before entering Mobile Station Control on the Traffic Channel State and the pilot has sufficient signal strength, or à The mobile station is able to select a pilot with sufficient signal strength that is listed in NGHBR_REC_LIST, and the ACCESS_ENTRY_HO field of the NGHBR_REC corresponding to the selected pilot is equal to ‘1’ and the mobile station has sufficient information to monitor BCCH or PCH from base station corresponding to the selected pilot. Then the mobile station shall enter the Update Overhead Information Substate of the System Access State with a direct channel assignment failure indication on the selected pilot.
+ Otherwise, the mobile station shall disable its transmitter and enter the System Determination Substate of the Mobile Station Initialization State with a system lost indication (see 2.6.1.1). If F-CPCCH is not assigned, the mobile station shall perform the following: • The mobile station shall perform the following functions while it remains in the Traffic Channel Initialization Substate: - The mobile station shall perform Forward Traffic Channel supervision as specified in 2.6.4.1.8. If a loss of the Forward Traffic Channel is declared, the mobile station shall enter the System Determination Substate of the Mobile Station Initialization State with a system lost indication (see 2.6.1.1). - The mobile station shall continue transmitting the Traffic Channel preamble as specified in [2], and Layer 3 shall send an acquiring dedicated channel indication to Layer 2 (see [4]). Furthermore, if CH_INDs equals ‘00’, the mobile station shall continue R-CQICH reporting as specified in [2]. - The mobile station shall process Forward Traffic Channel signaling traffic and shall discard other types of Forward Traffic Channel traffic. - If Layer 3 receives a L2-Condition.Notification primitive from Layer 2 indicating an acknowledgment failure, the mobile station shall perform the following: + If the Direct Channel Assignment call setup procedure was used and DIRECT_CH_ASSIGN_RECOVER_INDs is set to ‘1’, the mobile station shall perform the following:
à The mobile station is able to select the last pilot mobile station was monitoring before entering Mobile Station Control on the Traffic Channel State and the pilot has sufficient signal strength, or à The mobile station is able to select a pilot with sufficient signal strength that is listed in NGHBR_REC_LIST, and the ACCESS_ENTRY_HO field of the NGHBR_REC corresponding to the selected pilot is equal to ‘1’ and the mobile station has sufficient information to monitor BCCH or PCH from base station corresponding to the selected pilot. Then the mobile station shall enter the Update Overhead Information Substate of the System Access State with a direct channel assignment failure indication on the selected pilot. Otherwise, the mobile station shall enter the System Determination Substate of the Mobile Station Initialization State with a system lost indication (see 2.6.1.1). + Otherwise, the mobile station shall disable its transmitter and enter the System Determination Substate of the Mobile Station Initialization State with a system lost indication (see 2.6.1.1). The mobile station shall then perform the procedures specified in 2.6.4.2.2. 2.6.4.2.2 Exiting the Traffic Channel Initialization SubstateThe mobile station should provide diversity combining of the Forward Fundicated Channels associated with pilots in the Active Set if the mobile station receives multiple pilots in the Extended Channel Assignment Message. If Layer 3 does not receive a forward dedicated channel acquired indication from Layer 2 (see [4]) within T51m seconds after the transmitter was last enabled, the mobile station shall perform the following: • If the Direct Channel Assignment call setup procedure was used and DIRECT_CH_ASSIGN_RECOVER_INDs is set to ‘1’, the mobile station shall perform the following: - If any of the following conditions is met: + The mobile station is able to select the last pilot mobile station was monitoring before entering Mobile Station Control on the Traffic Channel State and the pilot has sufficient signal strength, or + The mobile station is able to select a pilot with sufficient signal strength that is listed in NGHBR_REC_LIST, and the ACCESS_ENTRY_HO field of the NGHBR_REC corresponding to the selected pilot is equal to ‘1’ and the mobile station has sufficient information to monitor BCCH or PCH from base station corresponding to the selected pilot. Then the mobile station shall enter the Update Overhead Information Substate of the System Access State with a direct channel assignment failure indication on the selected pilot. - Otherwise, the mobile station shall enter the System Determination Substate of the Mobile Station Initialization State with a system lost indication (see 2.6.1.1). • Otherwise, the mobile station shall disable its transmitter and enter the System Determination Substate of the Mobile Station Initialization State with a system lost indication (see 2.6.1.1). After the first occurrence of receiving a period of (N5m 20) ms with sufficient signal quality on the physical channel corresponding to FPC_PRI_CHANs or a period of (N18m 1.25) ms with sufficient signal quality on the Forward Common Power Control Subchannel assigned to this mobile station, if one of the following conditions is met: • Layer 3 has received a forward dedicated channel acquired indication from Layer 2 within T51m seconds after the transmitter was last enabled, or • The mobile station supports transmission of fixed Traffic Channel preamble, and FIXED_PREAMBLE_TRANSMIT_INDs equals ‘1’, and the mobile station has transmitted the Traffic Channel preamble for the duration corresponding to FIXED_NUM_PREAMBLEs as specified by the Table 3.7.2.3.2.21-13 the mobile station shall perform the following: • If CH_INDs is equal to ‘01’, the mobile station shall begin transmitting on the Reverse Fundamental Channel. • If CH_INDs is equal to ‘11’ and FUNDICATED_BCMC_INDs equals ‘0’, or if CH_INDs is equal to ‘11’ and FUNDICATED_BCMC_INDs equals ‘1’ and REV_FCH_ASSIGNEDs is equal to ‘1’, the mobile station shall begin transmitting on the Reverse Fundamental Channel. • If CH_INDs is equal to ‘10’ or ‘11’, the mobile station shall begin transmitting on the Reverse Dedicated Control Channel when the mobile station has user data or signaling traffic to send on the Reverse Dedicated Control Channel. • If CH_INDs equals ‘00’, the mobile station shall perform the following: - If EXT_CH_INDs signals the allocation of a R-FCH, the mobile station shall begin transmitting on the Reverse Fundamental Channel. - If EXT_CH_INDs signals the allocation of a R-DCCH, the mobile station shall begin transmitting on the Reverse Dedicated Control Channel when the mobile station has user data or signaling traffic to send on the Reverse Dedicated Control Channel. - If EXT_CH_INDs signals the allocation of a R-PDCH, the mobile station shall begin transmitting on the Reverse Packet Data Channel when the mobile station has user data or signaling traffic to send on the Reverse Packet Data Channel. • If SERV_NEGs equals disabled, the mobile station shall activate the SO Negotiation Subfunction. • If SERV_NEGs equals enabled and the GRANTED_MODEs is ‘00’, ‘01’, or ‘11’, the mobile station shall activate the Normal Service Subfunction. • If SERV_NEGs equals enabled and the GRANTED_MODEs is ‘10’, the mobile station shall activate the Waiting for Service Connect Message Subfunction. • The mobile station shall perform the following:
+ For the first service option connection (with corresponding connection reference CON_REFi) listed in this stored Service Configuration information record, Layer 3 shall instantiate a Call Control instance (as specified in 2.6.10) with the received BYPASS_ALERT_ANSWERs. The mobile station shall identify this Call Control instances by the corresponding CON_REFi and also identify this Call Control instance by the NULL identifier. + For each of the remaining service option connection (with corresponding connection reference CON_REFi) that will be restored from the stored service configuration record, Layer 3 shall instantiate a Call Control instance (as specified in 2.6.10) with a ‘restore indication’. The mobile station shall identify each of these Call Control instances by the corresponding CON_REFi. + The mobile station shall store the synchronization identifier corresponding to the restored service configuration as SYNC_IDs. – Otherwise, the mobile station shall perform the following: + If the BCMC_ORIG_ONLY_IND field is not included or is included and set to ‘0’ in the Origination Message, Page Response Message, or Reconnect Message, the Layer 3 shall instantiate a Call Control instance (as specified in 2.6.10) for each service instance being initiated. + The Layer 3 shall assign a default identifier of NULL to the Call Control instance corresponding to the SR_ID field of the Origination Message, Page Response Message, or Reconnect Message. + If P_REV_IN_USEs is greater than or equal to 11, the mobile station shall set a call control timer to a value of T42m seconds. • The Layer 3 shall enter the Traffic Channel Substate. Directory: TSGC -> Working Working -> 2. section (Continued) 6 Call Layer 3 Processing Working -> 3gpp2 tsg-c wg 2 swg 3 meeting #40 Meeting Summary Working -> C14-20050516-007 3gpp2 swg 4 title Working -> Radiocommunication Study Groups Download 3.74 Mb. Share with your friends:
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