{ FOR_SCH_NUM_BITS_IDXr }

+ otherwise the mobile station shall set (initialize) N_FSCH_BITS_IDX_SET_s[FOR_SCH_ID_r] = {FOR_SCH_NUM_BITS_IDX_r} and for i=1, …, FOR_SCH_NUM_BITS_IDX_r the mobile station shall add FOR_SCH_NUM_BITS_IDX_r - VAR_FSCH_RATE_OFFSET_s[FOR_SCH_ID_r][FOR_SCH_NUM_BITS_IDX_r][i] to the set specified by N_FSCH_BITS_IDX_SET_s[FOR_SCH_ID_r]

– If USE_FLEX_NUM_BITS_s is equal to '0' or if USE_FLEX_NUM_BITS_s is equal to '1' and FSCH_NBIT_TABLE_ID_s[FOR_SCH_ID_r] is equal to ‘0000’, then the mobile station shall set N_FSCH_BITS_SET_s[FOR_SCH_ID_r][SCCL_INDEX_r], the set of number of information bits per frame as follows.

– If USE_FLEX_NUM_BITS_s is equal to '1' and FSCH_NBIT_TABLE_ID_s[FOR_SCH_ID_r] is not equal to ‘0000’, then

+ the mobile station shall set N_FSCH_BITS_SET_s[FOR_SCH_ID_r][SCCL_INDEX_r], the set of number of information bits per frame as follows.
The i^th member of the set N_FSCH_BITS_SET_s[FOR_SCH_ID_r][SCCL_INDEX_r] is equal to NUM_BITS_s[FSCH_NBIT_TABLE_ID_s[FOR_SCH_ID_r]] [N_FSCH_BITS_IDX_SET_s[FOR_SCH_ID_r][i]], where N_FSCH_BITS_IDX_SET_s[FOR_SCH_ID_r][i] denotes the i^th member of the set N_FSCH_BITS_IDX_SET_s[FOR_SCH_ID_r] and,

+ the mobile station shall set FSCH_CRC_LEN_SET_s[FOR_SCH_ID_r][SCCL_INDEX_r], the set of number CRC bits per frame as follows.

+ If SCH_INCL_r is equal to ‘1’ and NUM_REV_SCH is not equal to ‘00000’, for all the NUM_REV_SCH occurrences, the mobile station shall perform the following:

 Set REV_SCH_NUM_BITS_IDX_s[REV_SCH_ID_r] to REV_SCH_NUM_BITS_IDX_r.

 Set REV_WALSH_ID_s[REV_SCH_ID_r][REV_SCH_NUM_BITS_IDX_s] to REV_WALSH_ID_r.

 Set PILOT_PN to PILOT_PN_r.

 If SRCH_OFFSET_INCL_r equals ‘1’, set the SRCH_OFFSET field of PILOT_REC to SRCH_OFFSET_r; otherwise, set the SRCH_OFFSET field of PILOT_REC to ‘000’.

 Set ADD_PILOT_REC_INCL to ADD_PILOT_REC_INCL_r.

 If ADD_PILOT_REC_INCL_r equals ‘1’, the mobile station shall also perform the following:

à Set the PILOT_REC_TYPE field of PILOT_REC to PILOT_REC_TYPE_r.

à If PILOT_REC_TYPE_r is equal to ‘000’, the mobile station shall set the TD_POWER_LEVEL field of PILOT_REC to TD_POWER_LEVEL_r and set the TD_MODE field of PILOT_REC to TD_MODE_r.

à If PILOT_REC_TYPE_r is equal to ‘001’, the mobile station shall:

– Set the AUX_PILOT_QOF field of PILOT_REC to QOF_r.

– Set the AUX_PILOT_WALSH_CODE field of PILOT_REC to AUX_PILOT_WALSH_r with the Walsh Code length specified by WALSH_LENGTH_r.

à If PILOT_REC_TYPE_r is equal to ‘010’, the mobile station shall:

– Set the AUX_PILOT_TD_QOF field of PILOT_REC to QOF_r.

– Set the AUX_PILOT_WALSH_CODE field of PILOT_REC to AUX_WALSH_r with the Walsh Code length specified by WALSH_LENGTH_r.

– Set the AUX_TD_POWER_LEVEL field of PILOT_REC to AUX_TD_POWER_LEVEL_r.

– Set the TD_MODE field of PILOT_REC to TD_MODE_r.

• 
  If PILOT_REC_TYPE_r is equal to ‘011’, the mobile station shall:
  

• 
  Set the SR3_PILOT_POWER1 field of PILOT_REC to SR3_PILOT_POWER1_r.
  
• 
  Set the SR3_PILOT_POWER2 field of PILOT_REC to SR3_PILOT_POWER2_r.
  

• 
  If PILOT_REC_TYPE_r is equal to ‘100’, the mobile station shall:
  

• 
  Set the SR3_PILOT_POWER1 field of PILOT_REC to SR3_PILOT_POWER1_r.
  
• 
  Set the SR3_PILOT_POWER2 field of PILOT_REC to SR3_PILOT_POWER2_r.
  

• 
  Set the AUX_PILOT_WALSH_CODE field of PILOT_REC to AUX_PILOT_WALSH_r with the Walsh Code length specified by WALSH_LENGTH_r.
  
• 
  If ADD_INFO_INCL1_r is equal to ‘1’, set the AUX_PILOT_QOF1 field of PILOT_REC to QOF1_r and set the AUX_PILOT_WALSH_CODE1 field of PILOT_REC to AUX_PILOT_WALSH1_r with the Walsh Code length specified by WALSH_LENGTH1_r; otherwise, set the AUX_PILOT_QOF1 field of PILOT_REC to QOF_r and set the AUX_PILOT_WALSH_CODE1 field of PILOT_REC to AUX_PILOT_WALSH_r with the Walsh Code length specified by WALSH_LENGTH_r.
  
• 
  If ADD_INFO_INCL2_r is equal to ‘1’, set the AUX_PILOT_QOF2 field of PILOT_REC to QOF2_r and set the AUX_PILOT_WALSH_CODE2 field of PILOT_REC to AUX_PILOT_WALSH2_r with the Walsh Code length specified by WALSH_LENGTH2_r; otherwise, set the AUX_PILOT_QOF2 field of PILOT_REC to QOF_r and set the AUX_PILOT_WALSH_CODE2 field of PILOT_REC to AUX_PILOT_WALSH_r with the Walsh Code length specified by WALSH_LENGTH_r.
  

 If SCH_INCL_r is equal to ‘1’ and NUM_SCH is equal to ‘00000’, the mobile station shall delete the corresponding pilot from all entries of the corresponding Supplemental Channel.

 If SCH_INCL_r is equal to ‘1’ and NUM_SCH is not equal to ‘00000’, the mobile station shall:

à If PILOT_INCL is equal to ‘0’, then the mobile station shall delete the corresponding pilot from the Active Set of Supplemental Channel for the corresponding SCCL_INDEX_r.

à If PILOT_INCL is equal to ‘1’, then for each Supplemental Channel included in this record, the mobile station shall set PILOT_PN_s [FOR_SCH_ID_r][SCCL_INDEX_r][i] to PILOT_PN_r, QOF_ID_s[FOR_SCH_ID_r][SCCL_INDEX_r][i] to QOF_MASK_ID_SCH_r, and FOR_SCH_CC_INDEX_s [FOR_SCH_ID_r][SCCL_INDEX_r][i] to CODE_CHAN_SCH_r.

• 
  If PILOT_INCL is equal to ‘1’ and CCSH_INCLUDED is set to ‘1’, then for each Supplemental Channel included in this record, the mobile station shall set CCSH_ENCODER_TYPE_s[FOR_SCH_ID_r][SCCL_INDEX_r][i] to CCSH_ENCODER_TYPE_r.
  
• 
  If PILOT_INCL is equal to ‘1’ and CCSH_INCLUDED is set to ‘0’, then for each Supplemental Channel included in this record, the mobile station shall set CCSH_ENCODER_TYPE_s[FOR_SCH_ID_r][SCCL_INDEX_r][i] to ‘0’ (default Turbo Encoder type).
  

+ If CCSH_INCLUDED is equal to ‘1’, the mobile station shall perform the following:

 If CCSH_ENCODER_ACTION_TIME_r is not received, the mobile station shall apply each CCSH_ENCODER_TYPE_s at the action time of the message.

+ If 3X_FCH_INFO_INCL_r equals ‘1’, for each included member of the Active Set, the mobile station store the following:

• 
  If 3X_FCH_LOW_INCL_r equals ‘1’, set the QOF_MASK_ID_FCH_LOW field to QOF_MASK_ID_FCH_LOW_r and the CODE_CHAN_FCH_LOW field to CODE_CHAN_FCH_LOW_r. Otherwise, set the QOF_MASK_ID_FCH_LOW field to QOF_MASK_ID_FCH_r and the CODE_CHAN_FCH_LOW to CODE_CHAN_FCH_r.
  
• 
  If 3X_FCH_HIGH_INCL_r equals ‘1’, set the QOF_MASK_ID_FCH_HIGH field to QOF_MASK_ID_FCH_HIGH_r and the CODE_CHAN_FCH_HIGH field to CODE_CHAN_FCH_HIGH_r. Otherwise, set the QOF_MASK_ID_FCH_HIGH field to QOF_MASK_ID_FCH_r and the CODE_CHAN_FCH_HIGH to CODE_CHAN_FCH_r.
  

+ If 3X_DCCH_INFO_INCL_r equals ‘1’, for each included member of the Active Set, the mobile station store the following:

• 
  If 3X_DCCH_LOW_INCL_r equals ‘1’, set the QOF_MASK_ID_DCCH_LOW field to QOF_MASK_ID_DCCH_LOW_r and the CODE_CHAN_DCCH_LOW field to CODE_CHAN_DCCH_LOW_r. Otherwise, set the QOF_MASK_ID_DCCH_LOW field to QOF_MASK_ID_FCH_r and the CODE_CHAN_DCCH_LOW to CODE_CHAN_FCH_r.
  
• 
  If 3X_DCCH_HIGH_INCL_r equals ‘1’, set the QOF_MASK_ID_DCCH_HIGH field to QOF_MASK_ID_DCCH_HIGH_r and the CODE_CHAN_DCCH_HIGH field to CODE_CHAN_DCCH_HIGH_r. Otherwise, set the QOF_MASK_ID_DCCH_HIGH field to QOF_MASK_ID_FCH_r and the CODE_CHAN_DCCH_HIGH to CODE_CHAN_FCH_r.
  

+ If 3X_FCH_INFO_INCL_r or 3X_DCCH_INFO_INCL_r equals ‘1’, for each included member of the Active Set, the mobile station store the following:

• 
  If 3X_SCH_INFO_INCL_r equals ‘1’, for each Supplemental Channel included, the mobile station store the following:
  

• 
  If 3X_SCH_LOW_INCL_r equals ‘1’, set QOF_ID_SCH_LOW[FOR_SCH_ID_r][SCCL_INDEX_r][i] to QOF_MASK_ID_SCH_LOW_r and the FOR_SCH_CC_INDEX_LOW[FOR_SCH_ID_r][SCCL_INDEX_r][i] field to CODE_CHAN_SCH_LOW_r. Otherwise, set QOF_ID_SCH_LOW[FOR_SCH_ID_r][SCCL_INDEX_r][i] to QOF_MASK_ID_SCH_r, and FOR_SCH_CC_INDEX_LOW[FOR_SCH_ID_r][SCCL_INDEX_r][i] to CODE_CHAN_SCH_r.
  
• 
  If 3X_SCH_HIGH_INCL_r equals ‘1’, set QOF_ID_SCH_HIGH[FOR_SCH_ID_r][SCCL_INDEX_r][i] to QOF_MASK_ID_SCH_HIGH_r and the FOR_SCH_CC_INDEX_HIGH[FOR_SCH_ID_r][SCCL_INDEX_r][i] field to CODE_CHAN_SCH_HIGH_r. Otherwise, set QOF_ID_SCH_HIGH[FOR_SCH_ID_r][SCCL_INDEX_r][i] to QOF_MASK_ID_SCH_r, and FOR_SCH_CC_INDEX_HIGH[FOR_SCH_ID_r][SCCL_INDEX_r][i] to CODE_CHAN_SCH_r.
  

+ If FUNDICATED_BCMC_IND_r equals ‘1’, the mobile station shall store the following:

• 
  Set REV_FCH_ASSIGNED_s to REV_FCH_ASSIGNED_r.
  

+ If FUNDICATED_BCMC_IND_r equals ‘1’and FOR_CPCCH_INFO_INCL_r is included and is set to ‘1’, for each included member of the Active Set, the mobile station shall store the following:

• 
  Set FOR_CPCCH_WALSH_s to FOR_CPCCH_WALSH_r.
  
• 
  Set FOR_CPCSCH_s to FOR_CPCSCH_r.
  

• 
  Set ADD_PLCM_FOR_FCH_TYPE_s to ADD_PLCM_FOR_FCH_TYPE_r.
  
• 
  Set ADD_PLCM_FOR_FCH_39_s to ADD_PLCM_FOR_FCH_39_r if ADD_PLCM_FOR_FCH_TYPE_r is equal to ‘1’.
  

+ The mobile station shall delete all pilots that are not listed in the Active Set from the Active Set of the Supplemental Channel for the Forward Supplemental Channel Assignment (if any). If these deleted pilots include all pilots in the Active Set of the Supplemental Channel, the mobile station shall cancel the Forward Supplemental Channel Assignment.

+ If this message assigns a Forward Packet Data Channel or Reverse Packet Data Channel which was not assigned prior to the action time of this message, Layer 3 shall send SIG-HandoffPDCH.Indication (handoff_type = HANDOFF) to the MAC layer; otherwise, Layer 3 shall send SIG-HandoffPDCH.Indication (handoff_type = ASSIGN) to the MAC layer.

+ If the message includes a Reverse Packet Data Channel assignment, the mobile station shall cancel the Reverse Supplemental Channel assignment, if any, at the action time of the message.

+ The mobile station shall set CH_IND_s to ‘000’.

+ The mobile station shall set EXT_CH_IND_s to EXT_CH_IND_r.

• 
  If PDCH_CONTROL_HOLD_r is equal to ‘0’ and PILOT_GATING_USE_RATE is equal to ‘1’, the mobile station shall set PILOT_GATING_USE_RATE to ‘0’ and shall start the continuous reverse pilot at the specified action time of the message and, if a F-PDCH is assigned, the mobile station shall start the continuous R-CQICH as defined in [3].
  
• 
  If PDCH_CONTROL_HOLD_r is equal to ‘1’, the mobile station may perform the following:

   Set PILOT_GATING_USE_RATE equal to ‘1’ and start the reverse pilot gating and Reverse CQI Channel gating at PILOT_GATING_RATE_s at the action time of the message.

   The mobile station shall cancel the forward and reverse supplemental channel assignment, if any.
  

+ The mobile station shall set FULL_CI_FEEDBACK_IND_s to FULL_CI_FEEDBACK_IND_r.

+ If EXT_CH_IND_r equals ‘01000’, the mobile station shall set FOR_CPCCH_RATE_s to FOR_CPCCH_RATE_r, and FOR_CPCCH_UPDATE_RATE_s to FOR_CPCCH_UPDATE_RATE_r; otherwise, the mobile station shall set FOR_CPCCH_RATE_s to ‘00’, and FOR_CPCCH_UPDATE_RATE_s to ‘00’.

+ The mobile station shall set REV_CQICH_FRAME_OFFSET_s to REV_CQICH_FRAME_OFFSET_r.

+ The mobile station shall set REV_CQICH_REPS_s to REV_CQICH_REPS_r.

+ The mobile station shall set REV_ACKCH_REPS_s to REV_ACKCH_REPS_r.

+ If SCH_INCL_r is equal to ‘1’, and EXT_CH_IND_r signals the allocation of a F-FCH or a F-DCCH, and NUM_FOR_SCH is not equal to ‘00000’, for all the NUM_FOR_SCH occurrences, the mobile station shall perform the following:

• 
  If FSCH_VAR_TABLE_ID_s[FOR_SCH_ID_r] is equal to ‘000’, then:
  

– If USE_FLEX_NUM_BITS_s is equal to '1' and FSCH_NBIT_TABLE_ID_s[FOR_SCH_ID_r] is not equal to ‘0000’, then the mobile station shall set the number of CRC bits per frame, FSCH_CRC_LEN_SET_s[FOR_SCH_ID_r][SCCL_INDEX_r], using Table 3.7.5.20-1 and CRC_LEN_IDX_s[FSCH_NBIT_TABLE_ID_s[FOR_SCH_ID_r]][FOR_SCH_NUM_BITS_IDX_r] as the index to the table.

• 
  If FSCH_VAR_TABLE_ID_s[FOR_SCH_ID_r] is not equal to ‘000’, then:
  

+ If FOR_SCH_NUM_BITS_IDX_r is equal to ‘0000’, then N_FSCH_BITS_IDX_SET_s[FOR_SCH_ID_r] = { FOR_SCH_NUM_BITS_IDX_r },

+ otherwise, the mobile station shall set (initialize) N_FSCH_BITS_IDX_SET_s[FOR_SCH_ID_r] = {FOR_SCH_NUM_BITS_IDX_r} and for i=1, …, FOR_SCH_NUM_BITS_IDX_r the mobile station shall add FOR_SCH_NUM_BITS_IDX_r - VAR_FSCH_RATE_OFFSET_s[FOR_SCH_ID_r][FOR_SCH_NUM_BITS_IDX_r][i] to the set specified by N_FSCH_BITS_IDX_SET_s[FOR_SCH_ID_r]

– If USE_FLEX_NUM_BITS_s is equal to '0' or if USE_FLEX_NUM_BITS_s is equal to '1' and FSCH_NBIT_TABLE_ID_s[FOR_SCH_ID_r] is equal to ‘0000’, then the mobile station shall set N_FSCH_BITS_SET_s[FOR_SCH_ID_r][SCCL_INDEX_r], the set of number of information bits per frame as follows.

– If USE_FLEX_NUM_BITS_s is equal to '1' and FSCH_NBIT_TABLE_ID_s[FOR_SCH_ID_r] is not equal to ‘0000’, then

+ the mobile station shall set N_FSCH_BITS_SET_s[FOR_SCH_ID_r][SCCL_INDEX_r], the set of number of information bits per frame as follows.
The i^th member of the set N_FSCH_BITS_SET_s[FOR_SCH_ID_r][SCCL_INDEX_r] is equal to NUM_BITS_s[FSCH_NBIT_TABLE_ID_s[FOR_SCH_ID_r]] [N_FSCH_BITS_IDX_SET_s[FOR_SCH_ID_r][i]], where N_FSCH_BITS_IDX_SET_s[FOR_SCH_ID_r][i] denotes the i^th member of the set N_FSCH_BITS_IDX_SET_s[FOR_SCH_ID_r] and,

+ the mobile station shall set FSCH_CRC_LEN_SET_s[FOR_SCH_ID_r][SCCL_INDEX_r], the set of number CRC bits per frame as follows.

+ If SCH_INCL_r is equal to ‘1’ and NUM_REV_SCH is not equal to ‘00000’, for all the NUM_REV_SCH occurrences, the mobile station shall perform the following:

 Set REV_SCH_NUM_BITS_IDX_s[REV_SCH_ID_r] to REV_SCH_NUM_BITS_IDX_r.

 Set REV_WALSH_ID_s [REV_SCH_ID_r][REV_SCH_NUM_BITS_IDX_s] to REV_WALSH_ID_r.

+ If FOR_PDCH_RLGAIN_INCL_r is included and equal to ‘1’, the mobile station shall set RLGAIN_ACKCH_PILOT_s to RLGAIN_ACKCH_PILOT_r, and RLGAIN_CQICH_PILOT_s to RLGAIN_CQICH_PILOT_r.

+ If CHM_SWITCHING_PARMS_INCL_r is included and equal to ‘1’, the mobile station shall set NUM_SOFT_SWITCHING_FRAMES_CHM_s to NUM_SOFT_SWITCHING_FRAMES_CHM_r + 1, and NUM_SOFTER_SWITCHING_FRAMES_CHM_s to NUM_SOFTER_SWITCHING_FRAMES_CHM_r + 1.

+ If CHM_SWITCHING_PARMS_INCL_r is included and equal to ‘0’, the mobile station shall set NUM_SOFT_SWITCHING_FRAMES_CHM_s to NUM_SOFT_SWITCHING_FRAMES_r + 1, and NUM_SOFTER_SWITCHING_FRAMES_CHM_s to NUM_SOFTER_SWITCHING_FRAMES_r + 1.

+ If FOR_PDCH_PARMS_INCL_r is equal to ‘1’, the mobile station shall set NUM_SOFT_SWITCHING_SLOTS_s according to Table 3.7.2.3.2.21-9 based on the value of NUM_SOFT_SWITCHING_SLOTS_r.

+ If FOR_PDCH_PARMS_INCL_r is equal to ‘1’, the mobile station shall set NUM_SOFTER_SWITCHING_SLOTS_s according to Table 3.7.2.3.2.21-9 based on the value of NUM_SOFTER_SWITCHING_SLOTS_r.

+ If CHM_SWITCHING_PARMS_INCL_r is included and equal to ‘1’, the mobile station shall:

 Set NUM_SOFT_SWITCHING_SLOTS_CHM_s according to Table 3.7.2.3.2.21-9 based on the value of NUM_SOFT_SWITCHING_SLOTS_CHM_r.

 Set NUM_SOFTER_SWITCHING_SLOTS_CHM_s according to Table 3.7.2.3.2.21-9 based on the value of NUM_SOFTER_SWITCHING_SLOTS_CHM_r.

 Set NUM_SOFT_SWITCHING_SLOTS_CHM_s according to Table 3.7.2.3.2.21-9 based on the value of NUM_SOFT_SWITCHING_SLOTS_r.

 Set NUM_SOFTER_SWITCHING_SLOTS_CHM_s according to Table 3.7.2.3.2.21-9 based on the value of NUM_SOFTER_SWITCHING_SLOTS_r.

+ If FOR_PDCH_PARMS_INCL_r is equal to ‘1’, and FOR_PDCH_COMMON_PARMS_r is equal to ‘1’, the mobile station shall store the following parameters that are common to all pilots in the Active Set:

 The mobile station shall set FOR_PDCH_COMMON_PARMS_s to ‘1’.

 The mobile station shall set WALSH_TABLE_ID_s to WALSH_TABLE_ID_r.

 The mobile station shall set NUM_PDCCH_s to NUM_PDCCH_r.

 The mobile station shall set FOR_PDCCH_WALSH_s[i] to the i^th occurrence of FOR_PDCCH_WALSH_r.

 The mobile station shall set TX_DISABLED_TIMER_s to TX_DISABLED_TIMER_r.

+ If FOR_PDCH_PARMS_INCL_r is equal to ‘0’, and FOR_PDCH_COMMON_PARMS_s is equal to ‘0’, the mobile station shall send a Mobile Station Reject Order with ORDQ equal to ‘00000011’ (message structure not acceptable) and remain in the current state.

 Set FOR_GCH_ASSIGNED_s to FOR_GCH_ASSIGNED_r.

 Set FOR_RCCH_ASSIGNED_s to FOR_RCCH_ASSIGNED_r.

 If FOR_RCCH_ASSIGNED_s is equal to ‘1’, the mobile station shall:

à Set FOR_RCCH_DRC_MODE_s to FOR_RCCH_DRC_MODE_r.

à Set FOR_RCCH_REPETITION_s to FOR_RCCH_REPETITION_r.

à Set FOR_RCCH_UPDATE_RATE_s to FOR_RCCH_UPDATE_RATE_r.

 If FOR_ACKCH_ASSIGNED_r is equal to ‘1’, the mobile station shall set FOR_ACKCH_MODE_s to FOR_ACKCH_MODE_r.

 If FOR_ACKCH_COMB_SEL_r is included, the mobile station shall set FOR_ACKCH_COMB_SEL_s to FOR_ACKCH_COMB_SEL_r; otherwise, the mobile station shall set FOR_ACKCH_COMB_SEL_s to ‘0’.

 f REV_PDCH_RLGAIN_INCL_r is included and equal to ‘1’, the mobile station shall perform the following:

à The mobile station shall set RLGAIN_SPICH_PILOT_s to RLGAIN_SPICH_PILOT_r.

à The mobile station shall set RLGAIN_REQCH_PILOT_s to RLGAIN_REQCH_PILOT_r.

à The mobile station shall set RLGAIN_PDCCH_PILOT_s to RLGAIN_PDCCH_PILOT_r.

 f REV_PDCH_PARMS_1_INCL_r is included and equal to ‘1’, the mobile station shall perform the following:

à The mobile station shall set REV_PDCH_TABLE_SEL_s to REV_PDCH_TABLE_SEL_r.

à The mobile station shall set REV_PDCH_MAX_AUTO_TPR_s to REV_PDCH_MAX_AUTO_TPR_r.

+ Otherwise, the mobile station shall:

 Set FOR_GCH_ASSIGNED_s to NULL.

 Set FOR_RCCH_ASSIGNED_s to NULL.

+ For each member of the Active Set included in the message, the mobile station shall perform the following:

 If SRCH_OFFSET_INCL_r equals ‘1’, set the SRCH_OFFSET field of PILOT_REC to SRCH_OFFSET_r; otherwise, set the SRCH_OFFSET field of PILOT_REC to ‘000’.

 Set ADD_PILOT_REC_INCL to ADD_PILOT_REC_INCL_r.

 If ADD_PILOT_REC_INCL_r equals ‘1’, the mobile station shall also perform the following:

à Set the PILOT_REC_TYPE field of PILOT_REC to PILOT_REC_TYPE_r.

à If PILOT_REC_TYPE_r is equal to ‘000’, the mobile station shall set the TD_POWER_LEVEL field of PILOT_REC to TD_POWER_LEVEL_r and set the TD_MODE field of NGHBR_PILOT_REC to TD_MODE_r.

à If PILOT_REC_TYPE_r is equal to ‘001’, the mobile station shall:

– Set the AUX_PILOT_QOF field of PILOT_REC to QOF_r.

– Set the AUX_PILOT_WALSH_CODE field of PILOT_REC to AUX_PILOT_WALSH_r with the Walsh Code length specified by WALSH_LENGTH_r.

à If PILOT_REC_TYPE_r is equal to ‘010’, the mobile station shall:

– Set the AUX_PILOT_TD_QOF field of PILOT_REC to QOF_r.

– Set the AUX_PILOT_WALSH_CODE field of PILOT_REC to AUX_WALSH_r with the Walsh Code length specified by WALSH_LENGTH_r.

– Set the AUX_TD_POWER_LEVEL field of PILOT_REC to AUX_TD_POWER_LEVEL_r.

– Set the TD_MODE field of PILOT_REC to TD_MODE_r.

 Set FOR_PDCH_INCL_s to FOR_PDCH_INCL_r.

 If FOR_PDCH_INCL_r is equal to ‘1’, the mobile station shall perform the following:

à If FOR_PDCH_PARMS_INCL_r is equal to ‘1’, and FOR_PDCH_COMMON_PARMS_r is equal to ‘0’, the mobile station shall store the following parameters:

– The mobile station shall set FOR_PDCH_COMMON_PARMS_s to ‘0’.– The mobile station shall set WALSH_TABLE_ID_s to WALSH_TABLE_ID_r.

– The mobile station shall set NUM_PDCCH_s to NUM_PDCCH_r.

– The mobile station shall set FOR_PDCCH_WALSH_s[i] to the i^th occurrence of FOR_PDCCH_WALSH_r.

à The mobile station shall set MAC_ID_s to MAC_ID_r.

à The mobile station shall set REV_CQICH_COVER_s to REV_CQICH_COVER_r.

à If EXT_CH_IND_r signals the allocation of a F-CPCCH, the mobile station shall set FOR_CPCCH_WALSH_s to FOR_CPCCH_WALSH_r, and FOR_CPCSCH_s to FOR_CPCSCH_r.

à The mobile station shall store FOR_PDCCH_WALSH_s[i] to the i^th occurrence of FOR_PDCCH_WALSH_r.

 The mobile station shall set PWR_COMB_IND_s to PWR_COMB_IND_r.

 If PDCH_GROUP_IND_INCL_r is equal to ‘1’, the mobile station shall set PDCH_GROUP_IDENTIFIER_s as follows:

à If this is the first pilot in the list that has a F-PDCH assignment, the mobile station shall perform the following:

– The mobile station shall set PDCH_GROUP_IDENTIFIER_s to ‘000’;

à Otherwise, the mobile station shall perform the following:

– If PDCH_GROUP_IND_r is set to ‘1’, the mobile station shall set PDCH_GROUP_IDENTIFIER_s to the same value as that of the previous pilot in the list that has a F-PDCH assigned; otherwise, the mobile station shall set PDCH_GROUP_IDENTIFIER_s to the value one greater than that of the previous pilot in the list that has a F-PDCH assigned.

 Otherwise, the mobile station shall perform the following:

à If this is the first pilot in the list that has a F-PDCH assignment, the mobile station shall perform the following:

– The mobile station shall set PDCH_GROUP_IDENTIFIER_s to ‘000’;

à Otherwise, the mobile station shall perform the following:

– If F-PDCH is assigned for this pilot, the mobile station shall perform the following:

+ If PWR_COMB_IND_r is set to ‘1’, and there are no pilots between this pilot and the previous pilot in the list that has a F-PDCH assigned, the mobile station shall set PDCH_GROUP_IDENTIFIER_s to the same value as that of the previous pilot in the list that has a F-PDCH assigned.

+  If PWR_COMB_IND_r is set to ‘1’, and all pilots between this pilot and the previous pilot in the list that has a F-PDCH assigned have PWR_COMB_IND set to ‘1’, the mobile station shall set PDCH_GROUP_IDENTIFIER_s to the same value as that of the previous pilot in the list that has a F-PDCH assigned.

+ Otherwise, the mobile station shall set PDCH_GROUP_IDENTIFIER_s to the value one greater than that of the previous pilot in the list.

– Otherwise, the mobile station shall set PDCH_GROUP_IDENTIFIER_s to NULL.

 If EXT_CH_IND_r signals the allocation of a F-FCH, the mobile station shall set CODE_CHAN_FCH_s to CODE_CHAN_FCH_r, and QOF_MASK_ID_FCH_s to QOF_MASK_ID_FCH_r.

• 
  If EXT_CH_IND_r signals the allocation of a F-DCCH, the mobile station shall set CODE_CHAN_DCCH_s to CODE_CHAN_DCCH_r, and QOF_MASK_ID_DCCH_s to QOF_MASK_ID_DCCH_r.
  

 If FOR_PDCH_INCL_r is equal to ‘1’, EXT_CH_IND_r signals the allocation of a R-PDCH, and if FOR_ACKCH_ASSIGNED_r is equal to ‘1’, the mobile station shall set FOR_ACKCH_WALSH_INDEX_s to FOR_ACKCH_WALSH_INDEX_r, and FOR_ACKSCH_INDEX_s to FOR_ACKSCH_INDEX_r.

 If FOR_RCCH_INCL_r is included and set to ‘1’, the mobile station shall do the following:

à set FOR_RCCH_WALSH_INDEX_s to FOR_RCCH_WALSH_INDEX_s.

à set FOR_RCSCH_INDEXs to FOR_RCSCH_INDEX_r.

 If FOR_PDCH_INCL_r is equal to ‘1’, and if FOR_GCH_ASSIGNED_r is included and set to ‘1’, the mobile station shall perform the following;

à set NUM_FOR_GCH_s to NUM_FOR_GCH_r, and

à for each of the NUM_FOR_GCH_s occurrences of FOR_GCH_WALSH_INDEX_r, the mobile station shall set FOR_GCH_WALSH_INDEX_s[j] to FOR_GCH_WALSH_INDEX_r[j].

 Otherwise, the mobile station shall perform the following:

à set NUM_FOR_GCH_s to 0, and

à set FOR_GCH_WALSH_INDEX_s to NULL.

 If SCH_INCL_r is equal to ‘1’ and NUM_SCH is equal to ‘00000’, the mobile station shall delete the corresponding pilot from the all entries of the corresponding Supplemental Channel.

 If SCH_INCL_r is equal to ‘1’ and NUM_SCH is not equal to ‘00000’, for each Supplemental Channel included in this record, the mobile station shall:

à If PILOT_INCL is equal to ‘0’, then the mobile station shall delete the corresponding pilot from the Active Set of Supplemental Channel for the corresponding SCCL_INDEX_r.

à If PILOT_INCL is equal to ‘1’, then for each Supplemental Channel included in this record, the mobile station shall set PILOT_PN_s [FOR_SCH_ID_r][SCCL_INDEX_r][i] to PILOT_PN_r, QOF_ID_s[FOR_SCH_ID_r][SCCL_INDEX_r][i] to QOF_MASK_ID_SCH_r, and FOR_SCH_CC_INDEX_s[FOR_SCH_ID_r][SCCL_INDEX_r][i] to CODE_CHAN_SCH_r.

• 
  If PILOT_INCL is equal to ‘1’ and CCSH_INCLUDED is set to ‘1’, then for each Supplemental Channel included in this record, the mobile station shall set CCSH_ENCODER_TYPE_s[FOR_SCH_ID_r][SCCL_INDEX_r][i] to CCSH_ENCODER_TYPE_r.
  
• 
  If PILOT_INCL is equal to ‘1’ and CCSH_INCLUDED is set to ‘0’, then for each Supplemental Channel included in this record, the mobile station shall set CCSH_ENCODER_TYPE_s[FOR_SCH_ID_r][SCCL_INDEX_r][i] to ‘0’ (default Turbo Encoder type).
  

+ If CCSH_INCLUDED is equal to ‘1’, the mobile station shall perform the following:

 If CCSH_ENCODER_ACTION_TIME_r is not received, the mobile station shall apply each CCSH_ENCODER_TYPE_s at the action time of the message.

+ The mobile station shall set FUNDICATED_BCMC_IND_s to FUNDICATED_BCMC_IND_r. If FUNDICATED_BCMC_IND_r equals ‘1’ and the EXT_CH_IND_r signals the allocation of a F-FCH, the mobile station shall set FCH_BCMC_IND to ‘1’; otherwise, the mobile station shall set FCH_BCMC_IND to ‘0’.

+ If FUNDICATED_BCMC_IND_r equals ‘1’and ADD_PLCM_FOR_FCH_INCL_r is included and is set to ‘1’, the mobile station shall store the following:

• 
  Set ADD_PLCM_FOR_FCH_TYPE_s to ADD_PLCM_FOR_FCH_TYPE_r.
  
• 
  Set ADD_PLCM_FOR_FCH_39_s to ADD_PLCM_FOR_FCH_39_r if ADD_PLCM_FOR_FCH_TYPE_r is equal to ‘1’.
  

+ The mobile station shall delete all pilots that are not listed in the NUM_PILOTS field from the Active Set.

+ The mobile station shall delete all pilots that are not listed in the Active Set from the Active Set of the Supplemental Channel for the Forward Supplemental Channel Assignment (if any). If these deleted pilots include all pilots in the Active Set of the Supplemental Channel, the mobile station shall cancel the Forward Supplemental Channel Assignment.

• If the most significant bit of CH_IND_r is set to ‘1’ and PILOT_GATING_USE_RATE is equal to ‘1’, the mobile station shall set PILOT_GATING_USE_RATE to ‘0’ and shall start the continuous reverse pilot at the specified action time. If the most significant bit of CH_IND_r is set to ‘0’, CH_IND_r is not equal to ‘000’, and PILOT_GATING_USE_RATE is equal to ‘0’, the mobile station shall perform the following:

• 
  The mobile station shall set PILOT_GATING_USE_RATE to ‘1’ and shall start the reverse pilot gating at the specified action time.
  
• 
  If the Fundamental Channel is also being released, the mobile station shall store the configuration used for the Fundamental Channel.
  
• 
  The mobile station shall cancel the forward and reverse supplemental channel assignment, if any.
  

• The mobile station shall set IGNORE_ESCAM_s and IGNORE_SCAM_s to ‘0’.

• Set the pilot detection threshold for the Target Frequency and the Candidate Frequency:

– If the Target Frequency is the same as the Candidate Frequency (TF_CDMABAND_s is equal to CF_CDMABAND_s and TF_CDMACH_s is equal to CF_CDMACH_s), set CF_T_ADD_s to T_ADD_s.

• If PERIODIC_SEARCH_s is equal to ‘0’ and a periodic search is in progress, the mobile station shall abort the periodic search (see 2.6.6.2.8.3.4 and 2.6.6.2.10.4).

• The mobile station shall determine its roaming status (see 2.6.5.3). The mobile station should indicate to the user whether the mobile station is roaming.

• Perform a soft or hard handoff depending on the following conditions:

– If any of the following conditions is true, the mobile station shall perform a hard handoff:

+ EXTRA_PARMS is set to ‘1’ and either BAND_CLASS_r is not equal to SF_CDMABAND_s, CDMA_FREQ_r is not equal to SF_CDMACH_s, or FRAME_OFFSET_r is not equal to SF_FRAME_OFFSET_s, or

+ The set of pilots specified by the message is disjoint from the Active Set prior to the action time of the message.

– If the mobile station performs a hard handoff, it shall perform the following:

+ If a Periodic Serving Frequency Pilot Report Procedure is in progress, the mobile station shall abort the procedure (see 2.6.6.2.12).

+ If a Candidate Frequency periodic search is in progress, the mobile station shall abort the periodic search (see 2.6.6.2.8.3.4 and 2.6.6.2.10.4).

+ If a Forward Supplemental Channel assignment or a Reverse Supplemental Channel assignment is in progress, the mobile station shall abort it.

+ The mobile station shall cancel any outstanding Forward Supplemental Channel assignment or Reverse Supplemental Channel assignment that is not specified by this message.

+ The mobile station shall cancel the current Forward Supplemental Channel assignment or the Reverse Supplemental Channel assignment, if it is in progress. If the message does not specify another Forward Supplemental Channel assignment or Reverse Supplemental Channel assignment, the mobile station shall cancel the outstanding Forward Supplemental Channel assignment or Reverse Supplemental Channel assignment, if any.

+ If RETURN_IF_HANDOFF_FAIL_s is equal to ‘0’, the mobile station shall perform actions specified in 2.6.6.2.8.1. If the message specifies more than one pilot, the mobile station shall also perform actions specified in 2.6.6.2.7.1 and 2.6.6.2.7.2.

+ If RETURN_IF_HANDOFF_FAIL_s is equal to ‘1’, the mobile station shall perform actions specified in 2.6.6.2.8.2. If the message specifies more than one pilot, the mobile station shall also perform actions specified in 2.6.6.2.7.1 and 2.6.6.2.7.2.

– Otherwise, the mobile station shall perform a soft handoff as specified in 2.6.6.2.7.

12. Mobile Assisted Burst Operation Parameters Message: The mobile station shall process this message as follows:

• The mobile station shall set ORDER_FLAG_s to ORDER_FLAG_r.

• If ORDER_FLAG_r is equal to ‘1’, the mobile station shall perform the following:

– The mobile station shall set PS_MIN_DELTA_s to PS_MIN_DELTA_r + 1.

– The mobile station shall set ORDER_INTERVAL_s to ORDER_INTERVAL_r.

• If ORDER_FLAG_r is equal to ‘0’, the mobile station shall perform the following:

– The mobile station shall set PS_MIN_DELTA_s to 0.

– The mobile station shall set ORDER_INTERVAL_s to 0.

• The mobile station shall set PERIODIC_FLAG_s to PERIODIC_FLAG_r.

• If PERIODIC_FLAG_r is equal to ‘1’, the mobile station shall perform the following:

– The mobile station shall set NUM_PILOTS_s to NUM_PILOTS_r.

– The mobile station shall set PERIODIC_INTERVAL_s to PERIODIC_INTERVAL_r.

• If PERIODIC_FLAG_r is equal to ‘0’, the mobile station shall perform the following:

– The mobile station shall set NUM_PILOTS_s to 0.

– The mobile station shall set PERIODIC_INTERVAL_s to 0.

• The mobile station shall set THRESHOLD_FLAG_s to THRESHOLD_FLAG_r.

• If THRESHOLD_FLAG_r is equal to ‘1’, the mobile station shall perform the following:

– The mobile station shall set PS_FLOOR_LOW_s to PS_FLOOR_LOW_r.

– The mobile station shall set PS_FLOOR_HIGH_s to PS_FLOOR_HIGH_r.

– The mobile station shall set PS_CEILING_LOW_s to PS_CEILING_LOW_r.

– The mobile station shall set PS_CEILING_HIGH_s to PS_CEILING_HIGH_r.

• If THRESHOLD_FLAG_r is equal to ‘0’, the mobile station shall perform the following:

– The mobile station shall set PS_FLOOR_LOW_s to ‘0’.

– The mobile station shall set PS_FLOOR_HIGH_s to ‘0’.

– The mobile station shall set PS_CEILING_LOW_s to ‘0’.

– The mobile station shall set PS_CEILING_HIGH_s to ‘0’.

13. Extended Supplemental Channel Assignment Message: The mobile station shall process this message as follows:

The mobile station shall send a Mobile Station Reject Order with the ORDQ field set to the specified value if any of the following conditions is true, and shall not perform any other action described in this section for processing the Extended Supplemental Channel Assignment Message:

• The mobile station shall send a Mobile Station Reject Order with the ORDQ field set to ‘00000110’ (capability not supported), if the number of forward or reverse Supplemental Channels specified in the Extended Supplemental Channel Assignment Message is greater than the maximum number of Supplemental Channels supported by the mobile station.

• The mobile station shall send a Mobile Station Reject Order with the ORDQ field set to ‘00000100’ (message field not in valid range), if PILOT_PN specified in the Extended Supplemental Channel Assignment Message is not in the Active Set.

• The mobile station shall send a Mobile Station Reject Order with the ORDQ field set to ‘00000111’ (message can not be handled by the current mobile station configuration), if the message includes a reverse Supplemental Channel assignment, and any of the following conditions is true:

– any of the mobile station’s reverse supplemental channel configuration parameter for the corresponding Supplemental Channel is NULL, or,

– the Reverse Packet Data Channel is assigned.

• The mobile station shall send a Mobile Station Reject Order with the ORDQ field set to ‘00000111’ (message can not be handled by the current mobile station configuration), if the message includes a forward Supplemental Channel assignment and any of the mobile station’s forward supplemental channel configuration parameter for the corresponding Supplemental Channel is NULL.

If none of the above conditions is true, the mobile station shall perform the following:

• The mobile station shall store REV_SCH_DTX_DURATION_r, Reverse Supplemental Channel Discontinuous Transmission Duration, as REV_SCH_DTX_DURATION_s at the action time of the message.

• The mobile station shall store the unit for START_TIME_UNIT_s = START_TIME_UNIT_r.

• The mobile station shall store USE_T_ADD_ABORT_r, Reverse Supplemental Channel assignment T_ADD abort indicator, as USE_T_ADD_ABORT_s.

• If IGNORE_ESCAM_s is equal to ‘1’ and SCRM_SEQ_NUM_r is not present or is present and is not equal to SCRM_SEQ_NUM_s, then the mobile station shall not process the remaining Reverse Supplemental Channel assignment information in this message.

• If IGNORE_ESCAM_s is equal to ‘1’ and SCRM_SEQ_NUM_r is present and is equal to SCRM_SEQ_NUM_s, then the mobile station shall set IGNORE_ESCAM_s to ‘0’.

• If ADD_INFO_INCL_r is equal to ‘1’, the message includes a Supplemental Channel assignment (that is, NUM_FOR_SCH_r is not equal to ‘00’ and/or NUM_REV_SCH_r is not equal to ‘00’), and PILOT_GATING_USE_RATE is equal to ‘1’, the mobile station shall process the following information of the Extended Supplemental Channel Assignment Message as follows:

– The mobile station shall set FPC_PRI_CHAN_s = FPC_PRI_CHAN_r at the action time of the message.

• If REV_CFG_INCLUDED is equal to ‘1’, for all the (NUM_REV_CFG_RECS + 1) occurrences of the reverse configuration record, the mobile station shall store the REV_WALSH_ID matrix as follows:

– REV_WALSH_ID_s[REV_SCH_ID_r][REV_SCH_NUM_BITS_IDX_r] = REV_WALSH_ID_r

• If NUM_REV_SCH_r is not equal to ‘00’, then the mobile station shall store the following information for each occurrence of the record and process the Reverse Supplemental Burst as specified in 2.6.6.2.5.1.2:

• 
  REV_SCH_START_TIME_INCL_s[REV_SCH_ID_r] = REV_SCH_START_TIME_INCL_r
  

• 
  If REV_SCH_START_TIME_INCL_s[REV_SCH_ID_r] is set to ‘1’, set REV_SCH_START_TIME_s[REV_SCH_ID_r] = REV_SCH_START_TIME_r
  
• 
  REV_SCH_DURATION_s[REV_SCH_ID_r] = REV_SCH_DURATION_r
  
• 
  REV_SCH_NUM_BITS_IDX_s[REV_SCH_ID_r] = REV_SCH_NUM_BITS_IDX_r
  

– FOR_SCH_START_TIME_INCL_s[FOR_SCH_ID_r] = FOR_SCH_START_TIME_INCL_r

– If FOR_SCH_START_TIME_INCL_s[FOR_SCH_ID_r] is set to ‘1’, set FOR_SCH_START_TIME_s[FOR_SCH_ID_r] = FOR_SCH_START_TIME_r

– FOR_SCH_DURATION_s[FOR_SCH_ID_r] = FOR_SCH_DURATION_r

– FOR_SCH_FER_REP_s[FOR_SCH_ID_r] = FOR_SCH_FER_REP_r

• 
  SCCL_INDEX_s[FOR_SCH_ID_r] = SCCL_INDEX_r
  

+ If SCH_BCMC_IND_r equals ‘1’ and USE_ADD_PLCM_FOR_SCH_r equals ‘1’, set corresponding SCH_BCMC_IND[FOR_SCH_ID_r] to ‘1’; otherwise, set SCH_BCMC_IND[FOR_SCH_ID_r] = ‘0’.

– If SCH_BCMC_IND_r is included and equals ‘1’ and ADD_PLCM_FOR_SCH_INCL_r is included and is set to ‘1’, the mobile station shall store following fields:

+ Set ADD_PLCM_FOR_SCH_TYPE_s to ADD_PLCM_FOR_SCH_TYPE_r.

+ Set ADD_PLCM_FOR_SCH_35_s to ADD_PLCM_FOR_SCH_35_r if ADD_PLCM_FOR_SCH_TYPE_r is equal to ‘1’.

– If SCH_BCMC_IND_r is included and equals ‘1’, the mobile station shall store following fields:

+ USE_ADD_PLCM_FOR_SCH_s[FOR_SCH_ID_r] = USE_ADD_PLCM_FOR_SCH_r

+ FSCH_OUTERCODE_INCL_s[FOR_SCH_ID_r] = FSCH_OUTERCODE_INCL_r

+ If FSCH_OUTERCODE_INCL_r equals ‘1’, the mobile station shall store following fields:

 FSCH_OUTERCODE_RATE_s[FOR_SCH_ID_r] = FSCH_OUTERCODE_RATE_r

 FSCH_OUTERCODE_OFFSET_s[FOR_SCH_ID_r] = FSCH_OUTERCODE_OFFSET_r

• If FOR_CFG_INCLUDED is equal to ‘1’, the mobile station shall perform the following:

– Set FOR_SCH_FER_REP_s to FOR_SCH_FER_REP_r.

– If FOR_SCH_FER_REP_r is equal to ‘0’, set SCH_TOT_FRAMES_s and SCH_BAD_FRAMES_s to 0.

– Store NUM_FOR_CFG_RECS occurrences of Forward Supplemental Channel Configuration associated with the identification of Forward Supplemental Channel.

• For each record of the Forward Supplemental Channel Code list the mobile station shall store the Forward Supplemental Channel Code list associated with the FOR_SCH_ID_r as follows:

– NUM_SUP_SHO_s[FOR_SCH_ID_r][SCCL_INDEX_r] = NUM_SUP_SHO_r.

– The mobile station shall determine, N_FSCH_BITS_SET_s[FOR_SCH_ID_r][SCCL_INDEX_r], the number of information bits per Forward Supplemental Channel frame identified by FOR_SCH_ID and corresponding to the index SCCL_INDEX according to the following rules:

+ If FSCH_VAR_TABLE_ID_s[FOR_SCH_ID_r] is equal to ‘000’, then:

 If USE_FLEX_NUM_BITS_s is equal to '1' and FSCH_NBIT_TABLE_ID_s[FOR_SCH_ID_r] is not equal to ‘0000’, then the mobile station shall set the number of CRC bits per frame, FSCH_CRC_LEN_SET_s[FOR_SCH_ID_r][SCCL_INDEX_r], using Table 3.7.5.20-1 and CRC_LEN_IDX_s[FSCH_NBIT_TABLE_ID_s[FOR_SCH_ID_r]][FOR_SCH_NUM_BITS_IDX_r] as the index to the table.

+ If FSCH_VAR_TABLE_ID_s[FOR_SCH_ID_r] is not equal to ‘000’, then:

à If FOR_SCH_NUM_BITS_IDX_r is equal to ‘0000’, then N_FSCH_BITS_IDX_SET_s[FOR_SCH_ID_r] =