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view cdg-hybrid/msg/grr.mdf @ 63:7c7fe9d0ea7c
mfw_mme.[ch]: white space cleanup (bogotabs and trailing ws)
author | Mychaela Falconia <falcon@freecalypso.org> |
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date | Thu, 22 Oct 2020 23:57:49 +0000 |
parents | 35f7a1dc9f7d |
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;******************************************************************************** ;*** File : grr.mdf ;*** Creation : Thu Jun 19 15:32:10 CST 2008 ;*** XSLT Processor : Apache Software Foundation / http://xml.apache.org/xalan-j / supports XSLT-Ver: 1 ;*** Copyright : (c) Texas Instruments AG, Berlin Germany 2002 ;******************************************************************************** ;*** Document Type : Air Interface Message Specification ;*** Document Name : grr ;*** Document No. : 8010.603.019.04 ;*** Document Date : 2004-09-02 ;*** Document Status: BEING_PROCESSED ;*** Document Author: xboregow ;******************************************************************************** PRAGMA SRC_FILE_TIME "Wed Nov 28 10:18:58 2007" PRAGMA LAST_MODIFIED "2004-09-02" PRAGMA ID_AND_VERSION "8010.603.019.04" PRAGMA CCDNAME GRR ; CCD name tag CONST MAX_REJECT 4 ; There is no reference in 0460 for that value. Assumption M. The maximum value for M == MAX_RETRANS is 4 CONST MAX_NCELL_REST 5 ; MAX_NCELL -1 = 5 CONST MAX_CHAN_IMEAS 32 ; Total number of channels for interference measurements CONST MAX_CHAN_EXT 64 ; Max number of channels for extended Measurements CONST MAX_CHAN_NC 64 ; Max number of channels for network controlled cell re-selection CONST MAX_RFL_NUM_LIST 16 ; CONST MAX_ARFCN_LIST 64 ; CONST MAX_NH_PCCCH_CARRIER 5 ; CONST MAX_PCCCH_DES 16 ; CONST MAX_M_NH_PCCCH_C 2 ; CONST MAX_M_H_PCCCH_C 16 ; CONST MAX_NCMP_S1 7 ; this is maximum because the length indicator is a 3 bit value CONST MAX_XMR_S1 32 ; this is maximum because the length indicator is a 5 bit value CONST MAX_CELL_ALLOC 4 ; CONST MAX_GPRS_MS_ALLOC 7 ; CONST MAX_RFL_IN_PSI 4 ; '_IN_PSI' because of same name in RR air messages CONST MAX_NCELL_PAR2 5 ; CONST MAX_REP_PAGE_INFO 4 ; CONST MAX_RFREQ 5 ; Max removed frequencies in NC Meas. CONST MAX_AFREQ 5 ; Max added frequencies in NC Meas. CONST MAX_LIST_AFREQ 2 ; Max number of added frequency lists CONST MAX_MSG_TYPE 10 ; used in PACKET PSI STATUS and PACKET SI STATUS CONST MAX_NCELL_PARA 6 ; see PSI3 CONST MAX_NCELL_PAR2_S1 2 ; see PSI3bis CONST MAX_NCELL_PAR2_S2 2 ; see PSI3bis CONST MAX_NCELL_PAR2_DES 2 ; see PSI3bis CONST MAX_NH_PCCCH_C 16 ; CONST MAX_FREQ_DIFF_CS_PAR 8 ; Maximum number of frequency difference and Cell Selection parameters structure. See PSI3 description CONST MAX_NCELL_IN_PSI3BIS 5 ; Maximum number of neighbor cell parmeters in PSI3BIS message. Calculation is based on, that this structure can contain at least 31 bits and the an RLC/MAC control block has a size of up to 22 bytes. CONST MAX_NCELL2_IN_PSI3BIS 3 ; Maximum number of neighbor cell parameters 2 in PSI3BIS message. This structure can contain at least 45 bits. CONST MAX_BASIC_CELL_IN_NCELL2 3 ; See PSI3BIS CONST MAX_REMAINING_CELL_IN_NCELL2 18 ; See PSI3BIS CONST MAX_NEIGHBOR_PARAMETER_SET_IN_NCELL2 4 ; See PSI3BIS CONST MAX_NR_OF_NCELL 32 ; See PSI3 CONST MAX_CHAN_LIST 7 ; See PSI4 CONST MAX_EXT_FREQ_LIST 7 ; See PSI5 CONST MAX_EXT_FREQ_LIST_ELEM 32 ; SeePSI5 CONST MAX_NUMBER_CELLS 128 ; this is maximum because the length indicator is a 7 bit value CONST MAX_CELL_DIFF_LENGTH 8 ; this is maximum because the length indicator is a 3 bit value CONST MAX_3G_NEIGH_CELLS 64 ; maximum value 3 uarfcn times 32 cells CONST MAX_CONT_OCT 32 ; this is maximum because the length indicator is a 5 bit value CONST MAX_N_CBQ2 8 ; this is maximum because the length indicator is a 3 bit value CONST MAX_NR_REMAINING_CELLS 16 ; See PSI3BIS CONST NINETEEN 19 ; Max number of GSM messages CONST X7BITMAX 128 ; 7 bit max CONST MAX_FDD 131 ; (L3MAX_ACK-3-1-1)*8/(14+1) = 131,2 CONST MAX_TDD 131 ; (L3MAX_ACK-3-1-1)*8/(14+1) = 131,2 CONST MAX_NR_OF_FREQ_OR_CELLS 32 ; this is maximum because the length indicator is a 5 bit value CONST MAX_REP 256 ; 1{<Structure>}'' value ? CONST MAX_NUM_BEP_TN 8 ; Maximum number of time slots for BEP measurements CONST MAX_NUM_ACC_TYPE 16 ; Maximum number of access technologies that can be requested by NW in Packet Uplink assignment message CONST MAX_SIZE_URBB_DL 144 ; Maximum number of bits that can be included in uncompressed received block bitmap.(144 = 184 - 24 - 1 - 15) CONST MAX_SIZE_CRBB 127 ; Maximum number of bits that can be included in compressed received block bitmap CONST MAX_LSA_ID 2 ; Maximum number of LSA IDs CONST MAX_SIZE_URBB_UL 128 ; Maximum number of bits possible when only uncompress bitmap present for Uplink CONST MAX_NUM_CONTAINER 9 ; Maximum Number of Container that can be present VALTAB VAL_ps VAL 0 GRR_NO "not present" VAL 1 GRR_YES "present" VALTAB VAL_msg_type VAL 0b100001 D_ACCESS_REJ_c "Packet Access Reject" VAL 0b000001 D_CELL_CHAN_ORDER_c "Packet Cell Change Order" VAL 0b000010 D_DL_ASSIGN_c "Packet Downlink Assignment" VAL 0b000011 D_MEAS_ORDER_c "Packet Measurement Order" VAL 0b100010 D_PAGING_REQ_c "Packet Paging Request" VAL 0b100011 D_PDCH_RELEASE_c "Packet PDCH Release" VAL 0b000100 D_POLLING_REQ_c "Packet Polling Request" VAL 0b000101 D_CTRL_PWR_TA_c "Packet Power Control/Timing Advance" VAL 0b100100 D_PRACH_PAR_c "Packet PRACH Parameters" VAL 0b000110 D_QUEUING_NOT_c "Packet Queuing Notification" VAL 0b000111 D_TS_RECONFIG_c "Packet Timeslot Reconfigure" VAL 0b001000 D_TBF_RELEASE_c "Packet TBF Release" VAL 0b001001 D_UL_ACK_c "Packet Uplink Ack/Nack" VAL 0b001010 D_UL_ASSIGN_c "Packet Uplink Assignment" VAL 0b001101 D_PKT_SERV_CELL_DATA_c "Packet Serving Cell Data" VAL 0b100101 D_DL_DUMMY_c "Packet Downlink Dummy Control Block" VAL 0b110001 PSI_1_c "Packet System Information Type 1" VAL 0b110010 PSI_2_c "Packet System Information Type 2" VAL 0b110011 PSI_3_c "Packet System Information Type 3" VAL 0b110100 PSI_3_BIS_c "Packet System Information Type 3 bis" VAL 0b111100 PSI_3_TER_c "Packet System Information Type 3 ter" VAL 0b111101 PSI_3_QUATER_c "Packet System Information Type 3 quater" VAL 0b110101 PSI_4_c "Packet System Information Type 4" VAL 0b110110 PSI_5_c "Packet System Information Type 5" VAL 0b110000 PSI_6_c "Packet System Information Type 6" VAL 0b111000 PSI_7_c "Packet System Information Type 7" VAL 0b111001 PSI_8_c "Packet System Information Type 8" VAL 0b110111 PSI_13_c "Packet System Information Type 13" VAL 0b111010 PSI_14_c "Packet System Information Type 14" VAL 0b111110 PSI_15_c "Packet System Information Type 15" VAL 0b000000 U_CELL_CHAN_FAILURE_c "Packet Cell Change Failure" VAL 0b000001 U_CTRL_ACK_c "Packet Control Acknowledgement" VAL 0b000010 U_DL_ACK_c "Packet Downlink Ack/Nack" VAL 0b000011 U_UL_DUMMY_c "Packet Uplink Dummy Control Block" VAL 0b000100 U_MEAS_REPORT_c "Packet Measurement Report" VAL 0b001010 U_ENHNC_MEAS_REPORT_c "Packet Enhanced Measurement Report" VAL 0b000101 U_RESOURCE_REQ_c "Packet Resource Request" VAL 0b000110 U_MS_TBF_STATUS_c "Packet Mobile TBF Status" VAL 0b000111 U_PKT_PSI_STATUS_MSG_c "Packet PSI Status Message" VAL 0b001001 U_PAUSE_MSG_c "Packet Pause message" VAL 0b001011 U_ADD_MS_RADIO_CAP_c "Additional MS Radio Access Capabilities" VAL 0b001000 U_E_DL_ACK_c "EGPRS Packet Downlink Ack/Nack" VAL 0b001101 U_PKT_SI_STATUS_c "Packet SI status message" VAL 0b001100 U_PKT_CELL_CHANGE_NOTIFICATION_c "Packet Cell Change Notification" VAL 0b001100 D_PKT_NEIGHBOUR_CELL_DATA_c "Packet Neighbour Cell Data" VAL 0b001011 D_CELL_CHANGE_CONTINUE_c "Packet Cell Change Continue" VALTAB VAL_page_mode VAL 0b00 NORMAL_PAGING "Normal Paging" VAL 0b01 EXT_PAGING "Extended Paging" VAL 0b10 REORG_PAGING "Paging Reorganisation" VAL 0b11 SAME_PAGING "Same as before" VALTAB VAL_access_type VAL 0b00 TWO_PHASE "Two Phase Access Request" VAL 0b01 PAGE "Page Response" VAL 0b10 CELL_UPDATE "Cell Update" VAL 0b11 MM_PROC "Mobility Management procedure" VALTAB VAL_chan_coding_cmd VAL 0b00 "CS-1" VAL 0b01 "CS-2" VAL 0b10 "CS-3" VAL 0b11 "CS-4" VALTAB VAL_tlli_chan_coding VAL 0 "the MS shall use CS-1 for any RLC data block containing a TLLI in the RLC data block header" VAL 1 "the MS shall use the value commanded in the CHANNEL_CODING_COMMAND for any RLC data block containing a TLLI in the RLC data block header" VALTAB VAL_mac_mode VAL 0 DYNAMIC_ALLOCATION "Dynamic allocation" VAL 1 EXT_DYNAMIC_ALLOCATION "Extended Dynamic allocation" VAL 2 FIXED_ALLOCATION "Fixed allocation, not half duplex mode" VAL 3 FA_HALF_DUPLEX "Fixed allocation, half duplex mode" VALTAB VAL_rlc_mode VAL 0 "RLC acknowledged mode" VAL 1 "RLC unacknowledged mode" VALTAB VAL_pctrl_ack VAL 0 "in case the message is sent in access burst format, the same meaning as for the value '11' except that the mobile station is requesting new TBF. Otherwise the bit value '00' is reserved and shall not be sent. If received it shall be intepreted as bit value '01'." VAL 1 "the MS received an RLC/MAC control block addressed to itself and with RBSN = 1, and did not receive an RLC/MAC control block with the same RTI value and RBSN = 0." VAL 2 "the MS received an RLC/MAC control block addressed to itself and with RBSN = 0, and did not receive an RLC/MAC control block with the same RTI value and RBSN = 1. This value is sent irrespective of the value of the FS bit." VAL 3 "the MS received two RLC/MAC blocks with the same RTI value, one with RBSN = 0 and the other with RBSN = 1." VALTAB VAL_rel_cause VAL 0 NORMAL_RELEASE "" VAL 2 ABNORMAL_RELEASE "" VALTAB VAL_psi_change_field VAL 0b0000 UPDATE_UNS_PSI "Update of unspecified PSI message(s);" VAL 0b0001 UPDATE_UNKNOWN "Unknown" VAL 0b0010 UPDATE_PSI2 "PSI2 updated" VAL 0b0011 UPDATE_PSI3 "PSI3/PSI3bis updated" VAL 0b0100 UPDATE_PSI4 "PSI4 updated" VAL 0b0101 UPDATE_PSI5 "PSI5 updated" VAL 0b1000 UPDATE_PSI8 "PSI8 updated" VALTAB VAL_si_change_ma VAL DEF "update of unknown SI message type" VAL 0 "Update of unspecified SI message or SI messages;" VAL 1 "Update of SI1 message;" VAL 2 "Update of SI2, SI2 bis or SI2 ter message;" VAL 3 "Update of SI3, SI4, SI7 or SI8 message;" VAL 4 "Update of SI9 message;" VAL 5 "Update of SI15 message;" VALTAB VAL_failure_cause VAL DEF "Immediate Assign Reject or Packet Access Reject on target cell" VAL 0 Freq_Not_Impl "Frequency not implemented" VAL 1 No_Resp_On_Target_Cell "No response on target cell" VAL 2 ImAssign_Rej_OR_Packet_Acc_Rej "Immediate Assign Reject or Packet Access Reject on target cell" VAL 3 On_Going_Cs_Connection "On going CS connection" VAL 5 MS_IN_GMM_Standby_State "MS in GMM Standby State" VAL 6 Forced_To_GMM_Standby_State "Forced to the Standby State" VALTAB VAL_ctrl_order VAL 0 NCMEAS_NC0 "NC0" VAL 1 NCMEAS_NC1 "NC1" VAL 2 NCMEAS_NC2 "NC2" VAL 3 NCMEAS_RESET "RESET" VALTAB VAL_alpha VAL 0b0000 "Alpha = 0.0" VAL 0b0001 "Alpha = 0.1" VAL 0b0010 "Alpha = 0.2" VAL 0b0011 "Alpha = 0.3" VAL 0b0100 "Alpha = 0.4" VAL 0b0101 "Alpha = 0.5" VAL 0b0110 "Alpha = 0.6" VAL 0b0111 "Alpha = 0.7" VAL 0b1000 "Alpha = 0.8" VAL 0b1001 "Alpha = 0.9" VAL 0b1010 "Alpha = 1.0" VALTAB VAL_pb VAL 0b0000 "PB = 0 dB" VAL 0b0001 "PB = -2 dB" VAL 0b0010 "PB = -4 dB" VAL 0b0011 "PB = -6 dB" VAL 0b0100 "PB = -8 dB" VAL 0b0101 "PB = -10 dB" VAL 0b0110 "PB = -12 dB" VAL 0b0111 "PB = -14 dB" VAL 0b1000 "PB = -16 dB" VAL 0b1001 "PB = -18 dB" VAL 0b1010 "PB = -20 dB" VAL 0b1011 "PB = -22 dB" VAL 0b1100 "PB = -24 dB" VAL 0b1101 "PB = -26 dB" VAL 0b1110 "PB = -28 dB" VAL 0b1111 "PB = -30 dB" VALTAB VAL_pc_meas_chan VAL 0 MEAS_PWR_BCCH "downlink measurements for power control shall be made on BCCH" VAL 1 MEAS_PWR_PDCH "downlink measurements for power control shall be made on PDCH" VALTAB VAL_imeas_chan_list VAL 0 PSI4_NOT_BROADCASTED "" VAL 1 PSI4_BROADCASTED "" VALTAB VAL_chan_need VAL 0b00 "Any channel" VAL 0b01 "SDCCH" VAL 0b10 "TCH/F (Full rate)" VAL 0b11 "TCH/H or TCH/F" VALTAB VAL_ecsc VAL 0 "Early Classmark Sending is forbidden" VAL 1 "Early Classmark Sending is allowed" VALTAB VAL_ecsr_3g VAL 0 "Neither UTRAN nor cdma2000 classmark change message shall be sent with the Early Classmark Sending" VAL 1 "The sending of UTRAN and CDMA2000 Classmark Sending messages is controlled by the Early Classmark Sending Control parameter" VALTAB VAL_tx_int VAL 0 "2 slots used to spread transmission" VAL 1 "3 slots used to spread transmission" VAL 2 "4 slots used to spread transmission" VAL 3 "5 slots used to spread transmission" VAL 4 "6 slots used to spread transmission" VAL 5 "7 slots used to spread transmission" VAL 6 "8 slots used to spread transmission" VAL 7 "9 slots used to spread transmission" VAL 8 "10 slots used to spread transmission" VAL 9 "12 slots used to spread transmission" VAL 10 "14 slots used to spread transmission" VAL 11 "16 slots used to spread transmission" VAL 12 "20 slots used to spread transmission" VAL 13 "25 slots used to spread transmission" VAL 14 "32 slots used to spread transmission" VAL 15 "50 slots used to spread transmission" VALTAB VAL_s_prach VAL DEF "reserved" VAL 0 "S=12" VAL 1 "S=15" VAL 2 "S=20" VAL 3 "S=30" VAL 4 "S=41" VAL 5 "S=55" VAL 6 "S=76" VAL 7 "S=109" VAL 8 "S=163" VAL 9 "S=217" VALTAB VAL_max_retrans VAL 0 "1 retransmission allowed" VAL 1 "2 retransmission allowed" VAL 2 "4 retransmission allowed" VAL 3 "7 retransmission allowed" VALTAB VAL_radio_prio VAL 0 "Radio Priority 1 (Highest priority)" VAL 1 "Radio Priority 2" VAL 2 "Radio Priority 3" VAL 3 "Radio Priority 4 (Lower priority)" VALTAB VAL_llc_pdu_type VAL 0 "LLC PDU is SACK or ACK" VAL 1 "LLC PDU is not SACK or ACK" VALTAB VAL_bs_pbcch_blks VAL 0b00 "B0 is used for PBCCH" VAL 0b01 "B0, B6 is used for PBCCH" VAL 0b10 "B0, B6, B3 is used for PBCCH" VAL 0b11 "B0, B6, B3, B9 is used for PBCCH" VALTAB VAL_bs_prach_blks VAL 0b0000 "No block is reserved for PRACH (default)" VAL 0b0001 "B0 is used for PRACH" VAL 0b0010 "B0, B6 is used for PRACH" VAL 0b0011 "B0, B6, B3 is used for PRACH" VAL 0b0100 "B0, B6, B3, B9 is used for PRACH" VAL 0b0101 "B0, B6, B3, B9, B1 is used for PRACH" VAL 0b0110 "B0, B6, B3, B9, B1, B7 is used for PRACH" VAL 0b0111 "B0, B6, B3, B9, B1, B7, B4 is used for PRACH" VAL 0b1000 "B0, B6, B3, B9, B1, B7, B4, B10 is used for PRACH" VAL 0b1001 "B0, B6, B3, B9, B1, B7, B4, B10, B2 is used for PRACH" VAL 0b1010 "B0, B6, B3, B9, B1, B7, B4, B10, B2, B8 is used for PRACH" VAL 0b1011 "B0, B6, B3, B9, B1, B7, B4, B10, B2, B8, B5 is used for PRACH" VAL 0b1100 "B0, B6, B3, B9, B1, B7, B4, B10, B2, B8, B5, B11 is used for PRACH" VALTAB VAL_cell_ba VAL 0 CR_ALLOWED "Status for cell reselection is set to normal;" VAL 1 CR_NOT_WED "Status for cell reselection is set to barred." VALTAB VAL_gprs_resel_off VAL 16 GPRS_RESEL_OFF_DEFAULT "Default value" VAL 255 GPRS_RESEL_OFF_INVALID "This value is used to indicate the absence of this parameter" VALTAB VAL_si13_loc VAL 0 BCCH_NORM "" VAL 1 BCCH_EXT "" VALTAB VAL_pbcch_loc VAL 0b00 PBCCH_TN1 "" VAL 0b01 PBCCH_TN2 "" VAL 0b10 PBCCH_TN3 "" VAL 0b11 PBCCH_TN4 "" VALTAB VAL_gprs_prio_class VAL 0xFF GPRS_PRIORITY_CLASS_INVALID "This value is used to indicate the absence of this parameter" VALTAB VAL_gprs_hcs_thr VAL 0xFF GPRS_HCS_THR_INVALID "This value is used to indicate the absence of this parameter" VALTAB VAL_gprs_rxlev_access_min VAL 0xFF GPRS_RXLEV_ACCESS_MIN_INVALID "This value is used to indicate the absence of this parameter" VALTAB VAL_txpwr_max_cch VAL 0xFF GPRS_MS_TXPWR_MAX_CCH_INVALID "This value is used to indicate the absence of this parameter" VALTAB VAL_gprs_temp_offset VAL 0b000 GPRS_TEMPORARY_OFFSET_00_DB "0 dB" VAL 0b001 GPRS_TEMPORARY_OFFSET_10_DB "10 dB" VAL 0b010 GPRS_TEMPORARY_OFFSET_20_DB "20 dB" VAL 0b011 GPRS_TEMPORARY_OFFSET_30_DB "30 dB" VAL 0b100 GPRS_TEMPORARY_OFFSET_40_DB "40 dB" VAL 0b101 GPRS_TEMPORARY_OFFSET_50_DB "50 dB" VAL 0b110 GPRS_TEMPORARY_OFFSET_60_DB "60 dB" VAL 0b111 GPRS_TEMPORARY_OFFSET_INFINITY "infinity" VAL 0xFF GPRS_TEMPORARY_OFFSET_INVALID "This value is used to indicate the absence of this parameter" VALTAB VAL_gprs_penalty_time VAL 0b11111 GPRS_PENALTY_TIME_MAX "Maximum value of GPRS_PENALTY_TIME" VAL 0xFF GPRS_PENALTY_TIME_INVALID "This value is used to indicate the absence of this parameter" VALTAB VAL_waitsize VAL 0 WAIT_1S "field is coded in units of seconds" VAL 1 WAIT_20ms "field is coded in units of 20 ms" VALTAB VAL_bl_o_bl_per VAL 0 BLOCKS "ALLOCATION_BITMAP is to be interpreted as blocks" VAL 1 BLOCK_PERIODS "ALLOCATION_BITMAP is to be interpreted as block periods" VALTAB VAL_att VAL 0 CCD_ATT_NO "MSs are not allowed to apply IMSI attach and detach proc." VAL 1 CCD_ATT_YES "MSs in the cell shall apply IMSI attach and detach procedure." VALTAB VAL_neci VAL 0 NECI_NO "New establishment causes are not supported" VAL 1 NECI_YES "New establishment causes are supported" VALTAB VAL_pwcr VAL 0 POW_CTRL_NO "PWRC is not set" VAL 1 POW_CTRL_YES "PWRC is set" VALTAB VAL_dtx VAL DEF "invalid DTX indicator" VAL 0 B_DTX_MAY_USE "The MSs may use uplink DTX" VAL 1 B_DTX_SHALL_USE "The MSs shall use uplink DTX" VAL 2 B_DTX_DONT_USE "The MS shall not use uplink DTX" VALTAB VAL_rfl_num VAL 0x0F RFL_NUMBER_4_DL_CTRL_MSG_MAX "Maximum value for RFL_NUMBER when included in a downlink RLC/MAC control messsage." VALTAB VAL_rab_acc_re VAL 0b0 GRR_RA_RETRY_DISABLED "access to another cell is not allowed" VAL 0b1 GRR_RA_RETRY_ENABLED "access to another cell is allowed" VALTAB VAL_t_resel VAL 0b000 GRR_T_RESEL_DEFAULT "5 seconds" VAL 0b001 "10 seconds" VAL 0b010 "15 seconds" VAL 0b011 "20 seconds" VAL 0b100 "30 seconds" VAL 0b101 "60 seconds" VAL 0b110 "120 seconds" VAL 0b111 "300 seconds" VALTAB VAL_non_drx_per VAL 0b010 NC_NON_DRX_PER_DEFAULT "Non-DRX mode period default value (0.48 sec)" VALTAB VAL_rep_per_i VAL 0b011 NC_REP_PER_T_DEFAULT "Reporting period default value in packet transfer mode" VAL 0b111 NC_REP_PER_I_DEFAULT "Reporting period default value in packet idle mode" VALTAB VAL_xrep_per VAL 0b101 EXT_REP_PER_DEFAULT "Reporting period default value" VALTAB VAL_xrep_type VAL 0b00 XREP_TYPE1 "Type 1 measurement reporting" VAL 0b01 XREP_TYPE2 "Type 2 measurement reporting" VAL 0b10 XREP_TYPE3 "Type 3 measurement reporting" VAL 0b11 XREP_RESERVED "Reserved" VALTAB VAL_prio_acc_thr VAL 0b000 P_NOT_ALLOWED "packet access is not allowed in the cell;" VAL 0b001 "spare, shall be interpreted as '000' (packet access not allowed);" VAL 0b010 "spare, shall be interpreted as '000' (packet access not allowed);" VAL 0b011 P_PRIO1 "packet access is allowed for priority level 1;" VAL 0b100 P_PRIO2 "packet access is allowed for priority level 1 to 2;" VAL 0b101 P_PRIO3 "packet access is allowed for priority level 1 to 3;" VAL 0b110 P_PRIO4 "packet access is allowed for priority level 1 to 4;" VAL 0b111 "shall be interpreted as '110' (packet access allowed)." VALTAB VAL_spgc_ccch_sup VAL 0 SPLIT_PG_CYCLE_NOT_SUPPORTED "" VAL 1 SPLIT_PG_CYCLE_SUPPORTED "" VALTAB VAL_nc_mode VAL 0 NCMODE_NC1 "Mobile station in mode NC1" VAL 1 NCMODE_NC2 "Mobile station in mode NC2" VALTAB VAL_xdyn_alloc VAL 0 DYNAMIC_ALLOC "Dynamic Allocation" VAL 1 EXT_DYNAMIC_ALLOC "Extended Dynamic Allocation" VALTAB VAL_usf_grant VAL 0 ONE_RLC_BLOCK "the ms shall transmit one RLC/MAC block" VAL 1 FOUR_C_RLC_BLOCKS "the ms shall transmit four consecutive RLC/MAC blocks" VALTAB VAL_rbb VAL 0 INVALID "Negative Ack of the RLC data block with BSN=(SSN-bit_nr)mod128" VAL 1 RECEIVED "Positive Ack of the RLC data block with BSN=(SSN-bit_nr)mod128" VALTAB VAL_f_ack_ind VAL 0 "retransmission are requested and the TBF is incomplete" VAL 1 "no retransmissions are requested and this message indicates acknowledgement of all RLC data in the TBF" VALTAB VAL_im_rel_c0 VAL 0 "Same procedure as for an autonomous cell reselection" VAL 1 "Immediate release of the on-going TBF" VALTAB VAL_mode VAL 0 MODE_A "" VAL 1 MODE_B "" VALTAB VAL_tbf_cause VAL DEF "Status, unspecified" VAL 0 "Normal event" VAL 1 "Status, unspecified" VAL 2 "Syntactically incorrect message, non-distribution part error" VAL 3 "Syntactically incorrect message, message escape" VAL 4 "Message not compatible with current protocol state" VALTAB VAL_psi_status_ind VAL 0 NO_PSI_STATUS_SUPPORT "" VAL 1 PSI_STATUS_SUPPORT "" VALTAB VAL_multi_band_rep VAL 0 GRR_MULTIBAND_REPORTING_0 "normal operation" VAL 1 GRR_MULTIBAND_REPORTING_1 "one cell of the non-serving cell band" VAL 2 GRR_MULTIBAND_REPORTING_2 "two cells of the non-serving cell band" VAL 3 GRR_MULTIBAND_REPORTING_3 "three cells of the non-serving cell band" VALTAB VAL_pr_mode VAL 0 PR_MODE_A_ONE "for one address MS" VAL 1 PR_MODE_B_ALL "for all MS" VALTAB VAL_xmeas_order VAL 0b00 XMEAS_EM0 "EM0" VAL 0b01 XMEAS_EM1 "EM1" VAL 0b10 XMEAS_RESERVED "Reserved" VAL 0b11 XMEAS_RESET "RESET" VALTAB VAL_add_ms_rac %REL99% VAL 0 ADD_MS_RAC_INFO_AVAIL_0 "indicates that MS will not send more information about its radio access capabilities than included in this message" VAL 1 ADD_MS_RAC_INFO_AVAIL_1 "indicates that MS will send more information about its radio access capabilities in the next control message" VALTAB VAL_retrans_of_prr %REL99% VAL 0 RETRANS_OF_PRR_0 "indicates that this message is an initial Packet Resource Request" VAL 1 RETRANS_OF_PRR_1 "indicates that this message is a retransmitted Packet Resource Request: in this case the corresponding PRR message shall not be interpreted as a request for resource reassignment." VALTAB VAL_tbf_est %REL99% VAL 0 TBF_EST_NOT_ALLOWED_0 "the mobile station is not allowed to request the establishment of new TBF" VAL 1 TBF_EST_ALLOWED_1 "the mobile station is allowed to request the establishment of new TBF" VALTAB VAL_mscr %REL99% VAL 0 MSCR_98_0 "The MSC is Release '98 or older" VAL 1 MSCR_99_1 "The MSC is Release '99 onwards" VALTAB VAL_sgsnr %REL99% VAL 0 SGSNR_98_0 "The SGSN is Release '98 or older" VAL 1 SGSNR_99_1 "The SGSN is Release '99 onwards" VALTAB VAL_band_indicator %REL99% VAL 0 BAND_IND_1800_0 "ARFCN indicates 1800 band" VAL 1 BAND_IND_1900_1 "ARFCN indicates 1900 band" VALTAB VAL_non_gsm_info %REL99% VAL 0b00 NON_GSM_NOT_BROAD "non-GSM information is not broadcast on the cell" VAL 0b01 NON_GSM_BROAD_PSI6 "non-GSM information is broadcast on the cell in PSI6 message" VAL 0b10 NON_GSM_BROAD_PSI7 "non-GSM information is broadcast on the cell in PSI7 message" VAL 0b11 NON_GSM_BROAD_PSI6_PSI7 "non-GSM information is broadcast on the cell in PSI6 and PSI7 messages" VALTAB VAL_Psi8_broadcast %REL99% VAL 0 PSI8_NOT_BROAD "PSI8 is not broadcast on the cell" VAL 1 PSI8_BROAD "PSI8 is broadcast on the cell" VALTAB VAL_psi3ter_broadcast %REL99% VAL 0 PSI3ter_NOT_BROAD "PSI3ter is not broadcast on the cell" VAL 1 PSI3ter_BROAD "PSI3ter is broadcast on the cell" VALTAB VAL_psi3quater_broadcast %REL99% VAL 0 PSI3quater_NOT_BROAD "PSI3quater is not broadcast on the cell" VAL 1 PSI3quater_BROAD "PSI3quaer is broadcast on the cell" VALTAB VAL_invalid_bsic_rep %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% VAL 0b00 INVALID_BSIC_REPORT_N_A "Report on cells with invalid BSIC and allowed NCC part of BSIC is not allowed" VAL 0b01 INVALID_BSIC_REPORT_OK "Report on cells with invalid BSIC and allowed NCC part of BSIC is allowed. In this case NCC_PERMITTED is required" VALTAB VAL_reporting_type %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% VAL 0b00 REPORT_TYPE_ENH_REP "The MS shall use the PACKET ENHANCED MEASUREMENT REPORT message for (NC) reporting" VAL 0b01 REPORT_TYPE_REP "The MS shall use the PACKET MEASUREMENT REPORT message for (NC) reporting." VALTAB VAL_reporting_rate %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% VAL 0b00 REPORTING_RATE_NORMAL "normal rate reporting" VAL 0b01 REPORTING_RATE_REDUCED "Reduced reporting rate allowed." VALTAB VAL_diversity %REL99% VAL 0b00 DIVERSITY_OFF "Diversity is not applied for this cell" VAL 0b01 DIVERSITY_ON "Diversity is applied for this cell." VALTAB VAL_bandwidth_tdd %REL99% VAL 0b000 MCPS_3_84 "Speed_3.84Mcps" VAL 0b001 MCPS_1_28 "Speed_1.28Mcps" VALTAB VAL_fdd_indic_0 %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% VAL 0b00 FDD_PAR_VAL_0_NOT_MEMB "parameter value '0000000000' is not a member of the set" VAL 0b01 FDD_PAR_VAL_0_MEMB "parameter value '0000000000' is a member of the set" VALTAB VAL_tdd_indic_0 %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% VAL 0b00 TDD_PAR_VAL_0_NOT_MEMB "parameter value '0000000000' is not a member of the set" VAL 0b01 TDD_PAR_VAL_0_MEMB "parameter value '0000000000' is a member of the set" VALTAB VAL_rep_prio %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% VAL 0b00 NORMAL_PRIO "Normal reporting priority" VAL 0b01 HIGH_PRIO "High reporting priority" VALTAB VAL_non_gsm_pro_disc VAL 0b001 TIA_EIA136 "TIA/EIA-136 -All other values are reserved" VALTAB VAL_bsic_seen %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% VAL 0b00 NO_CELL_SEEN "No cell with invalid BSIC and allowed NCC part of BSIC is seen" VAL 0b01 ONE_CELL_SEEN "One cell or more with invalid BSIC and allowed NCC part of BSIC is seen" VALTAB VAL_lqm_mode %REL99% VAL 0b00 NOT_REPORT_IM_OR_BEP "" VAL 0b01 REPORT_IM_NOT_BEP "" VAL 0b10 REPORT_BEP_NOT_IM "" VAL 0b11 REPORT_BEP_AND_IM "" VALTAB VAL_reduced_ma_bitmap VAL 0b00 CORRSP_RA_FREQ_NOT_BELONG_TO_RED_MA "the corresponding radio frequency channel does not belong to the reduced MA;" VAL 0b01 CORRSP_RA_FREQ_BELONG_TO_RED_MA "the corresponding radio frequency channel belongs to the reduced MA." VALTAB VAL_egprs_chan_coding_cmd %REL99 AND FF_EGPRS% VAL 0b0000 MCS1 "MCS-1" VAL 0b0001 MCS2 "MCS-2" VAL 0b0010 MCS3 "MCS-3" VAL 0b0011 MCS4 "MCS-4" VAL 0b0100 MCS5 "MCS-5" VAL 0b0101 MCS6 "MCS-6" VAL 0b0110 MCS7 "MCS-7" VAL 0b0111 MCS8 "MCS-8" VAL 0b1000 MCS9 "MCS-9" VAL 0b1001 MCS5_7 "MCS-5-7" VAL 0b1010 MCS6_9 "MCS-6-9" VALTAB VAL_Choice_flag %REL99 AND FF_EGPRS% VAL 0b00 GRR_CHOICE_00 "" VAL 0b01 GRR_CHOICE_01 "" VAL 0b10 GRR_CHOICE_10 "" VAL 0b11 GRR_CHOICE_11 "" VALTAB VAL_egprs_ws %REL99% VAL 0b00000 EGPRS_WS_64 "" VAL 0b00001 EGPRS_WS_96 "" VAL 0b00010 EGPRS_WS_128 "" VAL 0b00011 EGPRS_WS_160 "" VAL 0b00100 EGPRS_WS_192 "(maximum window size for a 1 timeslot TBF)" VAL 0b00101 EGPRS_WS_224 "" VAL 0b00110 EGPRS_WS_256 "(maximum window size for a 2 timeslot TBF)" VAL 0b00111 EGPRS_WS_288 "" VAL 0b01000 EGPRS_WS_320 "" VAL 0b01001 EGPRS_WS_352 "" VAL 0b01010 EGPRS_WS_384 "(maximum window size for a 3 timeslot TBF)" VAL 0b01011 EGPRS_WS_416 "" VAL 0b01100 EGPRS_WS_448 "" VAL 0b01101 EGPRS_WS_480 "" VAL 0b01110 EGPRS_WS_512 "(maximum window size for a 4 timeslot TBF)" VAL 0b01111 EGPRS_WS_544 "" VAL 0b10000 EGPRS_WS_576 "" VAL 0b10001 EGPRS_WS_608 "" VAL 0b10010 EGPRS_WS_640 "(maximum window size for a 5 timeslot TBF)" VAL 0b10011 EGPRS_WS_672 "" VAL 0b10100 EGPRS_WS_704 "" VAL 0b10101 EGPRS_WS_736 "" VAL 0b10110 EGPRS_WS_768 "(maximum window size for a 6 timeslot TBF)" VAL 0b10111 EGPRS_WS_800 "" VAL 0b11000 EGPRS_WS_832 "" VAL 0b11001 EGPRS_WS_864 "" VAL 0b11010 EGPRS_WS_896 "(maximum window size for a 7 timeslot TBF)" VAL 0b11011 EGPRS_WS_928 "" VAL 0b11100 EGPRS_WS_960 "" VAL 0b11101 EGPRS_WS_992 "" VAL 0b11110 EGPRS_WS_1024 "(maximum window size for a 8 timeslot TBF)" VALTAB VAL_tlli_bcc %REL99 AND FF_EGPRS% VAL 0 TLLI_BCC_DEFAULT "the mobile station shall use CS-1 in GPRS TBF mode and MCS-1 in EGPRS TBF mode" VAL 1 TLLI_BCC_COMMANDED "the mobile station shall use the value commanded in the CHANNEL_CODING_COMMAND or EGPRS_CHANNEL_CODING_COMMAND field" VALTAB VAL_cbmp_color_code VAL 0 CRBB_CW_0 "First code word in CRBB represents run length of zeros" VAL 1 CRBB_CW_1 "First code word in CRBB represents run length of ones" VALTAB VAL_generation VAL 0b00 GENERATION_DEFAULT "Default value for parameter generation." VALTAB VAL_ctrl_ack_type VAL 0 "default format is four access bursts" VAL 1 "default format is RLC/MAC control block." VALTAB VAL_scale_ord %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% VAL 0 SCALE_0dB "Scaling by 0dB" VAL 1 SCALE_10dB "Scaling by 10dB" VAL 2 SCALE_AUTO "Automatic scaling" VALTAB VAL_rep_thres %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% RANGE 0 .. 7 "Values Range" IFNOTPRESENT 0 VAL 0 REP_THRESHOLD_0 "0 dB" VAL 1 REP_THRESHOLD_6 "6 dB" VAL 2 REP_THRESHOLD_12 "12 dB" VAL 3 REP_THRESHOLD_18 "18 dB" VAL 4 REP_THRESHOLD_24 "24 dB" VAL 5 REP_THRESHOLD_30 "30 dB" VAL 6 REP_THRESHOLD_36 "36 dB" VAL 7 REP_THRESHOLD_INF "Infinite value" VALTAB VAL_rep_offset %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% RANGE 0 .. 7 "Values Range" IFNOTPRESENT 0 VAL 0 REP_OFFSET_0 "0 dB" VAL 1 REP_OFFSET_6 "6 dB" VAL 2 REP_OFFSET_12 "12 dB" VAL 3 REP_OFFSET_18 "18 dB" VAL 4 REP_OFFSET_24 "24 dB" VAL 5 REP_OFFSET_30 "30 dB" VAL 6 REP_OFFSET_36 "36 dB" VAL 7 REP_OFFSET_42 "42 dB" VALTAB VAL_ccn_active %REL4% VAL 0 "CCN is disabled towards the corresponding cell(but if the broadcast parameter are present then follow broadcasted ccn_active)" VAL 1 "CCN is enabled towards the corresponding cell" VALTAB VAL_psi_status VAL 0 PSI_STATUS_NOT_SUPPORTED "The network does not support the PACKET SI STATUS message" VAL 1 PSI_STATUS_SUPPORTED "The network support the PACKET SI STATUS message" VALTAB VAL_pccn_sending %REL4% VAL 0 PCCN_FIRST_SEND "This is the first sending of the Packet Cell Change Notification message;" VAL 1 PCCN_SECOND_SEND "This is the second sending of the Packet Cell Change Notification message" VALTAB Val_mess_rec %REL4% VAL 0 MSG_SUPPORTED_NOT_RCVD "Values Item" VAL 1 MSG_SUPPORTED_RCVD "Values Item" VAL 2 MSG_SUPPORTED_PART_RCVD "Values Item" VAL 3 MSG_SUPPORTED_COMP_RCVD "Values Item" VAR ps "Pseudo Synchronisation capability" 1 VAL @m_grr - VAL_ps@ VAR a5_1 "A5/1" 1 VAL @m_grr - VAL_ps@ VAR a5_2 "A5/2" 1 VAL @m_grr - VAL_ps@ VAR a5_3 "A5/3" 1 VAL @m_grr - VAL_ps@ VAR a5_4 "A5/4" 1 VAL @m_grr - VAL_ps@ VAR a5_5 "A5/5" 1 VAL @m_grr - VAL_ps@ VAR a5_6 "A5/6" 1 VAL @m_grr - VAL_ps@ VAR a5_7 "A5/7" 1 VAL @m_grr - VAL_ps@ VAR vgcs "Voice Group Call Service" 1 VAL @m_grr - VAL_ps@ VAR vbs "Voice Broadcast Service" 1 VAL @m_grr - VAL_ps@ VAR es_ind "Early Classmark Sending" 1 VAL @m_grr - VAL_ps@ VAR gprs_edac "GPRS Extended Dynamic Allocation Capability" 1 VAL @m_grr - VAL_ps@ VAR final_alloc "FINAL_ALLOCATION" 1 VAL @m_grr - VAL_ps@ VAR half_dupelx "HALF_DUPLEX_MODE" 1 VAL @m_grr - VAL_ps@ VAR same_ra_scell "SAME_RA_AS_SERVING_CELL" 1 VAL @m_grr - VAL_ps@ VAR repeat_alloc "REPEAT_ALLOCATION" 1 VAL @m_grr - VAL_ps@ VAR si15_ind "SI15_IND" 1 VAL @m_grr - VAL_ps@ VAR flag "Flag" 1 VAL @m_grr - VAL_ps@ VAR flag2 "Flag2" 1 VAL @m_grr - VAL_ps@ VAR flag3 "Flag3" 1 VAL @m_grr - VAL_ps@ VAR inst_bitmap "Instance Bitmap Element" 1 VAL @m_grr - VAL_ps@ VAR ul_release "UPLINK_RELEASE" 1 VAL @m_grr - VAL_ps@ VAR dl_release "DOWNLINK_RELEASE" 1 VAL @m_grr - VAL_ps@ VAR flag_grr_ra_cap_2 "Valid flag for MS RA capability value part II" 1 VAL @m_grr - VAL_ps@ VAR release_98 "Flag_Release98" 1 VAL @m_grr - VAL_ps@ VAR release_99 %REL99% "Flag_Release99" 1 VAL @m_grr - VAL_ps@ VAR flag_mop "Flag_MSK_OR_PSK" 1 VAL @m_grr - VAL_ps@ VAR start_freq_flag "Start Freqencies Flag" 1 VAL @m_grr - VAL_ps@ VAR egprs_flag "Egprs escape" 1 VAL @m_grr - VAL_ps@ VAR ul_rlc_resegment %REL99 AND FF_EGPRS% "UL rlc block resegment" 1 VAL @m_grr - VAL_ps@ VAR arac_retx_req %REL99 AND FF_EGPRS% "arac retransmission request" 1 VAL @m_grr - VAL_ps@ VAR is_out_of_mem %REL99 AND FF_EGPRS% "MS_OUT_OF_MEMORY" 1 VAL @m_grr - VAL_ps@ VAR bow %REL99 AND FF_EGPRS% "BEGINNING_OF_WINDOW" 1 VAL @m_grr - VAL_ps@ VAR eow %REL99 AND FF_EGPRS% "END_OF_WINDOW" 1 VAL @m_grr - VAL_ps@ VAR pre_emptive_tx %REL99 AND FF_EGPRS% "PRE_EMPTIVE_TRANSMISSION" 1 VAL @m_grr - VAL_ps@ VAR prr_retx_req %REL99 AND FF_EGPRS% "PRR RETRANSMISSION REQUEST" 1 VAL @m_grr - VAL_ps@ VAR bit_buf "Bit buffer" 1 VAL @m_grr - VAL_ps@ VAR msg_type "Message Type" 6 VAL @m_grr - VAL_msg_type@ VAR msg_type2 "Message Type" 6 VAL @m_grr - VAL_msg_type@ VAR page_mode "Page Mode" 2 VAL @m_grr - VAL_page_mode@ VAR tqi "TQI" 16 VAR access_type "Access Type" 2 VAL @m_grr - VAL_access_type@ VAR tlli_value "TLLI" 32 VAR cr_tlli "CONTENTION_RESOLUTION_TLLI" 32 VAR ma_ch_mark "MA_CHANGE_MARK" 2 VAR cm1 "CHANGE_MARK_1" 2 VAR cm2 "CHANGE_MARK_2" 2 VAR psi2_cm "PSI2_CHANGE_MARK" 2 VAR psi3_cm "PSI3_CHANGE_MARK" 2 VAR psi4_cm "PSI4_CHANGE_MARK" 2 VAR psi5_cm "PSI5_CHANGE_MARK" 2 VAR psi6_cm %REL4% "PSI6_CHANGE_MARK" 2 VAR psi7_cm %REL4% "PSI7_CHANGE_MARK" 2 VAR psi8_cm %REL99% "PSI8_CHANGE_MARK" 2 VAR si13_cm "SI13_CHANGE_MARK" 2 VAR psix_cm "PSIX_CHANGE_MARK" 2 VAR c_value "C_VALUE" 6 VAR rxqual "RXQUAL" 3 VAR signvar "SIGN_VAR" 6 VAR ilev0 "I_LEVEL_TNO" 4 VAR ilev1 "I_LEVEL_TN1" 4 VAR ilev2 "I_LEVEL_TN2" 4 VAR ilev3 "I_LEVEL_TN3" 4 VAR ilev4 "I_LEVEL_TN4" 4 VAR ilev5 "I_LEVEL_TN5" 4 VAR ilev6 "I_LEVEL_TN6" 4 VAR ilev7 "I_LEVEL_TN7" 4 VAR ilevabs0 "I_LEVEL_ABS_TNO" 6 VAR ilevabs1 "I_LEVEL_ABS_TN1" 6 VAR ilevabs2 "I_LEVEL_ABS_TN2" 6 VAR ilevabs3 "I_LEVEL_ABS_TN3" 6 VAR ilevabs4 "I_LEVEL_ABS_TN4" 6 VAR ilevabs5 "I_LEVEL_ABS_TN5" 6 VAR ilevabs6 "I_LEVEL_ABS_TN6" 6 VAR ilevabs7 "I_LEVEL_ABS_TN7" 6 VAR chan_coding_cmd "CHANNEL_CODING_COMMAND" 2 VAL @m_grr - VAL_chan_coding_cmd@ VAR tlli_chan_coding "TLLI_BLOCK_CHANNEL_CODING" 1 VAL @m_grr - VAL_tlli_chan_coding@ VAR mac_mode "MAC_MODE" 2 VAL @m_grr - VAL_mac_mode@ VAR rlc_mode "RLC_MODE" 1 VAL @m_grr - VAL_rlc_mode@ VAR dl_rlc_mode "DOWNLINK_RLC_MODE" 1 VAL @m_grr - VAL_rlc_mode@ VAR ctrl_ack "CONTROL_ACK" 1 VAR pctrl_ack "P_CONTROL_ACK" 2 VAL @m_grr - VAL_pctrl_ack@ VAR dl_tfi_assign "DOWNLINK_TFI_ASSIGNMENT" 5 VAR ul_tfi_assign "UPLINK_TFI_ASSIGNMENT" 5 VAR ul_tfi "Uplink TFI" 5 VAR dl_tfi "Downlink TFI" 5 VAR rel_cause "TBF Release Cause" 4 VAL @m_grr - VAL_rel_cause@ VAR nln "NLN" 2 VAR pbcch_change_ma "PBCCH_CHANGE_MARK" 3 VAR psi_change_field "PSI_CHANGE_FIELD" 4 VAL @m_grr - VAL_psi_change_field@ VAR meas_order "MEASUREMENT_ORDER" 1 VAR psi1_rep_per "PSI1_REPEAT_PERIOD" 4 VAR psi_cnt_lr "PSI_COUNT_LR" 6 VAR psi_cnt_hr "PSI_COUNT_HR" 4 VAR psi2_ind "PSI2_INDEX" 3 VAR psi4_ind "PSI4_INDEX" 3 VAR psi5_ind "PSI5_INDEX" 3 VAR psi6_ind %REL4% "PSI6_INDEX" 3 VAR psi7_ind %REL4% "PSI7_INDEX" 3 VAR psi8_ind %REL99% "PSI8_INDEX" 3 VAR psi2_cnt "PSI2_COUNT" 3 VAR psi4_cnt "PSI4_COUNT" 3 VAR psi5_cnt "PSI5_COUNT" 3 VAR psi6_cnt %REL4% "PSI6_COUNT" 3 VAR psi7_cnt %REL4% "PSI7_COUNT" 3 VAR psi8_cnt %REL99% "PSI8_COUNT" 3 VAR psi3bis_cnt "PSI3_BIS_COUNT" 4 VAR psi3bis_ind "PSI3_BIS_INDEX" 4 VAR psi3ter_cnt "PSI3_TER_COUNT" 4 VAR psi3ter_ind "PSI3_TER_INDEX" 4 VAR psi3qua_cnt %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "PSI3_QUA_COUNT" 4 VAR psi3qua_ind %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "PSI3_QUA_INDEX" 4 VAR bcch_change_ma "BCCH_CHANGE_MARK" 3 VAR si_change_ma "SI_CHANGE_FIELD" 4 VAL @m_grr - VAL_si_change_ma@ VAR arfcn "ARFCN" 10 VAR start_freq "START_FREQUENCY" 10 VAR bsic "BSIC" 6 VAR bsic2 "BSIC" 6 VAR failure_cause "Packet Cell Change Failure Cause" 4 VAL @m_grr - VAL_failure_cause@ VAR ctrl_order "NETWORK_CONTROL_ORDER" 2 VAL @m_grr - VAL_ctrl_order@ VAR pmo_index "PMO_INDEX" 3 VAR pmo_cnt "PMO_COUNT" 3 VAR ts_available "Timeslots Available" 8 VAR alpha "Alpha" 4 VAL @m_grr - VAL_alpha@ VAR gamma "GAMMA_TN" 5 VAR t_avg_w "T_AVG_W" 5 VAR t_avg_t "T_AVG_T" 5 VAR pb "PB" 4 VAL @m_grr - VAL_pb@ VAR pc_meas_chan "PC_MEAS_CHAN" 1 VAL @m_grr - VAL_pc_meas_chan@ VAR imeas_chan_list "INT_MEAS_CHANNEL_LIST_AVAIL" 1 VAL @m_grr - VAL_imeas_chan_list@ VAR n_avg_i "N_AVG_I" 4 VAR meas_inter "MEASUREMENT_INTERVAL" 5 VAR meas_bitmap "MEASUREMENT_BITMAP" 8 VAR ptmsi "PTMSI" 32 VAR tmsi_field "TMSI" 32 VAR chan_need "CHANNEL_NEEDED" 2 VAL @m_grr - VAL_chan_need@ VAR emlpp_prio "eMLPP_PRIORITY" 3 VAR ta_value "TIMING_ADVANCE_VALUE" 6 VAR ul_ta_index "UPLINK_TA_INDEX" 4 VAR dl_ta_index "DOWNLINK_TA_INDEX" 4 VAR ta_index "TA_INDEX" 4 VAR ta_tn "TIMING_ADVANCE_TIMESLOT_NUMBER" 3 VAR tn "TIMESLOT_NUMBER" 3 VAR ul_ta_tn "UPLINK_TA_TIMESLOT" 3 VAR dl_ta_tn "DOWNLINK_TA_TIMESLOT" 3 VAR ext_len "Extension Length" 6 VAR spare_ext "spare bit extensions IE" 1 VAR ecsc "ECSC" 1 VAL @m_grr - VAL_ecsc@ VAR ecsr_3g "ECSR 3G" 1 VAL @m_grr - VAL_ecsr_3g@ VAR tx_int "TX_INT" 4 VAL @m_grr - VAL_tx_int@ VAR s_prach "S (PRACH Parameter)" 4 VAL @m_grr - VAL_s_prach@ VAR max_retrans "MAX_RETRANS" 2 VAL @m_grr - VAL_max_retrans@ VAR ac_class "ACC_CONTR_CLASS" 16 VAR access_info "Random Access Information" 11 VAR peak_thr_class "PEAK_THROUGHPUT_CLASS" 4 VAR radio_prio "RADIO_PRIORITY" 2 VAL @m_grr - VAL_radio_prio@ VAR llc_pdu_type "LLC_PDU_TYPE" 1 VAL @m_grr - VAL_llc_pdu_type@ VAR rlc_octet_cnt "RLC_OCTET_COUNT" 16 VAR tsc "Training Sequence Code" 3 VAR maio "MAIO" 6 VAR rfreq_index "REMOVED_FREQ_INDEX" 6 VAR ma_num "MA_NUMBER" 4 VAR hsn "HSN" 6 VAR len_ma_list "Length of MA Frequency List contents" 4 VAR ma_list "MA Frequency List contents" 8 VAR bs_pcc_rel "BS_PCC_REL" 1 VAR bs_pbcch_blks "BS_PBCCH_BLKS" 2 VAL @m_grr - VAL_bs_pbcch_blks@ VAR bs_prach_blks "BS_PRACH_BLKS" 4 VAL @m_grr - VAL_bs_prach_blks@ VAR bs_pag_blks "BS_PAG_BLKS_RES" 4 VAR ul_ts_alloc "UPLINK_TIMESLOT_ALLOCATION" 8 VAR ts_alloc "TIMESLOT_ALLOCATION" 8 VAR dl_tn_alloc "DOWNLINK_TIMESLOT_ALLOCATION" 8 VAR dl_ctrl_ts "DOWNLINK_CONTROL_TIMESLOT" 3 VAR alloc_map "ALLOCATION_BITMAP" 1 VAR cell_ba "CELL_BAR_ACCESS_2" 1 VAL @m_grr - VAL_cell_ba@ VAR gprs_resel_off "GPRS_RESELECT_OFFSET" 5 VAL @m_grr - VAL_gprs_resel_off@ VAR si13_loc "SI13_LOCATION" 1 VAL @m_grr - VAL_si13_loc@ VAR pbcch_loc "PBCCH_LOCATION" 2 VAL @m_grr - VAL_pbcch_loc@ VAR gprs_prio_class "GPRS_PRIORITY_CLASS" 3 VAL @m_grr - VAL_gprs_prio_class@ VAR gprs_hcs_thr "GPRS_HCS_THR" 5 VAL @m_grr - VAL_gprs_hcs_thr@ VAR gprs_rxlev_access_min "GPRS_RXLEV_ACCESS_MIN" 6 VAL @m_grr - VAL_gprs_rxlev_access_min@ VAR txpwr_max_cch "GPRS_MS_TXPWR_MAX_CCH" 5 VAL @m_grr - VAL_txpwr_max_cch@ VAR gprs_temp_offset "GPRS_TEMPORARY_OFFSET" 3 VAL @m_grr - VAL_gprs_temp_offset@ VAR gprs_penalty_time "GPRS_PENALTY_TIME" 5 VAL @m_grr - VAL_gprs_penalty_time@ VAR wait_ind "Wait Indication" 8 VAR waitsize "Wait Indication Size" 1 VAL @m_grr - VAL_waitsize@ VAR a_map_len "ALLOCATION_BITMAP_LENGTH" 7 VAR bl_o_bl_per "BLOCKS_OR_BLOCK_PERIODS" 1 VAL @m_grr - VAL_bl_o_bl_per@ VAR ts_overr "TS_OVERRIDE" 8 VAR rel "TBF Starting Time Relative" 13 VAR mcc "Mobile Country Code" 4 VAR mnc "Mobile Network Code" 4 VAR lac "Location Area Code" 16 VAR rac "RAC" 8 VAR cell_id_ie "Cell identity" 16 VAR att "Attach / detach allowed" 1 VAL @m_grr - VAL_att@ VAR t3212 "T 3212 time-out value" 8 VAR neci "Half rate support" 1 VAL @m_grr - VAL_neci@ VAR pwcr "Power Control" 1 VAL @m_grr - VAL_pwcr@ VAR dtx "Discontinuous Transmission (BCCH)" 2 VAL @m_grr - VAL_dtx@ VAR rl_timeout "Radio Link Timeout" 4 VAR flist "Frequency List Contents" 8 VAR rfl_num "RFL_NUMBER" 4 VAL @m_grr - VAL_rfl_num@ VAR rfl_cont_len "Length of RFL contents" 4 VAR ma_len "MA_LENGTH" 6 VAR ma_map "MA_BITMAP" 1 VAR arfcn_index "ARFCN index" 6 VAR gprs_c_hyst "GPRS_CELL_RESELECT_HYSTERESIS" 3 VAR c31_hyst "C31_HYST" 1 VAR c32_qual "C32_QUAL" 1 VAR rab_acc_re "RANDOM_ACCESS_RETRY" 1 VAL @m_grr - VAL_rab_acc_re@ VAR t_resel "T_RESEL" 3 VAL @m_grr - VAL_t_resel@ VAR ra_re_hyst "RA_RESELECT_HYSTERESIS" 3 VAR n_rest "NR_OF_REMAINING_CELLS" 4 VAR n_r_cells "NR_OF_REMAINING_CELLS2" 4 VAR freq_diff_len "FREQ_DIFF_LENGTH" 3 VAR non_drx_per "NC_NON_DRX_PERIOD" 3 VAL @m_grr - VAL_non_drx_per@ VAR rep_per_i "NC_REPORTING_PERIOD_I" 3 VAL @m_grr - VAL_rep_per_i@ VAR rep_per_t "NC_REPORTING_PERIOD_T" 3 VAL @m_grr - VAL_rep_per_i@ VAR xrep_per "EXT_REPORTING_PERIOD" 3 VAL @m_grr - VAL_xrep_per@ VAR int_freq "INT_FREQUENCY" 5 VAR xrep_type "EXT_REPORTING_TYPE" 2 VAL @m_grr - VAL_xrep_type@ VAR prio_acc_thr "PRIORITY_ACCESS_THR" 3 VAL @m_grr - VAL_prio_acc_thr@ VAR spgc_ccch_sup "SPGC_CCCH_SUP" 1 VAL @m_grr - VAL_spgc_ccch_sup@ VAR nc_mode "NC_MODE" 1 VAL @m_grr - VAL_nc_mode@ VAR rxlev_scell "RXLEV_SERVING_CELL" 6 VAR rxlev_n "RXLEV_N" 6 VAR i_scell "INTERFERENCE_SERVING_CELL" 6 VAR rxlev_ncell %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "RXLEV_NCELL" 6 VAR num_nc_meas "NUMBER_OF_NC_MEASUREMENTS" 3 VAR freq_n "FREQUENZ_N" 6 VAR num_meas "NUMBER_OF_MEASUREMENTS" 5 VAR rlc_db_granted "RLC_DATA_BLOCKS_GRANTED" 8 VAR xdyn_alloc "Extended Dynamic Allocation" 1 VAL @m_grr - VAL_xdyn_alloc@ VAR usf_grant "USF_GRANULARITY" 1 VAL @m_grr - VAL_usf_grant@ VAR usf "USF" 3 VAR plev "Persistence Level Radio Priority" 4 VAR rbb "RECEIVE_BLOCK_BITMAP" 1 VAL @m_grr - VAL_rbb@ VAR f_ack_ind "FINAL_ACK_INDICATION" 1 VAL @m_grr - VAL_f_ack_ind@ VAR ssn "STARTING_SEQUENCE_NUMBER" 7 VAR essn %REL99 AND FF_EGPRS% "EGPRS_STARTING_SEQUENCE_NUMBER" 11 VAR nr_freq "NR_OF_FREQUENCY" 5 VAR num_rfreq "NR_OF_REMOVED_FREQ" 5 VAR im_rel_c0 "IMMEDIATE_REL" 1 VAL @m_grr - VAL_im_rel_c0@ VAR im_rel_c1 %REL99% "IMMEDIATE_REL" 1 VAL @m_grr - VAL_im_rel_c0@ VAR mode "BTS_PWR_CTRL_MODE" 1 VAL @m_grr - VAL_mode@ VAR p0 "BTS_PWR_CTRL_P0" 4 VAR exc_acc "EXC_ACC" 1 VAR ncc_permitted "NCC_PERMITTED" 8 VAR tbf_cause "TBF_CAUSE" 3 VAL @m_grr - VAL_tbf_cause@ VAR ms_id_len "Length of Mobile Identity" 4 VAR add_msg_type "Addional Message Type" 1 VAR psi_status_ind "PSI_STATUS_IND" 1 VAL @m_grr - VAL_psi_status_ind@ VAR para_ptr "CELL_PARAMS_POINTER" 2 VAR bcc "BTS Colour Code" 3 VAR ncc "Network Colour Code" 3 VAR ccch_conf "CCCF-CONF" 3 VAR bs_ag_blks_res "BS_AG_BLKS_RES" 3 VAR bs_pa_mfrms "BS-PA-MFRMS" 3 VAR tx_integer "TX_INTEGER" 4 VAR multi_band_rep "MULTIBAND_REPORTING" 2 VAL @m_grr - VAL_multi_band_rep@ VAR pr_mode "PR_MODE" 1 VAL @m_grr - VAL_pr_mode@ VAR xmeas_order "EXT_MEASUREMENT_ORDER" 2 VAL @m_grr - VAL_xmeas_order@ VAR ec "EC" 1 VAR t1 "T1'" 5 VAR t2 "T2" 5 VAR t3 "T3" 6 VAR psix_cnt "PSIX_COUNT" 4 VAR freq_diff "FREQ_DIFF" 8 VAR ident_digit "identity digit" 8 VAR pfi %REL99% "PFI" 7 VAR add_ms_rac %REL99% "ADD_MS_RAC_INFO_AVAIL" 1 VAL @m_grr - VAL_add_ms_rac@ VAR retrans_of_prr %REL99% "RETRANS_OF_PRR" 1 VAL @m_grr - VAL_retrans_of_prr@ VAR p_ext_ta %REL99% "Packet_Extend_Timing_Advance" 2 VAR tbf_est %REL99% "TBF_EST" 1 VAL @m_grr - VAL_tbf_est@ VAR mscr %REL99% "MSCR" 1 VAL @m_grr - VAL_mscr@ VAR sgsnr %REL99% "SGSNR" 1 VAL @m_grr - VAL_sgsnr@ VAR band_indicator %REL99% "BAND_INDICATOR" 1 VAL @m_grr - VAL_band_indicator@ VAR non_gsm_info %REL99% "NON_GSM_INFORMATION" 2 VAL @m_grr - VAL_non_gsm_info@ VAR Psi8_broadcast %REL99% "PSI8_BROADCAST" 1 VAL @m_grr - VAL_Psi8_broadcast@ VAR psi3ter_broadcast %REL99% "PSI3ter_BROADCAST" 1 VAL @m_grr - VAL_psi3ter_broadcast@ VAR psi3quater_broadcast %REL99% "PSI3quater_BROADCAST" 1 VAL @m_grr - VAL_psi3quater_broadcast@ VAR invalid_bsic_rep %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "INVALID_BSIC_REPORTING" 1 VAL @m_grr - VAL_invalid_bsic_rep@ VAR reporting_type %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Reporting type" 1 VAL @m_grr - VAL_reporting_type@ VAR reporting_rate %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Reporting Rate" 1 VAL @m_grr - VAL_reporting_rate@ VAR serv_cell_rep %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Serving Cell Reporting" 2 VAR scale_ord %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Scale ordered" 2 VAL @m_grr - VAL_scale_ord@ VAR scale %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "SCALE" 1 VAR rep_offset_900 %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Reporting Offset 900" 3 VAL @m_grr - VAL_rep_offset@ VAR rep_thres_900 %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Reporting Threshold 900" 3 VAL @m_grr - VAL_rep_thres@ VAR rep_offset_1800 %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Reporting Offset 1800" 3 VAL @m_grr - VAL_rep_offset@ VAR rep_thres_1800 %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Reporting Threshold 1800" 3 VAL @m_grr - VAL_rep_thres@ VAR rep_offset_400 %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Reporting Offset 400" 3 VAL @m_grr - VAL_rep_offset@ VAR rep_thres_400 %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Reporting Threshold 400" 3 VAL @m_grr - VAL_rep_thres@ VAR rep_offset_1900 %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Reporting Offset 1900" 3 VAL @m_grr - VAL_rep_offset@ VAR rep_thres_1900 %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Reporting Threshold 1900" 3 VAL @m_grr - VAL_rep_thres@ VAR rep_offset_850 %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Reporting Offset 850" 3 VAL @m_grr - VAL_rep_offset@ VAR rep_thres_850 %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Reporting Threshold 850" 3 VAL @m_grr - VAL_rep_thres@ VAR fdd_arfcn %REL99% "FDD ARFCN" 14 VAR tdd_arfcn %REL99% "TDD ARFCN" 14 VAR diversity %REL99% "Diversity" 1 VAL @m_grr - VAL_diversity@ VAR scrambl_codes %REL99% "Scrambling Codes" 9 VAR bandwidth_tdd %REL99% "Bandwidth TDD" 3 VAL @m_grr - VAL_bandwidth_tdd@ VAR bandwidth_fdd %REL99% "Bandwidth FDD" 3 VAR cell_par %REL99% "Cell Parameter" 7 VAR sync_case %REL99% "Sync Case" 1 VAR ba_ind_used %REL99% "BA IND/USED" 1 VAR ba_ind_used_3g %REL99% "BA IND/USED 3G" 1 VAR n1 %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "N1" 2 VAR n2 %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "N2" 5 VAR rem_cell_index_3g %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Removed Cell Index 3G" 7 VAR cell_diff_len_3g %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Cell Diff Length 3G" 3 VAR cell_diff_3g %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Cell Diff 3G" 1 VAR pmo_ind_used %REL99% "PMO IND/USED" 1 VAR fdd_indic_0 %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "FDD Indic 0" 1 VAL @m_grr - VAL_fdd_indic_0@ VAR tdd_indic_0 %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "TDD Indic 0" 1 VAL @m_grr - VAL_tdd_indic_0@ VAR nr_of_fdd_cells %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "NR OF FDD Cells" 5 VAR nr_of_tdd_cells %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "NR OF FDD Cells" 5 VAR fdd_cell_info_field %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "FDD Cell Information Field" 122 VAR tdd_cell_info_field %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "TDD Cell Information Field" 126 VAR number_cells %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Number Cells" 7 VAR rep_prio %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "REP Priority" 1 VAL @m_grr - VAL_rep_prio@ VAR qsearch_p %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Qsearch P" 4 VAR qsearch_i %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Qsearch I" 4 VAR n_3g %REL99% "N 3G" 3 VAR cell_list_3g_index %REL99% "Cell List 3G Index" 7 VAR reporting_quantity %REL99% "Reporting Quantity" 6 VAR cell_index_start_rtd %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Cell Index Start RTD" 7 VAR rtd_6bit %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "RTD 6 BIT" 6 VAR rtd_12bit %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "RTD 12 BIT" 12 VAR tdd_gprs_qoffset %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "TDD GPRS Qoffset" 4 VAR fdd_gprs_qoffset %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "FDD GPRS Qoffset" 4 VAR fdd_qoffset %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "FDD Qoffset" 4 VAR tdd_qoffset %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "TDD Qoffset" 4 VAR fdd_qmin %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "FDD Qmin" 3 VAR non_gsm_pro_disc %REL4% "Non GSM Protokol Discriminator" 3 VAL @m_grr - VAL_non_gsm_pro_disc@ VAR nr_of_con_oct %REL4% "Nr Of Container Octets" 5 VAR container %REL4% "Container" 8 VAR chan_typ_tdma_offset %REL99% "Channel Type and TDMA offset" 5 VAR bcch_change_mark %REL4% "BCCH Change Mark" 3 VAR bsic_seen %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "BSIC Seen" 1 VAL @m_grr - VAL_bsic_seen@ VAR bcch_freq_ncell %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "BCCH FREQ NCELL" 5 VAR rai %REL4% "RAI" 48 VAR lsa_id %REL99% "LSA_ID" 24 VAR short_lsa_id %REL99% "ShortLSA_ID" 10 VAR nr_of_freq_or_cells %REL99% "NR_OF_FREQ_OR_CELLS" 5 VAR lqm_mode %REL99% "Link Quality Measurement Mode" 2 VAL @m_grr - VAL_lqm_mode@ VAR bep_period2 %REL99% "BEP Period two" 4 VAR length_reduced_bitmap %REL99% "Length of Reduced MA bitmap" 7 VAR reduced_ma_bitmap %REL99% "Reduced MA bitmap" 1 VAL @m_grr - VAL_reduced_ma_bitmap@ VAR maio_2 %REL99% "Maio 2" 6 VAR m_bep %REL99 AND FF_EGPRS% "MEAN_BEP" 5 VAR cv_bep %REL99 AND FF_EGPRS% "CV_BEP" 3 VAR gmsk_mean_bep_tn %REL99 AND FF_EGPRS% "GMSK MEAN BEP TN" 4 VAR psk8_mean_bep_tn %REL99 AND FF_EGPRS% "PSK8 MEAN BEP TN" 4 VAR large_cell_operation %REL99% "Large Cell operation" 1 VAR n_ccch_nh %REL99% "N CCCH NH" 4 VAR nib_ccch_0 %REL99% "NIB_CCCH_0" 4 VAR nib_ccch_1 %REL99% "NIB_CCCH_1" 4 VAR nib_ccch_2 %REL99% "NIB_CCCH_2" 4 VAR nib_ccch_3 %REL99% "NIB_CCCH_3" 4 VAR time_grp %REL99% "Time group" 2 VAR guar_const_pwr_grp %REL99% "Guar Constant Pwr Group" 2 VAR egprs_chan_coding_cmd %REL99 AND FF_EGPRS% "EGPRS_CHANNEL_CODING_COMMAND" 4 VAL @m_grr - VAL_egprs_chan_coding_cmd@ VAR Choice_flag %REL99% "Choice_flag" 2 VAL @m_grr - VAL_Choice_flag@ VAR egprs_ws %REL99% "EGPRS Window Size" 5 VAL @m_grr - VAL_egprs_ws@ VAR ul_egprs_ws %REL99 AND FF_EGPRS% "Uplink EGPRS Window Size" 5 VAL @m_grr - VAL_egprs_ws@ VAR dl_egprs_ws %REL99 AND FF_EGPRS% "Downlink EGPRS Window Size" 5 VAL @m_grr - VAL_egprs_ws@ VAR tlli_bcc %REL99 AND FF_EGPRS% "tlli_block_channel_coding" 1 VAL @m_grr - VAL_tlli_bcc@ VAR num_blk_alloc %REL99 AND FF_EGPRS% "NUM_BLK_ALLOC" 2 VAR len %REL99 AND FF_EGPRS% "EGPRS Ack Nack value part Length" 8 VAR urbb_1 %REL99 AND FF_EGPRS% "UNCOMPRESSED_RECEIVED_BLOCK_BITMAP" MAX_SIZE_URBB_UL VAR crbb %REL99 AND FF_EGPRS% "COMPRESSED_RECEIVED_BLOCK_BITMAP" MAX_SIZE_CRBB VAR comp_bmp_len %REL99 AND FF_EGPRS% "COMPRESSED_BITMAP_LENGTH" 7 VAR cbmp_color_code %REL99 AND FF_EGPRS% "COMPRESSED_BITMAP_STARTING_COLOR_CODE" 1 VAL @m_grr - VAL_cbmp_color_code@ VAR generation "Generation" 2 VAL @m_grr - VAL_generation@ VAR qsearch_C_init %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Qsearch_C_Initial" 1 VAR ctrl_ack_type "CONTROL_ACK_TYPE" 1 VAL @m_grr - VAL_ctrl_ack_type@ VAR release_4 "Flag_Release4" 1 VAL @m_grr - VAL_ps@ VAR ccn_active %REL4% "CCN is enabled or disabled towards the corresponding cell" 1 VAL @m_grr - VAL_ccn_active@ VAR si_status_ind %REL4% "SI_STATUS_IND " 1 VAL @m_grr - VAL_psi_status@ VAR urbb_2 %REL99 AND FF_EGPRS% "UNCOMPRESSED_RECEIVED_BLOCK_BITMAP" MAX_SIZE_URBB_UL VAR urbb_3 %REL99 AND FF_EGPRS% "UNCOMPRESSED_RECEIVED_BLOCK_BITMAP" MAX_SIZE_URBB_UL VAR container_id %REL4% "Container Id" 2 VAR pccn_sending %REL4% "PCCN SENDING" 1 VAL @m_grr - VAL_pccn_sending@ VAR container_idx %REL4% "Container Index" 5 VAR pd %REL4% "protocol discriminator" 3 VAR cd_len %REL4% "CD_LENGTH " 5 VAR cd_data_1 %REL4% "Container Data" 8 VAR cc_data_2 %REL4% "Container Data" 8 VAR si_msg_type %REL4% "SI_MESSAGE_TYPE " 8 VAR mess_rec %REL4% "MESS_REC " 2 VAL @m_grr - Val_mess_rec@ VAR si_x_count %REL4% "SIX_COUNT " 4 VAR si_x_cm %REL4% "SIX_CHANGE_MARK" 3 VAR urbb %REL99 AND FF_EGPRS% "UNCOMPRESSED_RECEIVED_BLOCK_BITMAP for DL" MAX_SIZE_URBB_DL VAR urbb_4 %REL99 AND FF_EGPRS% "UNCOMPRESSED_RECEIVED_BLOCK_BITMAP for DL" MAX_SIZE_URBB_DL VAR urbb_5 %REL99 AND FF_EGPRS% "UNCOMPRESSED_RECEIVED_BLOCK_BITMAP for DL" MAX_SIZE_URBB_DL COMP wait "Wait Structure" { wait_ind ; WAIT_INDICATION waitsize ; WAIT INDICATIONSIZE } COMP bts_pwr_ctrl "BTS_PWR_CTRL" { p0 ; BTS_PWR_CTRL_P0 mode ; BTS_PWR_CTRL_MODE pr_mode ; PR_MODE } COMP psi_des "PSI Description" { msg_type ; Message Type psix_cm ; PSIX_CHANGE_MARK flag ; Flag < (flag=1) psix_cnt > ; PSIX_COUNT < (flag=1) inst_bitmap [psix_cnt+1..16] > ; Instance Bitmap } COMP received_psi "Received PSI" { CSN1_S1 psi_des [0..MAX_MSG_TYPE] ; PSI Description add_msg_type ; Additional Message Type } COMP unknown_psi "Unkown PSI" { CSN1_S1 msg_type [0..MAX_MSG_TYPE] ; Message Type add_msg_type ; Addional Message Type } COMP glob_tfi "Global TFI" { flag ; Flag < (flag=0) ul_tfi > ; Uplink TFI < (flag=1) dl_tfi > ; Downlink TFI } TYPEDEF COMP glob_tfi glob_tfi_assign "GLOBAL_TFI_ASSIGNMENT" COMP add2 "Address Information2" { flag ; Flag < (flag = 0) glob_tfi > ; Global TFI < (flag = 1) flag2 > ; Flag2 < (flag = 1 AND flag2 = 0) tlli_value > ; TLLI < (flag = 1 AND flag2 = 1) flag3 > ; Flag3 < (flag = 1 AND flag2 = 1 AND flag3 = 0) tqi > ; TQI } COMP add1 "Address Information1" { flag ; Flag < (flag = 0) glob_tfi > ; Global TFI < (flag = 1) flag2 > ; Flag < (flag = 1 AND flag2 = 0) tlli_value > ; TLLI } COMP chan_req_des "Channel Request Description" { peak_thr_class ; PEAK_THROUGHPUT_CLASS radio_prio ; RADIO_PRIORITY rlc_mode ; RLC_MODE llc_pdu_type ; LLC_ PDU_TYPE rlc_octet_cnt ; RLC_OCTET_COUNT } COMP gpta "Global Packet Timing Advance" { CSN1_S1 ta_value ; TIMING_ADVANCE_VALUE flag ; Flag < (flag=1) ul_ta_index > ; UPLINK_TA_INDEX < (flag=1) ul_ta_tn > ; UPLINK_TA_TIMESLOT flag2 ; Flag2 < (flag2=1) dl_ta_index > ; DOWNLINK_TA_INDEX < (flag2=1) dl_ta_tn > ; DOWNLINK_TA_TIMESLOT } COMP chamge_ma_sub "Change Mark Sub Structure" { cm1 ; CHANGE_MARK_1 CSN1_S1 cm2 ; CHANGE_MARK_2 } COMP indi_encod "Indirect Encoding" { maio ; MAIO ma_num ; MA_NUMBER CSN1_S1 chamge_ma_sub ; Change Mark Sub Structure } COMP di_encod2 "Direct Encoding 2" { maio ; MAIO hsn ; HSN len_ma_list ; Length of MA Frequency List contents ma_list [len_ma_list +3..19] ; MA Frequency List contents } COMP block_struct "Blocks Structure" { bl_o_bl_per ; BLOCKS_OR_BLOCK_PERIODS a_map_len ; ALLOCATION_BITMAP_LENGTH alloc_map [a_map_len..127] ; ALLOCATION_BITMAP } COMP g_pwr_par "Global Power Control Parameters" { alpha ; ALPHA t_avg_w ; T_AVG_W t_avg_t ; T_AVG_T pb ; PB pc_meas_chan ; PC_MEAS_CHAN imeas_chan_list ; INT_MEAS_CHANNEL_LIST_AVAIL n_avg_i ; N_AVG_I } COMP ext_bits "Extensions Bits IE" { ext_len ; extension length spare_ext [ext_len+1..64] ; spare bit extensions IE } COMP pccch_org_par "PCCCH Organization Parameters" { bs_pcc_rel ; BS_PCC_REL bs_pbcch_blks ; BS_PBCCH_BLKS bs_pag_blks ; BS_PAG_BLKS_RES bs_prach_blks ; BS_PRACH_BLKS } COMP loc_area_ident "Location Area Identification" { BCD_NOFILL mcc [3] ; Mobile Country Code BCD_MNC mnc [2..3] ; Mobile Network Code lac ; Location Area Code } COMP cell_id "Cell Identification" { loc_area_ident ; Location Area Identification IE rac ; RAC cell_id_ie ; Cell Identity IE } COMP rfl_num_list "RFL number list" { rfl_num ; RFL_NUMBER } COMP rfl_cont "Frequency List" { flist ; Frequency List Contents } COMP rfl "Reference Frequency Lists" { rfl_num ; RFL_NUMBER rfl_cont_len ; Length of RFL contents rfl_cont [rfl_cont_len+3..19] ; RFL contents } COMP cell_alloc "Cell Allocation" { rfl_num ; RFL_Number } COMP ma_struct "MA Structure" { ma_len ; MA_LENGTH ma_map [ma_len+1..64] ; MA_BITMAP } COMP arfcn_index_list "ARFCN Index List Structure" { arfcn_index ; ARFCN index } COMP gprs_ms_alloc_ie "GPRS Mobile Allocations IE" { hsn ; HSN CSN1_S1 rfl_num_list [0..MAX_RFL_NUM_LIST] ; RFL number list flag ; Flag < (flag=0) ma_struct > ; MA Structure < (flag=1) CSN1_S1 arfcn_index_list [0..MAX_ARFCN_LIST] > ; ARFCN index list } COMP gprs_ms_alloc "GPRS Mobile Allocations" { ma_num ; MA_NUMBER gprs_ms_alloc_ie ; GPRS Mobile Allocation IE } COMP di_encod1 "Direct Encoding 1" { maio ; MAIO gprs_ms_alloc_ie ; GPRS Mobile Allocation IE } COMP freq_par "Frequency Parameters" { tsc ; Training Sequence Code flag ; Flag flag2 ; Flag2 < (flag=0 AND flag2=0) arfcn > ; ARFCN < (flag=0 AND flag2=1) indi_encod > ; Indirect encoding < (flag=1 AND flag2=0) di_encod1 > ; Direct encoding 1 < (flag=1 AND flag2=1) di_encod2 > ; Direct encoding 2 } COMP pbcch_des "PBCCH Description" { pb ; PB tsc ; TSC tn ; TIMESLOT_NUMBER flag ; Flag < (flag=1) flag2 > ; Flag2 < (flag=1 AND flag2=0) arfcn > ; ARFCN < (flag=1 AND flag2=1) maio > ; MAIO } COMP h_pccch_c "Hopping PCCCH Description" { maio ; MAIO ts_alloc ; TIMESLOT_ALLOCATION } COMP nh_pccch_c "Non Hopping PCCCH Description" { arfcn ; ARFCN ts_alloc ; TIMESLOT_ALLOCATION } COMP ma_h_s1 "Hopping PCCCH Description and MA_NUMBER" { ma_num ; MA_NUMBER CSN1_S1 h_pccch_c [0..MAX_M_H_PCCCH_C] ; Hopping PCCCH carriers } COMP pccch_des "PCCCH Description" { tsc ; TSC flag ; Flag < (flag=0) CSN1_S1 nh_pccch_c [0..MAX_NH_PCCCH_C] > ; Non-hopping PCCCH carriers < (flag=1) ma_h_s1 > ; MA_NUMBER and Hopping PCCCH carriers } COMP gen_cell_par "General Cell Selection parameter" { gprs_c_hyst ; GPRS_CELL_RESELECT_HYSTERESIS c31_hyst ; C31_HYST c32_qual ; C32_QUAL: rab_acc_re ; RANDOM_ACCESS_RETRY CSN1_S1 t_resel ; T_RESEL CSN1_S1 ra_re_hyst ; RA_RESELECT_HYSTERESIS } COMP hcs_par "HCS Structure" { gprs_prio_class ; GPRS_PRIORITY_CLASS gprs_hcs_thr ; GPRS_HCS_THR } COMP scell_par "Serving Cell parameters" { cell_ba ; CELL_BAR_ACCESS_2 exc_acc ; EXC_ACC gprs_rxlev_access_min ; GPRS_RXLEV_ACCESS_MIN txpwr_max_cch ; GPRS_MS_TXPWR_MAX_CCH CSN1_S1 hcs_par ; HCS Serving Cell parameters multi_band_rep ; MULTIBAND_REPORTING } COMP si13_pbcch_s1 "SI13_PBCCH_LOCATION sub1" { pbcch_loc ; PBCCH_LOCATION psi1_rep_per ; PSI1_REPEAT_PERIOD } COMP si13_pbcch "SI13_PBCCH_LOCATION structure" { flag ; Flag < (flag=0) si13_loc > ; SI13_LOCATION < (flag=1) si13_pbcch_s1 > ; SI13_PBCCH_LOCATION Sub 1 } COMP cs_par_s1 "Cell Selection Parameters Sub 1" { gprs_rxlev_access_min ; GPRS_RXLEV_ACCESS_MIN txpwr_max_cch ; GPRS_MS_TXPWR_MAX_CCH } COMP cs_par_s2 "Cell selection parameters Sub 2" { gprs_temp_offset ; GPRS_TEMPORARY_OFFSET gprs_penalty_time ; GPRS_PENALTY_TIME } COMP cs_par "Cell selection parameters" { cell_ba ; CELL_BAR_ACCESS_2 exc_acc ; EXC_ACC same_ra_scell ; SAME_RA_AS_SERVING_CELL CSN1_S1 cs_par_s1 ; Cell selection parameters Sub 1 CSN1_S1 cs_par_s2 ; Cell selection parameters Sub 2 CSN1_S1 gprs_resel_off ; GPRS_RESELECT_OFFSET CSN1_S1 hcs_par ; HCS parameters CSN1_S1 si13_pbcch ; SI13_PBCCH_LOCATION } COMP ncell_par2_set "Neighbour Cell parameters 2 Parameter Set" { CSN1_S1 ncc ; Network Colour Code exc_acc ; EXC_ACC CSN1_S1 gprs_rxlev_access_min ; GPRS_RXLEV_ACCESS_MIN CSN1_S1 txpwr_max_cch ; GPRS_MS_TXPWR_MAX_CCH CSN1_S1 gprs_prio_class ; GPRS_PRIORITY_CLASS CSN1_S1 gprs_hcs_thr ; GPRS_HCS_THR CSN1_S1 si13_pbcch ; SI13_PBCCH_LOCATION gprs_temp_offset ; GPRS_TEMPORARY_OFFSET gprs_penalty_time ; GPRS_PENALTY_TIME gprs_resel_off ; GPRS_RESELECT_OFFSET } COMP ma_num_maio "MA_NUMBER and MAIO" { ma_num ; MA_NUMBER maio ; MAIO } COMP chan_group "Channel group structure" { flag ; Flag < (flag=0) arfcn > ; ARFCN < (flag=1) ma_num_maio > ; MA_NUMBER and MAIO ts_alloc ; TIMESLOT_ALLOCATION } COMP chan_list2 "Channel List Structure 2" { chan_group ; Channel group structure } COMP chan_list_imeas "Channel List for Interference measurements" { chan_group ; Channel group structure CSN1_S1 chan_list2 [0..MAX_CHAN_LIST] ; Channel list structure } COMP list_rf "List of removed Frequency" { num_rfreq ; NR_OF_REMOVED_FREQ rfreq_index [num_rfreq+1.. MAX_RFREQ] ; REMOVED_FREQ_INDEX } COMP si13_cm_gprs_alloc "SI13_CHANGE_MARK and GPRS Alloc" { si13_cm ; SI13_CHANGE_MARK gprs_ms_alloc_ie ; GPRS Mobile Allocation IE } COMP psi13_pwr_par "PSI13 Power Control Parameters" { alpha ; ALPHA t_avg_w ; T_AVG_W t_avg_t ; T_AVG_T pc_meas_chan ; PC_MEAS_CHAN n_avg_i ; N_AVG_I } COMP pbcch_n_pres "PBCCH not present in cell structure" { rac ; RAC spgc_ccch_sup ; SPGC_CCCH_SUP prio_acc_thr ; PRIORITY_ACCESS_THR ctrl_order ; NETWORK_CONTROL_ORDER EXTERN @m_rr_com - gprs_cell_opt@ gprs_cell_opt ; GPRS Cell Options psi13_pwr_par ; GPRS Power Control Parameters } COMP nc_meas_s1 "NC Measurement Report Sub1" { freq_n ; FREQUENCY_N CSN1_S1 bsic ; BSIC_N rxlev_n ; RXLEV_N } COMP nc_meas_rep "NC Measurement Report" { nc_mode ; NC_MODE rxlev_scell ; RXLEV_SERVING_CELL CSN1_S1 i_scell ; INTERFERENCE_SERVING_CELL num_nc_meas ; NUMBER_OF_NC_MEASUREMENTS nc_meas_s1 [num_nc_meas..MAX_NCMP_S1] ; NC Measurement Report Sub1 } COMP ilev "I_LEVEL Structure" { CSN1_S1 ilev0 ; I_LEVEL_TN0 CSN1_S1 ilev1 ; I_LEVEL_TN1 CSN1_S1 ilev2 ; I_LEVEL_TN2 CSN1_S1 ilev3 ; I_LEVEL_TN3 CSN1_S1 ilev4 ; I_LEVEL_TN4 CSN1_S1 ilev5 ; I_LEVEL_TN5 CSN1_S1 ilev6 ; I_LEVEL_TN6 CSN1_S1 ilev7 ; I_LEVEL_TN7 } COMP chan_qual_rep "Channel Quality Report" { c_value ; C_VALUE rxqual ; RXQUAL signvar ; SIGN_VAR ilev ; I_LEVEL Structure } COMP ilev_abs "I_LEVEL Absolute Structure" { CSN1_S1 ilevabs0 ; I_LEVEL_ABS_TN0 CSN1_S1 ilevabs1 ; I_LEVEL_ABS_TN1 CSN1_S1 ilevabs2 ; I_LEVEL_ABS_TN2 CSN1_S1 ilevabs3 ; I_LEVEL_ABS_TN3 CSN1_S1 ilevabs4 ; I_LEVEL_ABS_TN4 CSN1_S1 ilevabs5 ; I_LEVEL_ABS_TN5 CSN1_S1 ilevabs6 ; I_LEVEL_ABS_TN6 CSN1_S1 ilevabs7 ; I_LEVEL_ABS_TN7 } COMP ext_mp_s1 "EXT Measurement Report Sub1" { freq_n ; FREQUENCY_N CSN1_S1 bsic ; BSIC_N rxlev_n ; RXLEV_N } COMP xmeas_rep "EXT Measurement Report" { xrep_type ; EXT_REPORTING_TYPE CSN1_S1 ilev_abs ; I_LEVEL Absolute Structure num_meas ; NUMBER_OF_MEASUREMENTS ext_mp_s1 [num_meas..MAX_XMR_S1] ; EXT Measurement Report Sub1 } COMP tn_alloc "Timeslot Allocation" { CSN1_S1 usf ; USF_TN } COMP usf_g "USF_TN and GAMMA_TN" { usf ; USF gamma ; GAMMA } COMP pers_lev "Persistence Level Structure" { plev [4] ; Persistence Level Radio Prio } COMP prach_ctrl_par "PRACH Control Parameters" { ac_class ; ACC_CONTR_CLASS max_retrans [4] ; MAX_RETRANS s_prach ; tx_int ; TX_INT CSN1_S1 pers_lev ; PERSISTENCE_LEVEL } COMP ack_nack_des "Ack/Nack Description" { f_ack_ind ; FINAL_ACK_INDICATION ssn ; STARTING_SEQUENCE_NUMBER rbb [64] ; RECEIVED_BLOCK_BITMAP } COMP cbmp_info %REL99 AND FF_EGPRS% "COMPRESSED_BMP_INFO" { comp_bmp_len (KEEP,2) ; COMPRESSED_BITMAP_LENGTH cbmp_color_code ; COMPRESSED_BITMAP_STARTING_COLOR_CODE crbb [.comp_bmp_len..MAX_SIZE_CRBB] ; COMPRESSED_RECEIVED_BLOCK_BITMAP } COMP ul_egprs_ack_nack_info %REL99 AND FF_EGPRS% "UL EGPRS Ack/Nack IE" { flag (KEEP,1) ; Flag < (flag = 1) len > ; EGPRS Ack Nack Length f_ack_ind ; FINAL_ACK_INDICATION bow ; BEGINNING_OF_WINDOW eow ; END_OF_WINDOW essn ; EGPRS_STARTING_SEQUENCE_NUMBER flag2 ; Compressed bitmap indicator < (flag2 = 1) cbmp_info > ; COMPRESSED_BMP_INFO < (flag2 = 0 AND flag=1) urbb_1 [.len-15..MAX_SIZE_URBB_UL] > ; UNCOMPRESSED_RECEIVED_BLOCK_BITMAP < (flag2 = 1 AND flag=1) urbb_2 [.len-( (TAKE,2)+23)..MAX_SIZE_URBB_UL] > ; UNCOMPRESSED_RECEIVED_BLOCK_BITMAP < (flag = 0) GSM5_V urbb_3 [.0..MAX_SIZE_URBB_UL] > ; UNCOMPRESSED_RECEIVED_BLOCK_BITMAP } COMP ms_id "Mobile Identity" { ms_id_len ; Length of Mobile Identity ident_digit [ms_id_len..15] ; value part } COMP rep_page_s2 "Repeated Page info Sub 2" { flag ; Flag < (flag=0) tmsi_field > ; TMSI < (flag=1) ms_id > ; Mobile_identity chan_need ; CHANNEL_NEEDED CSN1_S1 emlpp_prio ; eMLPP_PRIORITY } COMP rep_page_s1 "Repeated Page info Sub1" { flag ; Flag < (flag=0) ptmsi > ; PTMSI < (flag=1) ms_id > ; Mobile_identity } COMP rep_page_info "Repeated Page info" { flag ; Flag < (flag=0) rep_page_s1 > ; Repeated Page info Sub 1 < (flag=1) rep_page_s2 > ; Repeated Page info Sub 2 } COMP abs "TBF Starting Time Absolute" { t1 ; T1' t3 ; T3 t2 ; T2 } TYPEDEF COMP abs fn_mod "FRAME_NUMBER" COMP tbf_s_time "TBF Starting Time" { flag ; Flag < (flag=1) rel > ; TBF Starting Time Relative < (flag=0) abs > ; TBF Starting Time Absolute } TYPEDEF COMP tbf_s_time meas_start_grr "MEASUREMENT_STARTING_TIME" COMP meas_map "Measurement Mapping" { meas_start_grr ; MEASUREMENT_STARTING_TIME meas_inter ; MEASUREMENT_INTERVAL meas_bitmap ; MEASUREMENT_BITMAP } COMP fa_s2 "FA Sub2" { tbf_s_time ; TBF_STARTING_TIME CSN1_S1 ts_alloc ; TIMESLOT_ALLOCATION .0 ; spare flag ; Flag < (flag=0) block_struct > ; Block Structure < (flag=1) alloc_map [0..127] > ; ALLOCATION_BITMAP } COMP f_alloc_ack "Fixed Allocation Uplink Ack/Nack" { final_alloc ; FINAL_ALLOCATION flag ; Flag < (flag=0) ts_overr > ; TS_OVERRIDE < (flag=1) fa_s2 > ; FA Sub2 } COMP req_ref_p "Packet Request Reference" { access_info ; RANDOM_ACCESS_INFORMATION fn_mod ; FRAME_NUMBER } COMP add3 "Address Information3" { flag ; Flag < (flag = 0) glob_tfi > ; Global TFI < (flag = 1) flag2 > ; Flag2 < (flag = 1 AND flag2 = 0) tlli_value > ; TLLI < (flag = 1 AND flag2 = 1) flag3 > ; Flag3 < (flag = 1 AND flag2 = 1 AND flag3 = 0) tqi > ; TQI < (flag = 1 AND flag2 = 1 AND flag3 = 1) req_ref_p > ; Packet Request Ref. } COMP req_ref_tfi "Packet Request Ref. or Global TFI" { flag ; Flag < (flag=0) req_ref_p > ; Packet Request Ref. < (flag=1) glob_tfi > ; Global TFI } COMP reject "Reject Structure" { flag ; Flag < (flag=0) tlli_value > ; TLLI < (flag=1) req_ref_tfi > ; Packet Request Ref. or Global TFI CSN1_S1 wait ; Wait Structure } TYPEDEF COMP reject add_reject "Additional Reject Structure" COMP gamma_tn "Gamma Array" { CSN1_S1 gamma ; GAMMA_TN } COMP pwr_par "Power Control Parameters" { alpha ; Alpha gamma_tn [8] ; GAMMA Array } COMP f_alloc_ul "Fixed Allocation Uplink Assignment" { CSN1_S1 ul_tfi_assign ; UPLINK_TFI_ASSIGNMENT final_alloc ; FINAL_ALLOCATION dl_ctrl_ts ; DOWNLINK_CONTROL_TIMESLOT CSN1_S1 bts_pwr_ctrl ; BTS_PWR_CTRL flag ; Flag < (flag=0) ts_alloc > ; TIMESLOT_ALLOCATION < (flag=1) pwr_par > ; Power Control Parameters half_dupelx ; HALF_DUPLEX_MODE tbf_s_time ; TBF_STARTING_TIME .0 ; spare flag2 ; Flag2 < (flag2=0) block_struct > ; Block Structure < (flag2=1) alloc_map [0..127] > ; ALLOCATION_BITMAP } COMP f_alloc_re "Fixed Allocation Reconfigure" { flag ; Flag < (flag=0) ul_ts_alloc > ; UPLINK_TIMESLOT_ALLOCATION < (flag=1) pwr_par > ; Power Control Parameters final_alloc ; FINAL_ALLOCATION dl_ctrl_ts ; DOWNLINK_CONTROL_TIMESLOT CSN1_S1 bts_pwr_ctrl ; BTS_PWR_CTRL CSN1_S1 meas_map ; Measurement Mapping tbf_s_time ; TBF_STARTING_TIME .0 ; spare flag2 ; Flag2 < (flag2=0) block_struct > ; Block Structure < (flag2=1) alloc_map [0..127] > ; ALLOCATION_BITMAP } COMP usf_array "USF and GAMMA Array" { CSN1_S1 usf_g ; USF_TN and GAMMA_TN } COMP tn_alloc_pwr "Timeslot Allocation with Power Control Parameters" { alpha ; ALPHA usf_array [8] ; USF and GAMMA Array } COMP dyn_alloc_p "Dynamic Allocation" { xdyn_alloc ; Extended Dynamic Allocation flag2 ; flag2 < (flag2=1) p0 > ; BTS_PWR_CTRL_P0 < (flag2=1) pr_mode > ; PR_MODE usf_grant ; USF_GRANULARITY CSN1_S1 ul_tfi_assign ; UPLINK_TFI_ASSIGNMENT CSN1_S1 rlc_db_granted ; RLC_DATA_BLOCKS_GRANTED CSN1_S1 tbf_s_time ; TBF_STARTING_TIME flag ; Flag < (flag=0) tn_alloc [8] > ; Timeslot Allocation Structure < (flag=1) tn_alloc_pwr > ; Timeslot Allocation with Power Control Parameters } COMP alf_gam "ALPHA and GAMMA" { alpha ; AlPHA gamma ; GAMMA } COMP sin_alloc "Single Block Allocation" { tn ; TIMESLOT_NUMBER CSN1_S1 alf_gam ; ALPHA and GAMMA CSN1_S1 bts_pwr_ctrl ; BTS_PWR_CTRL tbf_s_time ; TBF_STARTING_TIME } COMP freq_diff_struct "FREQ_DIFF_STRUCT" { freq_diff [.(TAKE,1)+1..8] ; FREQ_DIFF } TYPEDEF COMP freq_diff_struct freq_diff_struct_2 "FREQ_DIFF_STRUCT" COMP xfreq_list "EXT FREQUENCY LIST" { start_freq ; START_FREQUENCY nr_freq ; NR_OF_FREQUENCY freq_diff_len (KEEP,1) ; FREQ_DIFF_LENGTH freq_diff_struct [nr_freq..MAX_EXT_FREQ_LIST_ELEM] ; FREQ_DIFF_STRUCT } TYPEDEF COMP xfreq_list xfreq_list2 "EXT FREQUENCY LIST" COMP em1 "EXT Measurement Struct" { flag ; Flag < (flag=1) xrep_type > ; EXT_REPORTING_TYPE < (flag=1 AND xrep_type=1) ncc_permitted > ; NCC_PERMITTED < (flag=1 AND xrep_type=2) CSN1_S1 int_freq > ; INT_FREQUENCY CSN1_S1 xrep_per ; EXT_REPORTING_PERIOD xfreq_list ; EXT FREQUENCY LIST CSN1_S1 xfreq_list2 [0.. MAX_EXT_FREQ_LIST] ; EXT FREQUENCY LIST } COMP xmeas_par "EXT Measurement Parameters" { xmeas_order ; EXT_MEASUREMENT_ORDER < (xmeas_order=1) em1 > ; Ext. Measurement Struct } COMP ncell_par_rest "Neighbour Cell parameters Rest" { freq_diff_struct ; FREQ_DIFF_STRUCT bsic ; BSIC cs_par ; Cell selection parameters } COMP ncell_par "Neighbour Cell parameters" { start_freq ; START_FREQUENCY bsic ; BSIC cs_par ; Cell selection parameters n_rest ; NR_OF_REMAINING_CELLS freq_diff_len (KEEP,1) ; FREQ_DIFF_LENGTH < (n_rest # 0) ncell_par_rest [n_rest..MAX_FREQ_DIFF_CS_PAR] > ; Neighbour Cell parameters Rest } COMP afreq_s "List of added Frequency Sub" { freq_diff_struct ; FREQ_DIFF_STRUCT bsic ; BSIC CSN1_S1 cs_par ; Cell selection parameters } COMP list_af "List of added Frequency" { start_freq ; START_FREQUENCY bsic ; BSIC CSN1_S1 cs_par ; Cell selection parameters nr_freq ; NR_OF_FREQUENCY freq_diff_len (KEEP,1) ; FREQ_DIFF_LENGTH afreq_s [nr_freq..MAX_AFREQ] ; List of added Frequency Sub } COMP nc_freq_list "NC_FREQUENCY_LIST" { CSN1_S1 list_rf ; List of removed Frequency CSN1_S1 list_af [1..MAX_LIST_AFREQ] ; List of added Frequency } COMP dyn_alloc_ts "Dynamic Allocation" { xdyn_alloc ; Extended Dynamic Allocation flag2 ; flag2 < (flag2=1) p0 > ; BTS_PWR_CTRL_P0 < (flag2=1) pr_mode > ; PR_MODE usf_grant ; USF_GRANULARITY CSN1_S1 rlc_db_granted ; RLC_DATA_BLOCKS_GRANTED CSN1_S1 tbf_s_time ; TBF_STARTING_TIME flag ; Flag < (flag=0) tn_alloc [8] > ; Timeslot Allocation Structure < (flag=1) tn_alloc_pwr > ; Timeslot Allocation with Power Control Parameters } COMP add_psi %REL99% "Add_PSI_Messages" { non_gsm_info ; NON_GSM_INFORMATION Psi8_broadcast ; PSI8_BROADCAST psi3ter_broadcast ; PSI3ter_BROADCAST psi3quater_broadcast ; PSI3quater_BROADCAST } COMP report_900_grr %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Reporting 900" { rep_offset_900 ; Reporting Offset 900 rep_thres_900 ; Reporting Threshold 900 } COMP report_1800_grr %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Reporting 1800" { rep_offset_1800 ; Reporting Offset 1800 rep_thres_1800 ; Reporting Threshold 1800 } COMP report_400_grr %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Reporting 400" { rep_offset_400 ; Reporting Offset 400 rep_thres_400 ; Reporting Treshold 400 } COMP report_1900_grr %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Reporting 1900" { rep_offset_1900 ; Reporting Offset 1900 rep_thres_1900 ; Reporting Threshold 1900 } COMP report_850_grr %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Reporting 850" { rep_offset_850 ; Reporting Offset 850 rep_thres_850 ; Reporting Treshold 850 } COMP fdd_multi_report %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "FDD Multi Reporting" { EXTERN @m_rr_com - fdd_rep_quant@ fdd_rep_quant ; FDD REP Quant EXTERN @m_rr_com - fdd_multi_rep@ fdd_multi_rep ; FDD MULTI Reporting Struct } COMP gprs_meas_par_report %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "GPRS Meas Param Desc Report" { CSN1_S1 multi_band_rep ; MULTIBAND_REPORTING CSN1_S1 serv_cell_rep ; Serving Cell Reporting CSN1_S1 scale_ord ; Scale ordered CSN1_S1 report_900_grr ; Reporting 900 CSN1_S1 report_1800_grr ; Reporting 1800 CSN1_S1 report_400_grr ; Reporting 400 CSN1_S1 report_1900_grr ; Reporting 1900 CSN1_S1 report_850_grr ; Reporting 850 } COMP gprs_meas_par_desc_meas %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "GPRS Meas Param Desc Mesurement" { CSN1_S1 multi_band_rep ; MULTIBAND_REPORTING CSN1_S1 serv_cell_rep ; Serving Cell Reporting scale_ord ; SCALE ORD CSN1_S1 report_900_grr ; Reporting 900 CSN1_S1 report_1800_grr ; Reporting 1800 CSN1_S1 report_400_grr ; Reporting 400 CSN1_S1 report_1900_grr ; Reporting 1900 CSN1_S1 report_850_grr ; Reporting 850 } COMP gprs_3g_meas_par_desc_pmo %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "GPRS 3G Meas Param Desc" { CSN1_S1 fdd_multi_report ; FDD Multi Reporting CSN1_S1 EXTERN @m_rr_com - fdd_report@ fdd_report ; FDD Reporting CSN1_S1 EXTERN @m_rr_com - tdd_multirat_rep@ tdd_multirat_rep ; TDD Multirat Reporting CSN1_S1 EXTERN @m_rr_com - tdd_rep@ tdd_rep ; TDD Reporting CSN1_S1 EXTERN @m_rr_com - cdma2000_multirat_rep@ cdma2000_multirat_rep ; CDMA2000 Multirat Reporting CSN1_S1 EXTERN @m_rr_com - cdma2000_rep@ cdma2000_rep ; CDMA2000 Reporting } COMP gprs_3g_meas_par_desc %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "GPRS 3G Meas Param Desc" { CSN1_S1 fdd_multi_report ; FDD Multi Reporting CSN1_S1 EXTERN @m_rr_com - fdd_report@ fdd_report ; FDD Reporting CSN1_S1 EXTERN @m_rr_com - tdd_multirat_rep@ tdd_multirat_rep ; TDD Multirat Reporting CSN1_S1 EXTERN @m_rr_com - tdd_rep@ tdd_rep ; TDD Reporting } COMP enh_rep_param_struct %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "ENH Reporting Parameters Struct" { reporting_type ; Report type reporting_rate ; Reporting Rate invalid_bsic_rep ; INVALID_BSIC_REPORTING CSN1_S1 ncc_permitted ; NCC_PERMITTED CSN1_S1 gprs_meas_par_report ; GPRS Meas Param Desc Report CSN1_S1 gprs_3g_meas_par_desc ; GPRS 3G Meas Param Desc } COMP utran_fdd_grr %REL99% "Utran FDD 3G" { fdd_arfcn ; FDD ARFCN diversity ; Diversity CSN1_S1 bandwidth_fdd ; Bandwidth FDD scrambl_codes ; Scrambling Codes } COMP utran_tdd_grr %REL99% "Utran TDD 3G" { tdd_arfcn ; TDD ARFCN diversity ; Diversity CSN1_S1 bandwidth_tdd ; Bandwidth TDD cell_par ; Cell Parameter sync_case ; Sync Case } COMP target_cell_3g %REL99% "Target Cell 3G" { CSN1_S1 utran_fdd_grr ; Utran FDD 3G CSN1_S1 utran_tdd_grr ; Utran TDD 3G } COMP n2_struct %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "3G cell N2 struct" { rem_cell_index_3g ; Removed Cell Index 3G cell_diff_len_3g ; Cell Diff Length 3G cell_diff_3g [cell_diff_len_3g..MAX_CELL_DIFF_LENGTH] ; Cell Diff 3G } COMP n1_struct %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "3G cell N1 struct" { n2 ; N2 n2_struct [n2+1..32] ; 3G cell N2 struct } COMP rem_3g_cell_desc %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Removed 3G Cell Description" { n1 ; N1 n1_struct [n1+1..4] ; 3G cell N1 struct } COMP rep_utran_fdd_n_cells %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Repeated UTRAN FDD Neighbour Cells" { flag ; Flag < (flag=0) fdd_arfcn > ; FDD ARFCN fdd_indic_0 ; FDD Indic 0 nr_of_fdd_cells ; NR OF FDD Cells fdd_cell_info_field ; FDD Cell Information Field } COMP rep_utran_tdd_n_cells %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Repeated UTRAN TDD Neighbour Cells" { flag ; Flag < (flag=0) tdd_arfcn > ; TDD ARFCN tdd_indic_0 ; TDD Indic 0 nr_of_tdd_cells ; NR OF TDD Cells tdd_cell_info_field ; TDD Cell Information Field } COMP gprs_rep_prio_cell_desc %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "GPRS REP Priority Description" { number_cells ; Numer Cells rep_prio [number_cells..X7BITMAX] ; REP Priority } COMP gprs_3g_meas_par_desc_ext_pmo %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "GPRS 3G Meas Param Desc Ext" { qsearch_p ; Qsearch P EXTERN @m_rr_com - search_prio_3g@ search_prio_3g ; Search Prio 3G gprs_3g_meas_par_desc_pmo ; GPRS 3G Meas Param Desc } COMP gprs_3g_meas_par_desc_ext_pcco %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "GPRS 3G Meas Param Desc Ext" { qsearch_p ; Qsearch P EXTERN @m_rr_com - search_prio_3g@ search_prio_3g ; Search Prio 3G gprs_3g_meas_par_desc ; GPRS 3G Meas Param Desc } COMP fdd_info_ded %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Dedicated mode FDD information" { fdd_qoffset ; FDD Qoffset EXTERN @m_rr_com - fdd_rep_quant@ fdd_rep_quant ; FDD rep quant EXTERN @m_rr_com - fdd_multi_rep@ fdd_multi_rep ; FDD multirat reporting } COMP tdd_info_ded %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Dedicated mode TDD information" { tdd_qoffset ; TDD Qoffset EXTERN @m_rr_com - tdd_multirat_rep@ tdd_multirat_rep ; TDD multirat reporting } COMP init_ded_mod_rep_desc_3g %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "3G Initial Dedicated mode Reporting" { ba_ind_used_3g ; 3G Neighbour Cell Information qsearch_i ; Qsearch_I qsearch_C_init ; Qsearch_C_Initial CSN1_S1 fdd_info_ded ; Dedicated mode FDD information CSN1_S1 tdd_info_ded ; Dedicated mode TDD information } COMP ba_psi3_str %REL99% "BA_Used_or_PSI3_Struct" { flag ; Flag < (flag=1) psi3_cm > ; PSI3_CHANGE_MARK < (flag=0) ba_ind_used > ; BA IND/USED < (flag=0) ba_ind_used_3g > ; BA IND/USED 3G pmo_ind_used ; PMO IND/USED } COMP cell_list_3g %REL99% "Cell List 3G" { cell_list_3g_index ; Cell List 3G Index reporting_quantity ; Reporting Quantity } COMP meas_rep_3g_str %REL99% "Mesurement Report 3G Struct" { n_3g ; N 3G cell_list_3g [(n_3g+1)..MAX_3G_NEIGH_CELLS] ; Cell List 3G } COMP fdd_info_grr %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "FDD Information" { fdd_gprs_qoffset ; FDD GPRS Qoffset fdd_qmin ; FDD Qmin } COMP gprs_3g_meas_par_desc_qua %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "GPRS 3G Meas Param Desc quater" { qsearch_p ; Qsearch P EXTERN @m_rr_com - search_prio_3g@ search_prio_3g ; Search Prio 3G CSN1_S1 fdd_info_grr ; FDD Information CSN1_S1 tdd_gprs_qoffset ; TDD GPRS Qoffset } COMP non_gsm_mess %REL4% "Non GSM Message" { non_gsm_pro_disc ; Non GSM Protokol Discriminator nr_of_con_oct ; Nr Of Container Octets container [nr_of_con_oct..MAX_CONT_OCT] ; Container } COMP cbch_chan_desc %REL99% "CBCH Channel Discription" { chan_typ_tdma_offset ; Channel Type and TDMA offset tn ; TIMESLOT_NUMBER freq_par ; Frequency Parameters } COMP ccch_access_info %REL4% "CCCH Access Information" { bcch_change_mark ; BCCH Change Mark CSN1_S1 si13_cm_gprs_alloc ; SI13_CHANGE_MARK and GPRS Alloc spgc_ccch_sup ; SPGC_CCCH_SUP prio_acc_thr ; PRIORITY_ACCESS_THR ctrl_order ; NETWORK_CONTROL_ORDER EXTERN @m_rr_com - gprs_cell_opt@ gprs_cell_opt ; GPRS Cell Options psi13_pwr_par ; GPRS Power Control Parameters sgsnr ; SGSNR } COMP PBCCH_Desc %REL4% "PBCCH Description Struct_2" { psi1_rep_per ; PSI1_REPEAT_PERIOD pb ; PB tn ; TIMESLOT_NUMBER freq_par ; Frequency Parameters } COMP utran_freq_lst %REL4% "UTRAN Frequency List" { CSN1_S1 fdd_arfcn [0..MAX_FDD] ; FDD_ARFCN CSN1_S1 tdd_arfcn [0..MAX_TDD] ; TDD_ARFCN } COMP serv_cell_data %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Serving Cell data" { rxlev_scell ; RXLEV_SERVING_CELL CSN1_S1 i_scell ; INTERFERENCE_SERVING_CELL } COMP rep_invalid_bsic_info %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Repeated Invalid BSIC Information" { bcch_freq_ncell ; BCCH FREQ NCELL bsic ; BSIC rxlev_ncell ; RXLEV_NCELL } COMP non_gprs_ext_info "Non GPRS cell options Extension Information" { ecsc ; ECSC ecsr_3g ; ECSR 3G } COMP lsa_id_struct %REL99% "Lsa ID struct" { flag ; Flag < (flag=0) lsa_id > ; LSA_ID < (flag=1) short_lsa_id > ; ShortLSA_ID } COMP serv_cell_lsa_id_info %REL99% "Serving Cell LSA ID info" { CSN1_S1 lsa_id_struct [0..MAX_LSA_ID] ; Lsa ID struct } COMP lsa_param2 %REL99% "LSA_parameters" { nr_of_freq_or_cells ; NR_OF_FREQ_OR_CELLS serv_cell_lsa_id_info [nr_of_freq_or_cells..MAX_NR_OF_FREQ_OR_CELLS] ; Serving Cell LSA ID info } COMP egprs_link_adpt_para %REL99% "EGPRS Link Adaptation parameters" { egprs_ws ; EGPRS Window Size lqm_mode ; Link Quality Measurement Mode CSN1_S1 bep_period2 ; BEP Period two } COMP compact_red_ma %REL99% "COMPACT Reduced MA" { length_reduced_bitmap ; Length of Reduced MA bitmap reduced_ma_bitmap [length_reduced_bitmap..128] ; Reduced MA bitmap CSN1_S1 maio_2 ; Maio 2 } COMP gmsk_8psk %REL99 AND FF_EGPRS% "GMSK_8PSK" { flag ; Flag < (flag=0) gmsk_mean_bep_tn > ; GMSK MEAN BEP TN < (flag=1) psk8_mean_bep_tn > ; PSK8 MEAN BEP TN } COMP gmsk_str %REL99 AND FF_EGPRS% "GMSK struct" { m_bep ; MEAN_BEP cv_bep ; CV_BEP } COMP psk8_str %REL99 AND FF_EGPRS% "PSK8 Struct" { m_bep ; MEAN_BEP cv_bep ; CV_BEP } COMP egprs_bep_lnk_qual_meas %REL99 AND FF_EGPRS% "EGPRS BEP Link Quality Measurements" { CSN1_S1 gmsk_str ; GMSK Struct CSN1_S1 psk8_str ; PSK8 Struct } COMP num_idle_blks_str %REL99% "Number of Idle Blocks" { CSN1_S1 nib_ccch_0 ; NIB_CCCH_0 CSN1_S1 nib_ccch_1 ; NIB_CCCH_1 CSN1_S1 nib_ccch_2 ; NIB_CCCH_2 CSN1_S1 nib_ccch_3 ; NIB_CCCH_3 } COMP compact_ctrl_info %REL99% "COMPACT Control Information" { large_cell_operation ; Large Cell operation CSN1_S1 num_idle_blks_str ; Number of Idle Blocks CSN1_S1 n_ccch_nh ; N CCCH NH } COMP compact_cell_sel_str %REL99% "COMPACT Cell selection Struct" { bsic ; BSIC cell_ba ; CELL_BAR_ACCESS_2 exc_acc ; EXC_ACC same_ra_scell ; SAME_RA_AS_SERVING_CELL CSN1_S1 cs_par_s1 ; Cell selection parameters Sub 1 CSN1_S1 cs_par_s2 ; Cell selection parameters Sub 2 CSN1_S1 gprs_resel_off ; GPRS_RESELECT_OFFSET CSN1_S1 hcs_par ; HCS parameters CSN1_S1 time_grp ; Time group CSN1_S1 guar_const_pwr_grp ; Guar Constant Pwr Group } COMP freq_diff_and_com_param %REL99% "Frequency diff and compact cell selection params" { freq_diff_struct_2 ; FREQ_DIFF_STRUCT compact_cell_sel_str ; COMPACT Cell selection params } COMP compact_neighbour_cell_str %REL99% "COMPACT Neighbour Cell params Struct" { start_freq ; START_FREQUENCY compact_cell_sel_str ; COMPACT Cell selection Struct n_rest ; NR_OF_REMAINING_CELLS freq_diff_len (KEEP,1) ; FREQ_DIFF_LENGTH freq_diff_and_com_param [n_rest..MAX_FREQ_DIFF_CS_PAR] ; Frequency diff and compact cell selection params } COMP compact_info_str %REL99% "COMPACT Information struct" { cell_id ; Cell Identification CSN1_S1 compact_neighbour_cell_str [0..MAX_NCELL_PARA] ; COMPACT Neighbour Cell params Struct } COMP compact_neighbour_param_set_str %REL99% "COMPACT Neighbour Parameter Set" { CSN1_S1 ncc ; Network Colour Code exc_acc ; EXC_ACC CSN1_S1 gprs_rxlev_access_min ; GPRS_RXLEV_ACCESS_MIN CSN1_S1 txpwr_max_cch ; GPRS_MS_TXPWR_MAX_CCH CSN1_S1 gprs_prio_class ; GPRS_PRIORITY_CLASS CSN1_S1 gprs_hcs_thr ; GPRS_HCS_THR gprs_temp_offset ; GPRS_TEMPORARY_OFFSET gprs_penalty_time ; GPRS_PENALTY_TIME gprs_resel_off ; GPRS_RESELECT_OFFSET CSN1_S1 guar_const_pwr_grp ; Guar Constant Pwr Group } COMP compact_ncp2_prop_struct %REL99% "COMPACT NCP2 Property Struct" { freq_diff_struct ; FREQ_DIFF_STRUCT same_ra_scell ; SAME_RA_AS_SERVING_CELL cell_ba ; CELL_BAR_ACCESS_2 bcc ; BTS Colour Code CSN1_S1 time_grp ; Time group } COMP comp_ncp2_rep_struct %REL99% "COMPACT NCP2 Repeat Struct" { start_freq ; START_FREQUENCY same_ra_scell ; SAME_RA_AS_SERVING_CELL cell_ba ; CELL_BAR_ACCESS_2 bcc ; BTS Colour Code CSN1_S1 time_grp ; Time group n_r_cells ; NR_OF_REMAINING_CELLS freq_diff_len (KEEP,1) ; FREQ_DIFF_LENGTH < (n_r_cells # 0) compact_ncp2_prop_struct [n_r_cells..MAX_NCELL_PAR2_S2] > ; COMPACT NCP2 Property Struct } COMP compact_ncp2_str %REL99% "COMPACT NCP2 Struct" { comp_ncp2_rep_struct ; COMPACT NCP2 Repeat Struct para_ptr ; CELL_PARAMS_POINTER } COMP compact_neighbour_cell_param %REL99% "COMPACT Neighbour Cell Parameters" { flag ; Flag flag2 ; Flag2 < (flag=0 AND flag2=0) compact_ncp2_str [0..MAX_BASIC_CELL_IN_NCELL2] > ; COMPACT NCP2 Struct < (flag=0 AND flag2=0) compact_neighbour_param_set_str [(TAKE,2)+1..MAX_NEIGHBOR_PARAMETER_SET_IN_NCELL2] > ; COMPACT Neighbour Parameter Set } COMP nc_meas_per "NC Measurement Periods" { non_drx_per ; NC_NON_DRX_PERIOD rep_per_i ; NC_REPORTING_PERIOD_I rep_per_t ; NC_REPORTING_PERIOD_T } COMP nc_meas_par "NC Measurement Parameters" { ctrl_order ; NETWORK_CONTROL_ORDER CSN1_S1 nc_meas_per ; NC Measurement Periods } COMP nc_meas_par_list "NC Measurement Parameters Including Frequency List" { nc_meas_par ; NC Measurement Parameters CSN1_S1 nc_freq_list ; NC_FREQUENCY_LIST } COMP non_gprs_ext_bits "Non GPRS cell options Extensions Bits IE" { ext_len ; Extension length non_gprs_ext_info [.ext_len+1..64] ; Non GPRS cell options Extension Information and spare bit(s) } COMP non_gprs_opt "Non GPRS Cell Options" { att ; ATT CSN1_S1 t3212 ; T3212 neci ; NECI pwcr ; PWRC dtx ; DTX rl_timeout ; RADIO-LINK-TIMEOUT bs_ag_blks_res ; BS_AG_BLKS_RES ccch_conf ; CCCH-CONF bs_pa_mfrms ; BS-PA-MFRMS max_retrans ; MAX-RETRANS tx_integer ; TX-INTEGER ec ; EC txpwr_max_cch ; MS-TXPDR-MAX-CCCH CSN1_S1 ext_bits %!REL99% ; Structured Element Item CSN1_S1 non_gprs_ext_bits %REL99% ; Non GPRS cell options extension Bits IE } COMP bep_tn %REL99 AND FF_EGPRS% "BEP per Time Slot" { CSN1_S1 gmsk_8psk ; GMSK_8PSK } COMP bep_meas %REL99 AND FF_EGPRS% "BEP measurements" { bep_tn [MAX_NUM_BEP_TN] ; BEP Per Time Slot } COMP egprs_timesl_qual_meas %REL99 AND FF_EGPRS% "EGPRS Timeslot Link Quality Measurement" { CSN1_S1 bep_meas ; BEP measurements CSN1_S1 ilev ; I_LEVEL Structure } COMP egprs_chan_qual_rep %REL99 AND FF_EGPRS% "EGPRS Channel Quality Report" { egprs_bep_lnk_qual_meas ; EGPRS BEP Link Quality Measurements c_value ; C_VALUE egprs_timesl_qual_meas ; EGPRS Timeslot Link Quality Measurement } COMP multi_alloc %REL99 AND FF_EGPRS% "Multi Block Allocation" { tn ; TIMESLOT_NUMBER CSN1_S1 alf_gam ; ALPHA and GAMMA CSN1_S1 bts_pwr_ctrl ; BTS_PWR_CTRL tbf_s_time ; TBF_STARTING_TIME num_blk_alloc ; NUM_BLK_ALLOC } COMP egprs_ts_config_para %REL99 AND FF_EGPRS% "Egprs timeslot configuration parameters" { CSN1_S1 compact_red_ma ; COMPACT Reduced MA egprs_chan_coding_cmd ; EGPRS_CHANNEL_CODING_COMMAND ul_rlc_resegment ; UL rlc block resegment CSN1_S1 dl_egprs_ws ; Downlink EGPRS Window Size CSN1_S1 ul_egprs_ws ; Uplink EGPRS Window Size lqm_mode ; Link Quality Measurement Mode gpta ; Global Packet Timing Advance CSN1_S1 p_ext_ta ; Packet Extended Timing Advance dl_rlc_mode ; DOWNLINK_RLC_MODE ctrl_ack ; CONTROL_ACK CSN1_S1 dl_tfi ; Downlink TFI CSN1_S1 ul_tfi ; Uplink TFI dl_tn_alloc ; DOWNLINK_TIMESLOT_ALLOCATION CSN1_S1 freq_par ; Frequency Parameters flag ; Flag < (flag=0) dyn_alloc_ts > ; Dynamic Allocation < (flag=1) f_alloc_re > ; Fixed allocation Reconfigure } COMP Egprs_ts_reconfig_info %REL99 AND FF_EGPRS% "Egprs packet time slot reconfigure IE" { Choice_flag ; Choice flag < (Choice_flag=0) egprs_ts_config_para > ; Egprs timeslot configuration parameters } COMP ncell_par2_s2 "Neighbour Cell parameters 2 Description Sub 2" { freq_diff_struct ; FREQ_DIFF_STRUCT same_ra_scell ; SAME_RA_AS_SERVING_CELL cell_ba ; CELL_BAR_ACCESS_2 bcc ; BTS Colour Code } COMP ncell_par2_s1 "Neighbour Cell parameters 2 Description Sub 1" { start_freq ; START_FREQUENCY same_ra_scell ; SAME_RA_AS_SERVING_CELL cell_ba ; CELL_BAR_ACCESS_2 bcc ; BTS Colour Code n_r_cells ; NR_OF_REMAINING_CELLS2 freq_diff_len (KEEP,1) ; FREQ_DIFF_LENGTH < (n_r_cells # 0) ncell_par2_s2 [n_r_cells..MAX_NCELL_PAR2_S2] > ; Neighbour Cell parameters 2 Description Sub 2 } COMP ncell_par2_des "Neighbour Cell parameters 2 Description" { CSN1_S1 ncell_par2_s1 [0..MAX_REMAINING_CELL_IN_NCELL2] ; Neighbour Cell parameters 2 Description Sub 1 para_ptr (MAX,2) ; CELL_PARAMS_POINTER } COMP ncell_par2 "Neighbour Cell parameters 2" { generation ; GENERATION < (generation=0) CSN1_S1 ncell_par2_des [0..MAX_BASIC_CELL_IN_NCELL2] > ; Neighbour Cell parameters 2 Description < (generation=0) ncell_par2_set [(TAKE,2)+1..MAX_NEIGHBOR_PARAMETER_SET_IN_NCELL2] > ; Neighbour Cell parameters 2 Parameter Set } COMP egprs_ack_nack_desc %REL99 AND FF_EGPRS% "EGPRS Ack Nack description used in dl ack/nack" { f_ack_ind ; FINAL_ACK_INDICATION bow ; BEGINNING_OF_WINDOW eow ; END_OF_WINDOW essn ; EGPRS_STARTING_SEQUENCE_NUMBER CSN1_S1 cbmp_info ; COMPRESSED_BMP_INFO < ((TAKE,2) = 0 AND (TAKE,1) > 15) urbb [.(TAKE,1)-15..MAX_SIZE_URBB_DL] > ; UNCOMPRESSED_RECEIVED_BLOCK_BITMAP < ((TAKE,1) > 15) urbb_4 [.(TAKE,1)-((TAKE,2)+23)..MAX_SIZE_URBB_DL] > ; UNCOMPRESSED_RECEIVED_BLOCK_BITMAP < ((TAKE,1) = 0) GSM5_V urbb_5 > ; UNCOMPRESSED_RECEIVED_BLOCK_BITMAP } COMP egprs_ack_nack_info %REL99 AND FF_EGPRS% "EGPRS Ack/Nack IE" { flag ; Flag < (flag = 1) len (KEEP,1)> ; EGPRS Ack Nack value part Length egprs_ack_nack_desc ; EGPRS Ack Nack description } COMP neighbour_cell_desc_3g_pmo %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Neighbour Cell Description 3G" { EXTERN @m_rr_com - threeg_cells@ threeg_cells ; Structured Element Item CSN1_S1 EXTERN @m_rr_com - cdma2000_cell_desc@ cdma2000_cell_desc ; CDMA2000 Description CSN1_S1 rem_3g_cell_desc ; Removed 3G Cell Description } COMP enh_meas_param_pmo %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "ENH Mesurement Parameters" { ba_psi3_str ; BA_Used_or_PSI3_Struct reporting_type ; Reporting type reporting_rate ; Reporting Rate invalid_bsic_rep ; INVALID_BSIC_REPORTING CSN1_S1 neighbour_cell_desc_3g_pmo ; Neighbour Cell Description 3G CSN1_S1 gprs_rep_prio_cell_desc ; GPRS REP Priority Description CSN1_S1 gprs_meas_par_desc_meas ; GPRS Meas Param Desc Mesurement CSN1_S1 gprs_3g_meas_par_desc_ext_pmo ; GPRS 3G Meas Param Desc Ext } COMP neighbour_cell_desc_3g_pcco %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Neighbour Cell Description 3G" { EXTERN @m_rr_com - threeg_cells@ threeg_cells ; Structured Element Item CSN1_S1 rem_3g_cell_desc ; Removed 3G Cell Description } COMP enh_meas_param_pcco %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "ENH Measurement Parameters" { ba_psi3_str ; BA_Used_or_PSI3_Struct reporting_type ; Reporting type reporting_rate ; Reporting Rate invalid_bsic_rep ; INVALID_BSIC_REPORTING CSN1_S1 neighbour_cell_desc_3g_pcco ; Neighbour Cell Description 3G CSN1_S1 gprs_rep_prio_cell_desc ; GPRS REP Priority Description CSN1_S1 gprs_meas_par_desc_meas ; GPRS Meas Param Desc Mesurement CSN1_S1 gprs_3g_meas_par_desc_ext_pcco ; GPRS 3G Meas Param Desc Ext } COMP rep_invalid_bsic_info_csn1_s1 %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Repeated Invalid BSIC Information optional structure" { CSN1_S1 rep_invalid_bsic_info ; Repeated Invalid BSIC Information } COMP reporting_quantity_bmp %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Reporting quantity bitmap" { CSN1_S1 reporting_quantity ; Reporting quantity } COMP nc_rep_quan %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "NC measurement reporting quantity" { reporting_quantity_bmp [0.. MAX_REP] ; Reporting Quantity bitmap } COMP nc_meas_rep_enh %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "NC Measurement Report Enh" { nc_mode ; NC_MODE ba_psi3_str ; BA_Used_or_PSI3_Struct bsic_seen ; BSIC Seen scale ; SCALE CSN1_S1 serv_cell_data ; Serving Cell data CSN1_S1 rep_invalid_bsic_info [0.. MAX_NCMP_S1] ; Repeated Invalid BSIC Information optional structures CSN1_S1 nc_rep_quan ; NC measurement reporting quantity } COMP rtd6_struct %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "RTD6 Struct" { CSN1_S1 rtd_6bit ; RTD6 bit for the cell } COMP rtd6_struct_opt_array %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "RTD6 Struct" { CSN1_S1 rtd_6bit ; RTD6 bit for the cell } COMP rtd_struct_6bit %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "RTD STRUCT 6 Bit" { CSN1_S1 cell_index_start_rtd ; Cell Index Start RTD rtd6_struct ; RTD6 Struct CSN1_S0 rtd6_struct_opt_array [0.. MAX_NR_OF_NCELL] ; RTD6 Struct } COMP rtd12_struct %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "RTD12 Struct" { CSN1_S1 rtd_12bit ; RTD12 bit for the cell } COMP rtd12_struct_opt_array %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "RTD12 Struct" { CSN1_S1 rtd_12bit ; RTD12 bit for the cell } COMP rtd_struct_12bit %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "RTD STRUCT 12 Bit" { CSN1_S1 cell_index_start_rtd ; Cell Index Start RTD rtd12_struct ; RTD12 Struct CSN1_S0 rtd12_struct_opt_array [0.. MAX_NR_OF_NCELL] ; RTD12 Struct } COMP real_time_diff %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Real Time Difference Desc" { CSN1_S1 rtd_struct_6bit ; RTD STRUCT 6 Bit CSN1_S1 rtd_struct_12bit ; RTD STRUCT 12Bit } COMP ccn_meas_rep %REL4% "CCN Measurement Report" { rxlev_scell ; RXLEV_SERVING_CELL CSN1_S1 i_scell ; INTERFERENCE_SERVING_CELL num_nc_meas ; NUMBER_OF_NC_MEASUREMENTS nc_meas_s1 [num_nc_meas..MAX_NCMP_S1] ; NC Measurement Report } COMP container_rep_struct %REL4% "Container repetition struct " { pd ; Protocol Discriminator, It has no meaning in case cd_len=0 cd_len ; Container Length < (cd_len> 0 AND cd_len < 19) cd_data_1 [cd_len..18] > ; Container Segment Type 1 < (cd_len = 0 OR cd_len > 18) cc_data_2 [0..18] > ; Container Segment Type 2, Please refer to the description above. } COMP unknown_si %REL4% "Received Unknown SI Message List " { CSN1_S1 si_msg_type [0..MAX_MSG_TYPE] ; SI Msg Type add_msg_type ; Additional Msg Type } COMP si_des %REL4% "Received SI Description" { si_msg_type ; SI_MESSAGE_TYPE mess_rec ; MESS_REC < (mess_rec>1) si_x_cm > ; SI SIX CM < (mess_rec=2) si_x_count > ; SI SIX Count < (mess_rec=2) inst_bitmap [si_x_count+1..16] > ; Instance Bitmap } COMP received_si %REL4% " Received SI Message List " { CSN1_S1 si_des [0..MAX_MSG_TYPE] ; SI Description add_msg_type ; Additional Message Type } COMP egprs_ul_ack_nack_trnc_grp %REL99 AND FF_EGPRS% "EGPRS Ack/Nack desc and Fixed Alloc trunc group" { ul_egprs_ack_nack_info ; UL EGPRS Ack/Nack IE < ((TAKE,1)> 0) CSN1_S1 f_alloc_ack > ; Fixed Allocation Uplink Ack/Nack } COMP container_rep_struct_trnc_grp %REL4% "Container Repitition Struct trunc group" { container_rep_struct [0..MAX_NUM_CONTAINER] ; Container Repitition Struct } COMP release_4_str %REL4% "R4 structured elements" { CSN1_S1 EXTERN @m_rr_com - ccn_support_description@ ccn_support_description ; CCN Support Description } COMP release_99_str %REL99% "R99 structured elements" { CSN1_S1 compact_neighbour_cell_param [0..MAX_NCELL2_IN_PSI3BIS] ; COMPACT Neighbour Cell Parameters .0 ; Mandatory bit CSN1_S1 release_4_str %REL4% ; R4 structured elements } COMP release_98_str %REL99% "R98 structured elements" { CSN1_S1 lsa_param2 ; LSA_parameters CSN1_S1 release_99_str ; R99 structured elements } COMP ncell_par_trnc_grp "NCELL params trunc group" { CSN1_S1 ncell_par [0..MAX_NCELL_IN_PSI3BIS] ; Neigbour cell parameters CSN1_S1 ncell_par2 [0..MAX_NCELL2_IN_PSI3BIS] ; Neighbour Cell parameters 2 CSN1_S1 release_98_str %REL99% ; R98 structured elements } COMP rtd_rep_prio_trnc_grp %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "RTD and REP PRIO trunc group" { CSN1_S1 real_time_diff ; Real Time Difference Desc CSN1_S1 gprs_rep_prio_cell_desc ; GPRS REP Priority Description } COMP psi_3_qua_trnc_grp %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "PSI3 quater trunc group" { CSN1_S1 gprs_rep_prio_cell_desc ; GPRS REP Priority Description CSN1_S1 EXTERN @m_rr_com - threeg_cells@ threeg_cells ; Neighbour Cell Description 3G Quarter CSN1_S1 gprs_3g_meas_par_desc_qua ; GPRS 3G Meas Param Desc quater CSN1_S1 init_ded_mod_rep_desc_3g ; 3G Initial Dedicated mode Reporting } COMP release_99_str_psi_2 %REL99% "R99 structure" { CSN1_S1 compact_ctrl_info ; COMPACT Control Information CSN1_S1 add_psi ; Add_PSI_Messages } COMP psi_2_trnc_grp "PSI 2 trunc group" { CSN1_S1 cell_id ; Cell Identification CSN1_S1 non_gprs_opt ; Non GPRS Cell Options CSN1_S1 rfl [0..MAX_RFL_IN_PSI] ; Reference Frequency Lists CSN1_S1 cell_alloc [0..MAX_CELL_ALLOC] ; Cell Allocation CSN1_S1 gprs_ms_alloc [0..MAX_GPRS_MS_ALLOC] ; GPRS Mobile Allocations CSN1_S1 pccch_des [0..MAX_PCCCH_DES] ; PCCCH Description CSN1_S1 release_99_str_psi_2 %REL99% ; R99 structure } COMP non_gsm_mess_trnc_grp %REL4% "Non GSM message trunc group" { non_gsm_mess [0..NINETEEN] ; Non GSM Message } COMP add_reject_trnc_grp "Additional Reject trunc group" { CSN1_S1 add_reject [0..MAX_REJECT] ; Additional Reject Structure } COMP release_99_str_pda %REL99% "R99 structure" { CSN1_S1 egprs_link_adpt_para ; EGPRS Link Adaptation parameters CSN1_S1 p_ext_ta ; Packet_Extend_Timing_Advance CSN1_S1 compact_red_ma ; COMPACT Reduced MA } COMP pda_trnc_grp "PDA trunc concat notation group" { CSN1_S1 freq_par ; Frequency Parameters CSN1_S1 dl_tfi_assign ; DOWNLINK_TFI_ASSIGNMENT CSN1_S1 pwr_par ; Power Control Parameters CSN1_S1 tbf_s_time ; TBF_STARTING_TIME CSN1_S1 meas_map ; Measurement Mapping CSN1_S1 release_99_str_pda %REL99% ; R99 structure } COMP rep_page_info_trnc_grp "Repeated Page info trunc notation group" { CSN1_S1 rep_page_info [0..MAX_REP_PAGE_INFO] ; Repeated Page info } COMP release_99_str_d_ul_ack %REL99% "R99 structure" { CSN1_S1 p_ext_ta ; Packet_Extend_Timing_Advance tbf_est ; TBF_EST } COMP ta_index_tn "TA index and timeslot structure" { ta_index ; TA_INDEX ta_tn ; TA_TIMESLOT } COMP pta "Packet Timing Advance" { CSN1_S1 ta_value ; TIMING_ADVANCE_VALUE CSN1_S1 ta_index_tn ; TA index and timeslot structure } COMP gprs_ul_ack_nack_info "GPRS Uplink Ack Nack structure" { chan_coding_cmd ; CHANNEL_CODING_COMMAND ack_nack_des ; Ack/Nack Description CSN1_S1 cr_tlli ; CONTENTION_RESOLUTION_TLLI : CSN1_S1 pta ; Packet Timing Advance CSN1_S1 pwr_par ; Power Control Parameters CSN1_S1 ext_bits ; Extension Structure CSN1_S1 f_alloc_ack ; Fixed Allocation Uplink Ack/Nack CSN1_S1 release_99_str_d_ul_ack %REL99% ; R99 structure } COMP egprs_tbf_para %REL99 AND FF_EGPRS% "Egprs TBF parameters" { CSN1_S1 cr_tlli ; CONTENTION_RESOLUTION_TLLI CSN1_S1 compact_red_ma ; COMPACT Reduced MA egprs_chan_coding_cmd ; EGPRS_CHANNEL_CODING_COMMAND ul_rlc_resegment ; UL rlc block resegment egprs_ws ; EGPRS Window Size EXTERN @m_rr_com - acc_tech_req@ acc_tech_req ; Access Technologies Request arac_retx_req ; Arac retransmission request tlli_bcc ; Tlli_block_channel_coding CSN1_S1 bep_period2 ; BEP Period two pta ; Packet Timing Advance CSN1_S1 p_ext_ta ; Packet Extended Timing Advance CSN1_S1 freq_par ; Frequency Parameters Choice_flag ; Choice_flag < (Choice_flag=1) dyn_alloc_p > ; Dynamic Allocation < (Choice_flag=2) multi_alloc > ; Multi Block Allocation < (Choice_flag=3) f_alloc_ul > ; Fixed Allocation Uplink Assignment } COMP egprs_ul_assign %REL99 AND FF_EGPRS% "Egprs UL assignment parameters" { Choice_flag ; Choice_flag < (Choice_flag=0) egprs_tbf_para > ; Egprs TBF parameters } COMP egprs_ul_ack_nack %REL99 AND FF_EGPRS% "EGPRS Uplink Ack Nack description" { egprs_chan_coding_cmd ; EGPRS_CHANNEL_CODING_COMMAND ul_rlc_resegment ; UL rlc block resegment pre_emptive_tx ; PRE_EMPTIVE_TRANSMISSION prr_retx_req ; PRR RETRANSMISSION REQUEST arac_retx_req ; arac retransmission request CSN1_S1 cr_tlli ; CONTENTION_RESOLUTION_TLLI : tbf_est ; TBF_EST CSN1_S1 pta ; Packet Timing Advance CSN1_S1 p_ext_ta ; Packet_Extend_Timing_Advance CSN1_S1 pwr_par ; Power Control Parameters CSN1_S1 ext_bits ; Extension Structure CSN1_CONCAT egprs_ul_ack_nack_trnc_grp ; EGPRS Ack/Nack desc and Fixed Alloc trunc group } COMP egprs_ul_ack_nack_info %REL99 AND FF_EGPRS% "EGPRS Uplink Ack Nack IE" { Choice_flag ; Choice_flag < (Choice_flag=0b00) egprs_ul_ack_nack > ; EGPRS Uplink Ack Nack description } COMP release_4_str_psi_3 %REL4% "R4 structure" { CSN1_S1 EXTERN @m_rr_com - ccn_support_description@ ccn_support_description ; CCN Support Description } COMP release_99_str_psi_3 %REL99% "R99 structure" { .00 ; Mandatory bits CSN1_S1 compact_info_str ; COMPACT Information struct .0 ; Mandatory bit CSN1_S1 release_4_str_psi_3 %REL4% ; R4 structure } COMP release_98_str_psi_3 %REL99% "R98 structure" { CSN1_S1 serv_cell_lsa_id_info [0.. MAX_REP] ; ServingCell LSA ID info CSN1_S1 lsa_param2 ; LSA_parameters CSN1_S1 release_99_str_psi_3 ; R99 structure } COMP release_4_str_d_meas_order %REL4% "R4 structured elements" { ccn_active ; CCN support CSN1_S1 EXTERN @m_rr_com - ccn_support_description@ ccn_support_description ; CCN Support Description } COMP release_99_str_d_meas_order %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "R99 structured elements" { CSN1_S1 enh_meas_param_pmo ; ENH Measurement Parameters CSN1_S1 release_4_str_d_meas_order %REL4% ; R4 structured elements } COMP release_98_str_d_meas_order %REL99% "R98 structured elements" { CSN1_S1 lsa_param2 ; LSA_parameters CSN1_S1 release_99_str_d_meas_order %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% ; R99 structured elements } COMP release_99_str_prr %REL99% "R99 structure" { flag %REL99 AND !FF_EGPRS% ; Structured Element Item flag2 %REL99 AND !FF_EGPRS% ; Structured Element Item CSN1_S1 egprs_bep_lnk_qual_meas %REL99 AND FF_EGPRS% ; EGPRS BEP Link Quality Measurements CSN1_S1 egprs_timesl_qual_meas %REL99 AND FF_EGPRS% ; EGPRS Timeslot Link Quality Measurement CSN1_S1 pfi ; PFI add_ms_rac ; ADD_MS_RAC_INFO_AVAIL retrans_of_prr ; RETRANS_OF_PRR } COMP release_99_str_u_dl_ack %REL99% "R99 structure" { CSN1_S1 pfi ; PF_Identifier } COMP release_99_str_psi_1 %REL99% "R99 structure" { mscr ; MSCR sgsnr ; SGSNR band_indicator ; BAND_INDICATOR } COMP release_99_str_psi_5 %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "R99 structure" { CSN1_S1 enh_rep_param_struct ; ENH Reporting Parameters Struct } COMP psi1_pbcch_info "PSI1 and PBCCH info" { psi1_rep_per ; PSI1_REPEAT_PERIOD pbcch_des ; PBCCH Description } COMP release_4_str_psi_13 %REL4% "R4 structure" { si_status_ind ; SI_STATUS_IND } COMP release_99_str_psi_13 %REL99% "R99 structure" { sgsnr ; SGSNR CSN1_S1 release_4_str_psi_13 %REL4% ; R4 structure } COMP release_99_str_pmr %REL99% "R99 structure" { CSN1_S1 ba_psi3_str ; BA_Used_or_PSI3_Struct CSN1_S1 meas_rep_3g_str ; Measurement Report 3G Struct } COMP release_99_str_pccf %REL99% "R99 structure" { CSN1_S1 utran_fdd_grr ; Utran FDD 3G CSN1_S1 utran_tdd_grr ; Utran TDD 3G } COMP tgt_cell_3g_info %REL99% "3G target cell info" { .00 ; spare im_rel_c1 ; IMMEDIATE_REL target_cell_3g ; Target Cell 3G } COMP release_4_str_pcco %REL4% "R4 structure" { ccn_active ; CCN active CSN1_S1 container_id ; Container Id CSN1_S1 EXTERN @m_rr_com - ccn_support_description@ ccn_support_description ; CCN Support Description } COMP release_99_str_pcco %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "R99 structure" { enh_meas_param_pcco ; ENH Measurement Parameters CSN1_S1 release_4_str_pcco %REL4% ; R4 structure } COMP release_98_str_pcco %REL99% "R98 structure" { CSN1_S1 lsa_param2 ; LSA_parameters CSN1_S1 release_99_str_pcco %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% ; R99 structure } COMP gsm_target_cell "GSM Target Cell" { arfcn ; ARFCN bsic ; BSIC nc_meas_par_list ; NC Measurement Parameters Including Frequency List CSN1_S1 release_98_str_pcco %REL99% ; R98 structure } COMP tgt_cell_gsm_info "GSM target cell info" { im_rel_c0 ; IMMEDIATE_REL gsm_target_cell ; GSM Target Cell } COMP tqi_req_ref_p "TQI and Packet Request Ref." { Choice_flag ; choice flag < (Choice_flag=0b10) tqi > ; TQI < (Choice_flag=0b11) req_ref_p > ; Packet Request Ref. } COMP add4 "Address Information4" { flag ; Flag < (flag = 0) glob_tfi > ; Global TFI < (flag = 1) tqi_req_ref_p > ; TQI and Packet Request Ref. } COMP release_99_str_ppcta %REL99% "R99 structure" { CSN1_S1 p_ext_ta ; Packet_Extend_Timing_Advance } COMP new_cell_info %REL4% "New cell info" { arfcn ; ARFCN bsic ; BSIC container_id ; Container Id } COMP neighbour_cell %REL4% "Neighbour cell" { arfcn ; ARFCN bsic ; BSIC } MSG d_access_rej downlink 0b100001 ; Packet Access Reject { msg_type ; Message Type page_mode ; Page Mode reject ; Reject Structure CSN1_CONCAT add_reject_trnc_grp ; Additional Reject trunc group S_PADDING_0 .00101011 (22) ; Spare Padding } MSG d_queuing_not downlink 0b000110 ; Packet Queuing Notification { msg_type ; Message Type page_mode ; PAGE_MODE .111 ; spare req_ref_p ; Packet Request Reference tqi ; TQI S_PADDING_0 .00101011 (22) ; Spare Padding } MSG u_resource_req uplink 0b000101 ; Packet Resource Request { msg_type ; Message Type CSN1_S1 access_type ; Access Type flag ; Flag < (flag=0) glob_tfi > ; Global TFI < (flag=1) tlli_value > ; TLLI CSN1_S1 EXTERN @m_rr_com - ra_cap@ ra_cap ; MS RA capability value chan_req_des ; Channel Request Description CSN1_S1 ma_ch_mark ; MA_CHANGE_MARK c_value ; C_VALUE CSN1_S1 signvar ; SIGN_VAR ilev ; I_LEVEL Structure CSN1_S1 release_99_str_prr %REL99% ; R99 structure S_PADDING .00101011 (22) ; Spare Padding } MSG d_ul_assign downlink 0b001010 ; Packet Uplink Assignment { msg_type ; Message Type page_mode ; Page Mode CSN1_S1 pers_lev ; PERSISTENCE_LEVEL add3 ; Address Information3 egprs_flag ; EGPRS escape < (egprs_flag=0) chan_coding_cmd > ; CHANNEL_CODING_COMMAND < (egprs_flag=0) tlli_chan_coding > ; TLLI_BLOCK_CHANNEL_CODING < (egprs_flag=0) pta > ; Packet Timing Advance < (egprs_flag=0) CSN1_S1 freq_par > ; Frequency Parameters < (egprs_flag=0) flag > ; Flag < (egprs_flag=0) flag2 > ; Flag2 < (egprs_flag= 0 AND flag=0 AND flag2=1) dyn_alloc_p > ; Dynamic Allocation < (egprs_flag= 0 AND flag=1 AND flag2=0) sin_alloc > ; Single Block Allocation < (egprs_flag= 0 AND flag=1 AND flag2=1) f_alloc_ul > ; Fixed Allocation Uplink Assignment < (egprs_flag=0) release_99 > %REL99% ; Flag_Release99 < (egprs_flag=0 AND release_99 = 1) CSN1_S1 p_ext_ta > %REL99% ; Packet Extended Timing Advance < (egprs_flag=1) egprs_ul_assign > %REL99 AND FF_EGPRS% ; Egprs UL assignment parameters S_PADDING .00101011 (22) ; Spare Padding } MSG d_dl_assign downlink 0b000010 ; Packet Downlink Assignment { msg_type ; Message Type page_mode ; PAGE_MODE CSN1_S1 pers_lev ; PERSISTENCE_LEVEL add1 ; Address Information1 .0 ; spare mac_mode ; MAC_MODE rlc_mode ; RLC_MODE ctrl_ack ; CONTROL_ACK ts_alloc ; TIMESLOT_ALLOCATION pta ; Packet Timing Advance CSN1_S1 bts_pwr_ctrl ; BTS_PWR_CTRL CSN1_CONCAT pda_trnc_grp ; PDA trunc concat notation group S_PADDING .00101011 (22) ; Spare Padding } MSG d_tbf_release downlink 0b001000 ; Packet TBF Release { msg_type ; Message Type page_mode ; PAGE_MODE .0 ; spare glob_tfi ; Global TFI ul_release ; UPLINK_RELEASE dl_release ; DOWNLINK_RELEASE rel_cause ; TBF Release Cause S_PADDING_0 .00101011 (22) ; Spare Padding } MSG d_paging_req downlink 0b100010 ; Packet Paging Request { msg_type ; Message Type page_mode ; PAGE_MODE CSN1_S1 pers_lev ; PERSISTENCE_LEVEL CSN1_S1 nln ; NLN CSN1_CONCAT rep_page_info_trnc_grp ; Repeated Page info trunc notation group S_PADDING_0 .00101011 (22) ; Spare Padding } MSG u_dl_ack uplink 0b000010 ; Packet Downlink Ack/Nack { msg_type ; Message Type dl_tfi ; DOWNLINK_TFI ack_nack_des ; Ack/Nack Description CSN1_S1 chan_req_des ; Channel Request Description chan_qual_rep ; Channel Quality Report CSN1_S1 release_99_str_u_dl_ack %REL99% ; R99 structure S_PADDING .00101011 (22) ; Spare Padding } MSG u_e_dl_ack uplink 0b001000 %REL99 AND FF_EGPRS% ; EGPRS Packet Downlink Ack/Nack { msg_type ; Message Type dl_tfi ; DOWNLINK_TFI is_out_of_mem ; MS_OUT_OF_MEMORY CSN1_S1 egprs_chan_qual_rep ; EGPRS Channel Quality Report CSN1_S1 chan_req_des ; Channel Request Description CSN1_S1 pfi ; PF_Identifier CSN1_S1 ext_bits ; Extensions Bits IE egprs_ack_nack_info ; EGPRS Ack/Nack IE S_PADDING_0 .00101011 (22) ; Spare Padding } MSG d_ul_ack downlink 0b001001 ; Packet Uplink Ack/Nack { msg_type ; Message Type page_mode ; PAGE_MODE .00 ; spare ul_tfi ; UPLINK_TFI egprs_flag ; EGPRS flag < (egprs_flag=0) gprs_ul_ack_nack_info > ; GPRS Uplink Ack Nack structure < (egprs_flag=1) egprs_ul_ack_nack_info > %REL99 AND FF_EGPRS% ; EGPRS Uplink Ack Nack IE S_PADDING .00101011 (22) ; Spare Padding } MSG psi_1 downlink 0b110001 ; Packet System Information Type 1 { msg_type ; Message Type page_mode ; PAGE_MODE pbcch_change_ma ; PBCCH_CHANGE_MARK psi_change_field ; PSI_CHANGE_FIELD psi1_rep_per ; PSI1_REPEAT_PERIOD psi_cnt_lr ; PSI_COUNT_LR CSN1_S1 psi_cnt_hr ; PSI_COUNT_HR meas_order ; MEASUREMENT_ORDER EXTERN @m_rr_com - gprs_cell_opt@ gprs_cell_opt ; GPRS Cell Options prach_ctrl_par ; PRACH Control Parameters pccch_org_par ; PCCCH Organization Parameters g_pwr_par ; Global Power Control Parameters psi_status_ind ; PSI_STATUS_IND CSN1_S1_OPT release_99_str_psi_1 %REL99% ; R99 structure S_PADDING .00101011 (22) ; Spare Padding } MSG psi_2 downlink 0b110010 ; Packet System Information Type 2 { msg_type ; Message Type page_mode ; PAGE_MODE psi2_cm ; PSI2_CHANGE_MARK psi2_ind ; PSI2_INDEX psi2_cnt ; PSI2_COUNT CSN1_CONCAT psi_2_trnc_grp ; PSI 2 trunc group S_PADDING .00101011 (22) ; Spare Padding } MSG psi_3 downlink 0b110011 ; Packet System Information Type 3 { msg_type ; Message Type page_mode ; PAGE_MODE psi3_cm ; PSI3_CHANGE_MARK psi3bis_cnt ; PSI3_BIS_COUNT scell_par ; Serving Cell parameters gen_cell_par ; General Cell Selection parameter CSN1_S1 ncell_par [0..MAX_NCELL_PARA] ; Neighbour Cell parameters CSN1_S1_OPT release_98_str_psi_3 %REL99% ; R98 structure S_PADDING .00101011 (22) ; Spare Padding } MSG psi_3_bis downlink 0b110100 ; Packet System Information Type 3 bis { msg_type ; Message Type page_mode ; PAGE_MODE psi3_cm ; PSI3_CHANGE_MARK psi3bis_ind ; PSI3_BIS_INDEX psi3bis_cnt ; PSI3_BIS_COUNT CSN1_CONCAT ncell_par_trnc_grp ; NCELL params trunc group S_PADDING .00101011 (22) ; Spare Padding } MSG psi_3_ter downlink 0b111100 %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% ; Packet System Information Type 3 ter { msg_type ; Message Type page_mode ; PAGE_MODE psi3_cm ; PSI3_CHANGE_MARK psi3ter_ind ; PSI3_TER_INDEX psi3ter_cnt ; PSI3_TER_COUNT CSN1_CONCAT rtd_rep_prio_trnc_grp ; RTD and REP PRIO trunc group S_PADDING .00101011 (22) ; Spare Padding } MSG psi_3_qua downlink 0b111101 %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% ; Packet System Information Type 3 quater { msg_type ; Message Type page_mode ; PAGE_MODE psi3_cm ; PSI3_CHANGE_MARK psi3qua_ind ; PSI3_QUA_INDEX psi3qua_cnt ; PSI3_QUA_COUNT CSN1_CONCAT psi_3_qua_trnc_grp ; PSI3 qua trunc group S_PADDING .00101011 (22) ; Spare Padding } MSG psi_4 downlink 0b110101 ; Packet System Information Type 4 { msg_type ; Message Type page_mode ; PAGE_MODE psi4_cm ; PSI4_CHANGE_MARK psi4_ind ; PSI4_INDEX psi4_cnt ; PSI4_COUNT chan_list_imeas ; Channel List for Interference measurements S_PADDING_0 .00101011 (22) ; Spare Padding } MSG psi_5 downlink 0b110110 ; Packet System Information Type 5 { msg_type ; Message Type page_mode ; PAGE_MODE psi5_cm ; PSI5_CHANGE_MARK psi5_ind ; PSI5_INDEX psi5_cnt ; PSI5_COUNT CSN1_S1 nc_meas_par ; NC Measurement Parameters CSN1_S1 xmeas_par ; EXT Measurement Parameters CSN1_S1_OPT release_99_str_psi_5 %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% ; R99 structure S_PADDING .00101011 (22) ; Spare Padding } MSG psi_6 downlink 0b110000 %REL4% ; Packet System Information Type 6 { msg_type ; Message Type page_mode ; PAGE_MODE psi6_cm ; PSI6_CHANGE_MARK psi6_ind ; PSI6_INDEX psi6_cnt ; PSI6_COUNT CSN1_CONCAT non_gsm_mess_trnc_grp ; Non GSM message trunc group S_PADDING .00101011 (22) ; Spare Padding } MSG psi_7 downlink 0b111000 %REL4% ; Packet System Information Type 7 { msg_type ; Message Type page_mode ; PAGE_MODE psi7_cm ; PSI7_CHANGE_MARK psi7_ind ; PSI7_INDEX psi7_cnt ; PSI7_COUNT non_gsm_mess [nr_of_con_oct..MAX_CONT_OCT] ; Non GSM Message S_PADDING .00101011 (22) ; Spare Padding } MSG psi_8 downlink 0b111001 %REL99% ; Packet System Information Type 8 { msg_type ; Message Type page_mode ; PAGE_MODE psi8_cm ; PSI8_CHANGE_MARK psi8_ind ; PSI8_INDEX psi8_cnt ; PSI8_COUNT CSN1_S1 cbch_chan_desc ; CBCH Channel Discription S_PADDING .00101011 (22) ; Spare Padding } MSG psi_13 downlink 0b110111 ; Packet System Information Type 13 { msg_type ; Message Type page_mode ; PAGE_MODE bcch_change_ma ; BCCH_CHANGE_MARK si_change_ma ; SI_CHANGE_FIELD CSN1_S1 si13_cm_gprs_alloc ; SI13_CHANGE_MARK and GPRS Alloc flag ; Flag < (flag=0) pbcch_n_pres > ; PBCCH not present in cell structure < (flag=1) psi1_pbcch_info > ; PSI1 and PBCCH info CSN1_S1_OPT release_99_str_psi_13 %REL99% ; R99 structure S_PADDING .00101011 (22) ; Spare Padding } MSG psi_14 downlink 0b111010 %REL4% ; Packet System Information Type 14 { msg_type ; Message Type page_mode ; PAGE_MODE flag ; Flag < (flag=0) ccch_access_info > ; CCCH Access Information < (flag=1) PBCCH_Desc > ; PBCCH Description Struct_2 S_PADDING .00101011 (22) ; Spare Padding } MSG psi_15 downlink 0b111110 %REL4% ; Packet System Information Type 15 { msg_type ; Message Type page_mode ; PAGE_MODE CSN1_S1 utran_freq_lst ; UTRAN Frequency List S_PADDING .00101011 (22) ; Spare Padding } MSG u_ctrl_ack uplink 0b000001 ; Packet Control Acknowledgement { msg_type ; Message Type tlli_value ; TLLI pctrl_ack ; P_CTRL_ACK S_PADDING_0 .00101011 (22) ; Spare Padding } MSG u_cell_chan_failure uplink 0b000000 ; Packet Cell Change Failure { msg_type ; Message Type tlli_value ; TLLI arfcn ; ARFCN bsic ; BSIC failure_cause ; CAUSE S_PADDING_0 .00101011 (22) ; Spare Padding } MSG d_cell_chan_order downlink 0b000001 ; Packet Cell Change Order { msg_type ; Message Type page_mode ; PAGE_MODE add1 ; Address Information1 flag ; Flag < (flag=0) tgt_cell_gsm_info > ; GSM target cell info < (flag=1) tgt_cell_3g_info > %REL99% ; Message Item S_PADDING .00101011 (22) ; Spare Padding } MSG d_dl_dummy downlink 0b100101 ; Packet Downlink Dummy Control Block { msg_type ; Message Type page_mode ; PAGE_MODE CSN1_S1 pers_lev ; PERSISTENCE_LEVEL S_PADDING_0 .00101011 (22) ; Spare Padding } MSG u_ul_dummy uplink 0b000011 ; Packet Uplink Dummy Control Block { msg_type ; Message Type tlli_value ; TLLI S_PADDING_0 .00101011 (22) ; Spare Padding } MSG u_meas_report uplink 0b000100 ; Packet Measurement Report { msg_type ; Message Type tlli_value ; TLLI CSN1_S1 psi5_cm ; PSI5_CHANGE_MARK flag ; Flag < (flag=0) nc_meas_rep > ; NC Measurement Report < (flag=1) xmeas_rep > ; EXT Measurement Report CSN1_S1 release_99_str_pmr %REL99% ; R99 structure S_PADDING_0 .00101011 (22) ; Spare Padding } MSG d_meas_order downlink 0b000011 ; Packet Measurement Order { msg_type ; Message Type page_mode ; PAGE_MODE add1 ; Address Information1 pmo_index ; PMO_INDEX pmo_cnt ; PMO_COUNT CSN1_S1 nc_meas_par_list ; NC Measurement Parameters Including Frequency List CSN1_S1 xmeas_par ; EXT Measurement Parameters CSN1_S1 release_98_str_d_meas_order %REL99% ; R98 structured elements S_PADDING .00101011 (22) ; Spare Padding } MSG u_ms_tbf_status uplink 0b000110 ; Packet Mobile TBF Status { msg_type ; Message Type glob_tfi ; Global TFI tbf_cause ; TBF_CAUSE CSN1_S1 msg_type2 ; STATUS_MSG_TYPE S_PADDING_0 .00101011 (22) ; Spare Padding } MSG u_enhnc_meas_report uplink 0b001010 %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% ; Packet Enhanced Measurement Report { msg_type ; Message Type tlli_value ; TLLI nc_meas_rep_enh ; NC Measurement Report Enh S_PADDING .00101011 (22) ; Spare Padding } MSG d_pdch_release downlink 0b100011 ; Packet PDCH Release { msg_type ; Message Type page_mode ; PAGE_MODE flag ; Flag < (flag=1) ts_available > ; Timeslots Available S_PADDING_0 .00101011 (22) ; Spare Padding } MSG d_polling_req downlink 0b000100 ; Packet Polling Request { msg_type ; Message Type page_mode ; PAGE_MODE add2 ; Address Information2 ctrl_ack_type ; CONTROL_ACK_TYPE S_PADDING_0 .00101011 (22) ; Spare Padding } MSG d_ctrl_pwr_ta downlink 0b000101 ; Packet Power Control/Timing Advance { msg_type ; Message Type page_mode ; PAGE_MODE add4 ; Address Information4 .0 ; spare CSN1_S1 g_pwr_par ; Global Power Control Parameters flag ; Flag < (flag=1) flag2 > ; Flag2 < (flag=0 OR flag=1 AND flag2=0) gpta > ; Global Packet Timing Advance < (flag=0 OR flag=1 AND flag2=1) pwr_par > ; Power Control Parameters CSN1_S1 release_99_str_ppcta %REL99% ; R99 structure S_PADDING .00101011 (22) ; Spare Padding } MSG d_prach_par downlink 0b100100 ; Packet PRACH Parameters { msg_type ; Message Type page_mode ; PAGE_MODE prach_ctrl_par ; PRACH Control Parameters S_PADDING_0 .00101011 (22) ; Spare Padding } MSG u_pkt_psi_status_msg uplink 0b000111 ; Packet PSI Status Message { msg_type ; Message Type glob_tfi ; Global TFI pbcch_change_ma ; PBCCH_CHANGE_MARK received_psi ; Received PSI unknown_psi ; Unknown PSI S_PADDING_0 .00101011 (22) ; Spare Padding } MSG u_pause_msg uplink 0b001001 %REL4% ; Packet Pause Message { msg_type ; Message Type tlli_value ; TLLI rai ; RAI S_PADDING .00101011 (22) ; Spare Padding } MSG u_add_ms_radio_cap uplink 0b001011 %REL99 AND FF_EGPRS% ; Additional MS Radio Access Capabilities { msg_type ; Message Type flag ; Flag < (flag=0) glob_tfi > ; Global TFI < (flag=1) tlli_value > ; TLLI EXTERN @m_rr_com - ra_cap@ ra_cap ; MS RA capability value S_PADDING .00101011 (22) ; Spare Padding } MSG u_pkt_cell_notification uplink 0b001100 %REL4% ; Packet Cell Change Notification { msg_type ; Message Type glob_tfi ; Global TFI flag ; Flag < (flag=0) arfcn > ; ARFCN < (flag=0) bsic > ; BSIC flag2 ; Flag < (flag2=0) ba_ind_used > ; BA used bit < (flag2=1) psi3_cm > ; PSI 3 CM pmo_ind_used ; PMO pccn_sending ; PCCN Sending ccn_meas_rep ; CCN Meas Report S_PADDING_0 .00101011 (22) ; Spare Padding } MSG d_pkt_cell_change_con downlink 0b001011 %REL4% ; Packet Cell Change Continue { msg_type ; MessageType page_mode ; Page Mode .0 ; Escape Seq glob_tfi ; GLOBAL TBI CSN1_S1 new_cell_info ; New cell info S_PADDING .00101011 (22) ; Spare Padding } MSG d_pkt_neighbour_cell_data downlink 0b001100 %REL4% ; Packet Neighbour Cell Data { msg_type ; Message Type page_mode ; Page Mode .0 ; Escape Seq glob_tfi ; Global TFI container_id ; container id .0 ; Spare container_idx ; Container Index CSN1_S1 neighbour_cell ; Neighbour cell CSN1_CONCAT container_rep_struct_trnc_grp ; Container Repitition Struct trunc group S_PADDING .00101011 (22) ; Spare Padding } MSG d_pkt_serv_cell_data downlink 0b001101 %REL4% ; Packet Serving Cell Data { msg_type ; MessageType page_mode ; Page Mode .0 ; Escape Seq glob_tfi ; Global TFI .0000 ; Spare Bits container_idx ; Container Index CSN1_CONCAT container_rep_struct_trnc_grp ; Container Repitition Struct trunc group S_PADDING .00101011 (22) ; Spare Padding } MSG u_pkt_si_status_msg uplink 0b001101 %REL4% ; PACKET SI STATUS { msg_type ; Msg Type glob_tfi ; Global TFI bcch_change_mark ; BCCH change mark as received in SI-13 or PSI-13 received_si ; Received SI Message List unknown_si ; Received Unknown SI Message List S_PADDING .00101011 (22) ; Spare Padding } MSG d_ts_reconfig downlink 0b000111 ; Packet Timeslot Reconfigure { msg_type ; Message Type page_mode ; PAGE_MODE .0 ; Spare glob_tfi ; GLOBAL_TFI egprs_flag ; Egprs_flag < (egprs_flag=0) chan_coding_cmd > ; CHANNEL_CODING_COMMAND < (egprs_flag=0) gpta > ; Global Packet Timing Advance < (egprs_flag=0) dl_rlc_mode > ; DOWNLINK_RLC_MODE < (egprs_flag=0) ctrl_ack > ; CONTROL_ACK < (egprs_flag=0) CSN1_S1 dl_tfi > ; Downlink TFI < (egprs_flag=0) CSN1_S1 ul_tfi > ; Uplink TFI < (egprs_flag=0) dl_tn_alloc > ; DOWNLINK_TIMESLOT_ALLOCATION < (egprs_flag=0) CSN1_S1 freq_par > ; Frequency Parameters < (egprs_flag=0) flag > ; Flag < (flag=0 AND egprs_flag=0) dyn_alloc_ts > ; Dynamic Allocation < (flag=1 AND egprs_flag=0) f_alloc_re > ; Fixed allocation Reconfigure < (egprs_flag=0) release_99 > %REL99% ; Flag_Release99 < (egprs_flag=0 AND release_99=1) CSN1_S1 p_ext_ta > %REL99% ; Packet_Extend_Timing_Advance < (egprs_flag=1) Egprs_ts_reconfig_info > %REL99 AND FF_EGPRS% ; Egprs packet time slot reconfigure IE S_PADDING .00101011 (22) ; Spare Padding }