FreeCalypso > hg > fc-magnetite
view cdg211/msg/rr.mdf @ 622:9f19cc5e46e8
FCDEV3B-751774 experiment documented
| author | Mychaela Falconia <falcon@freecalypso.org> |
|---|---|
| date | Mon, 18 Nov 2019 05:03:15 +0000 |
| parents | 56abf6cf8a0b |
| children |
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;******************************************************************************** ;*** File : rr.mdf ;*** Creation : Fri Jun 08 13:58:46 CST 2007 ;*** 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 : rr ;*** Document No. : 6147.604.97.114 ;*** Document Date : 2002-12-19 ;*** Document Status: BEING_PROCESSED ;*** Document Author: VK ;******************************************************************************** PRAGMA SRC_FILE_TIME "Wed Aug 24 12:48:50 2005" PRAGMA LAST_MODIFIED "2002-12-19" PRAGMA ID_AND_VERSION "6147.604.97.114" CONST L3MAX_ACK 251 ; GSM 4.06, section 5.8.5 CONST L3MAX 251 ; CONST MAX_APDU_DATA 248 ; (L3MAX - (4*1/2 +1)) 3GPP 04.18 9.1.53 CONST MAX_ARFCN 20 ; (L3MAX_ACK-3-3) * 8 / (10 + 1) =178 CONST MAX_ARFCNI 5 ; CONST MAX_GR_C_INFO 5 ; CONST MAX_ITP 5 ; CONST MAX_LSA_ID 2 ; CONST MAX_POS 5 ; CONST MAX_RANGE 10 ; (L3MAX_ACK-3-3) * 8 / (2 * 10 + 1)=93 CONST MAX_RFL 5 ; CONST N_MAX_RANGE 30 ; (L3MAX_ACK-3-3) * 8 / (2 * 10) = 98 CONST N_CELL_MRES 6 ; CONST N_FREQ_SHORT_LIST 9 ; sizeof(IE) - sizeof(IEI) CONST N_FREQ_SKIP 16 ; CONST N_MAX_FREQ_LIST 250 ; L3MAX - sizeof(IEI) CONST N_MOB_ALLOC 8 ; CONST NCELL_DESC_BIT_LEN 128 ; 16 bytes BA list VALTAB VAL_ab_type VAL 0 AB_8_BIT "8 bit access burst shall be used" VAL 1 AB_11_BIT "11 bit access burst shall be used" VALTAB VAL_atc VAL 0 ATC_HANDOV_MAN "Sending of Handover access is mandatory" VAL 1 ATC_HANDOV_OPT "Sending of Handover access is optional" VALTAB VAL_af VAL 0 AF_NO "acknowledgement is not required" VAL 1 AF_YES "acknowledgement is required" VALTAB VAL_acs VAL 0 ACS_USE_SI4 "The SI 4 rest octets, if present, shall be used to derive the value of PI and possibly C2 parameters and/or other parameters" VAL 1 ACS_USE_SI7 "The value of PI and possibly C2 parameters and/or other parameters in a System information type 7 or type 8 message shall be used" VALTAB VAL_algo_ident VAL DEF "reserved" VAL 0 ALGO_A5_1 "cipher with algorithm A5/1" VAL 1 ALGO_A5_2 "cipher with algorithm A5/2" VAL 2 ALGO_A5_3 "cipher with algorithm A5/3" VAL 3 ALGO_A5_4 "cipher with algorithm A5/4" VAL 4 ALGO_A5_5 "cipher with algorithm A5/5" VAL 5 ALGO_A5_6 "cipher with algorithm A5/6" VAL 6 ALGO_A5_7 "cipher with algorithm A5/7" VALTAB VAL_alpha RANGE 0 .. 10 "binary representation of tenth of alpha (measured in dB)" VAL DEF "Reserved" VALTAB VAL_att VAL 0 CCD_ATT_NO "MSs are not allowed to apply IMSI attach and detach procedure." VAL 1 CCD_ATT_YES "MSs in the cell shall apply IMSI attach and detach procedure." VALTAB VAL_bcch_type VAL 0 BCCH_NORM "on BCCH Norm" VAL 1 BCCH_EXT "on BCCH Ext." VALTAB VAL_blp VAL 0 BLP_BLK "The allocation bitmap is to be interpreted as blocks." VAL 1 BLP_PER "The allocation bitmap is to be interpreted as block periods." VALTAB VAL_pwr_ctrl_mode VAL 0 PWR_CTR_A "mode A" VAL 1 PWR_CTR_B "mode B" VALTAB VAL_call_prio VAL 0 CALL_PRIO_NO "no priority applied" VAL 1 CALL_PRIO_LEV_4 "call priority level 4" VAL 2 CALL_PRIO_LEV_3 "call priority level 3" VAL 3 CALL_PRIO_LEV_2 "call priority level 2" VAL 4 CALL_PRIO_LEV_1 "call priority level 1" VAL 5 CALL_PRIO_LEV_0 "call priority level 0" VAL 6 CALL_PRIO_LEV_A "call priority level A" VAL 7 CALL_PRIO_LEV_B "call priority level B" VALTAB VAL_re VAL 0 REESTAB_YES "Call Reestablishment allowed in the cell" VAL 1 REESTAB_NO "Call Reestablishment not allowed in the cell" VALTAB VAL_cell_bar_qual VAL 0 CBQ_NO "cell selection and reselection depending on cell bar access" VAL 1 CBQ_YES "cell selection priority always low, reselection always normal" VALTAB VAL_cell_bar_access VAL 0 BARRED_NO "The cell is not barred" VAL 1 BARRED_YES "The cell is barred" VALTAB VAL_cell_resel_hyst VAL 0 CELL_HYST_0_DB "0 dB RXLEV hysteresis for LA re-selection" VAL 1 CELL_HYST_2_DB "2 dB RXLEV hysteresis for LA re-selection" VAL 2 CELL_HYST_4_DB "4 dB RXLEV hysteresis for LA re-selection" VAL 3 CELL_HYST_6_DB "6 dB RXLEV hysteresis for LA re-selection" VAL 4 CELL_HYST_8_DB "8 dB RXLEV hysteresis for LA re-selection" VAL 5 CELL_HYST_10_DB "10 dB RXLEV hysteresis for LA re-selection" VAL 6 CELL_HYST_12_DB "12 dB RXLEV hysteresis for LA re-selection" VAL 7 CELL_HYST_14_DB "14 dB RXLEV hysteresis for LA re-selection" VALTAB VAL_chan_type VAL DEF "channel not defined" VAL 1 TCH_F "TCH/F + ACCHs" VAL 2 TCH_H_S0 "TCH/H + ACCHs, subchannel 0" VAL 3 TCH_H_S1 "TCH/H + ACCHs, subchannel 1" VAL 4 SDCCH_4_S0 "SDCCH/4 + SDCCH/C4, subchannel 0" VAL 5 SDCCH_4_S1 "SDCCH/4 + SDCCH/C4, subchannel 1" VAL 6 SDCCH_4_S2 "SDCCH/4 + SDCCH/C4, subchannel 2 or CBCH (SDCCH/4)" VAL 7 SDCCH_4_S3 "SDCCH/4 + SDCCH/C4, subchannel 3" VAL 8 SDCCH_8_S0 "SDCCH/8 + SDCCH/C8, subchannel 0" VAL 9 SDCCH_8_S1 "SDCCH/8 + SDCCH/C8, subchannel 1" VAL 10 SDCCH_8_S2 "SDCCH/8 + SDCCH/C8, subchannel 2 or CBCH (SDCCH/8)" VAL 11 SDCCH_8_S3 "SDCCH/8 + SDCCH/C8, subchannel 3" VAL 12 SDCCH_8_S4 "SDCCH/8 + SDCCH/C8, subchannel 4" VAL 13 SDCCH_8_S5 "SDCCH/8 + SDCCH/C8, subchannel 5" VAL 14 SDCCH_8_S6 "SDCCH/8 + SDCCH/C8, subchannel 6" VAL 15 SDCCH_8_S7 "SDCCH/8 + SDCCH/C8, subchannel 7" VAL 16 TCH_F_NO_ADD "TCH/F + FACCH/F + SACCH/M, no additional timeslots" VAL 17 TCH_F_ADD_BI1 "TCH/F+ACCHs, additional bidirectional TCH/F/SACCH/M on timeslot n-1" VAL 18 TCH_F_ADD_BI2 "TCH/F+ACCHs, additional bidirectional TCH/F/SACCH/M on timeslot n+1, n-1" VAL 19 TCH_F_ADD_BI3 "TCH/F+ACCHs, additional bidirectional TCH/F/SACCH/M on timeslot n+1, n-1, n-2" VAL 20 TCH_F_ADD_BI4 "TCH/F+ACCHs, additional bidirectional TCH/F/SACCH/M on timeslot n+1, n-1 until n-3" VAL 21 TCH_F_ADD_BI5 "TCH/F+ACCHs, additional bidirectional TCH/F/SACCH/M on timeslot n+1, n-1 until n-4" VAL 22 TCH_F_ADD_BI6 "TCH/F+ACCHs, additional bidirectional TCH/F/SACCH/M on timeslot n+1, n-1 until n-5" VAL 23 TCH_F_ADD_BI7 "TCH/F+ACCHs, additional bidirectional TCH/F/SACCH/M on timeslot n+1, n-1 until n-6" VAL 24 TCH_F_ADD_UNI1 "TCH/F+ACCHs, additional unidirectional TCH/FD/SACCH/MD on timeslot n-1" VAL 25 TCH_F_ADD_UNI2 "TCH/F+ACCHs, additional unidirectional TCH/FD/SACCH/MD on timeslot n+1, n-1" VAL 26 TCH_F_ADD_UNI3 "TCH/F+ACCHs, additional unidirectional TCH/FD/SACCH/MD on timeslot n+1, n-1 , n-2" VAL 30 TCH_F_ADD_BI_UNI "TCH/F+ACCHs, additional bidirectional TCH/F/SACCH/M and unidirectional TCH/FD/SACCH/MD on timeslot n+1, n-1" VALTAB VAL_cn1 VAL 0 CN_ANY_CHAN "Any channel." VAL 1 CN_SDCCH "SDCCH." VAL 2 CN_TCH_F "TCH/F (Full rate)." VAL 3 CN_TCH "TCH/H or TCH/F (Dual rate)." VALTAB VAL_chan_mode VAL DEF "reserved mode" VAL 0 CM_SIG_ONLY "signaling only" VAL 1 CM_SPEECH "speech (full rate or half rate), version 1" VAL 0b00000001 CM_SPEECH_VER1 "speech (full rate or half rate), version 1" VAL 0b00100001 CM_SPEECH_VER2 "speech (full rate or half rate), version 2" VAL 0b01000001 CM_SPEECH_VER3 "speech (full rate or half rate), version 3" VAL 0b00001111 CM_DATA_14_5 "data, 14.5 kbit/s radio interface rate" VAL 0b00000011 CM_DATA_12_0 "data, 12.0 kbit/s radio interface rate" VAL 0b00001011 CM_DATA_6_0 "data, 6.0 kbit/s radio interface rate" VAL 0b00010011 CM_DATA_3_6 "data, 3.6 kbit/s radio interface rate" VALTAB VAL_chan_mode_2 VAL DEF "reserved mode" VAL 0 CM2_SIG_ONLY "signaling only" VAL 5 CM2_SPEECH_HALF "speech half rate" VAL 0b00000101 CM2_SPEECH_VER1 "speech (full rate or half rate), version 1" VAL 0b00100101 CM2_SPEECH_VER2 "speech (full rate or half rate), version 2" VAL 0b01000101 CM2_SPEECH_VER3 "speech (full rate or half rate), version 3" VAL 0b00001111 CM2_DATA_6_0 "data, 6.0 kbit/s radio interface rate" VAL 0b00010111 CM2_DATA_3_6 "data, 3.6 kbit/s radio interface rate" VALTAB VAL_crd_prio VAL 0 CRD_PRIO_1 "priority level 1 (highest priority)" VAL 1 CRD_PRIO_2 "priority level 2" VAL 2 CRD_PRIO_3 "priority level 3" VAL 3 CRD_PRIO_4 "priority level 4 (lowest priority)" VALTAB VAL_cr VAL 0 INC_IMEISV_NO "IMEISV shall not be included" VAL 1 INC_IMEISV_YES "IMEISV shall be included" VALTAB VAL_cod_scheme VAL 0 COD_S_1 "" VAL 1 COD_S_2 "" VAL 2 COD_S_3 "" VAL 3 COD_S_4 "" VALTAB VAL_c_r VAL 0 CMD_FRESP "Command or Final Response" VAL 1 NCMD_FRESP "Not Command or Final Response" VALTAB VAL_ccch_conf VAL DEF "reserved" VAL 0 CCD_CCCH_1_NOT_COMB "1 basic channel used for CCCH, not combined with SDCCHs" VAL 1 CCD_CCCH_1_COMB "1 basic channel used for CCCH, combined with SDCCHs" VAL 2 CCD_CCCH_2_NOT_COMB "2 basic channel used for CCCH, not combined with SDCCHs" VAL 4 CCD_CCCH_3_NOT_COMB "3 basic channel used for CCCH, not combined with SDCCHs" VAL 6 CCD_CCCH_4_NOT_COMB "4 basic channel used for CCCH, not combined with SDCCHs" VALTAB VAL_ctrl_ack_type VAL 0 "default format is four access bursts" VAL 1 "default format is RLC/MAC control block." VALTAB VAL_d_t VAL 0 D_T_DED "the message assigns a resource in dedicated mode" VAL 1 D_T_TBF "the message assigns a TBF" VALTAB VAL_dtx_b 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_dtx_s VAL 0 S_DTX_F_MAYUSE_H_DONTUSE "May use DTX on TCH-F. Don't use DTX on TCH-H." VAL 1 S_DTX_F_USE_H_DONTUSE "Do use DTX on TCH-F. Don't use DTX on TCH-H." VAL 2 S_DTX_F_DONTUSE_H_DONTUSE "Don't use DTX on TCH-F. Don't use DTX on TCH-H." VAL 3 S_DTX_F_USE_H_MAYUSE "Do use DTX on TCH-F. May use DTX on TCH-H." VAL 4 S_DTX_F_MAYUSE_H_MAYUSE "May use DTX on TCH-F. May use DTX on TCH-H." VAL 5 S_DTX_F_USE_H_USE "Do use DTX on TCH-F. Do use DTX on TCH-H." VAL 6 S_DTX_F_DONTUSE_H_USE "Don't use DTX on TCH-F. Do use DTX on TCH-H." VAL 7 S_DTX_F_MAYUSE_H_USE "May use DTX on TCH-F. Do use DTX on TCH-H." VALTAB VAL_dtx_used VAL 0 DTX_USED_NO "DTX was not used" VAL 1 DTX_USED_YES "DTX was used" VALTAB VAL_dl VAL 0 DL_0 "no meaning" VAL 1 DL_1 "the message assigns a resource to the MS identified by the IA rest octets" VALTAB VAL_ext_dyn_all VAL 0 EXT_DYN_NO "Dynamic Allocation" VAL 1 EXT_DYN_YES "Extended Dynamic Allocation" VALTAB VAL_final VAL 0 FINAL_NO "allocation is not the last Allocation of TBF" VAL 1 FINAL_YES "allocation is the last Allocation of TBF" VALTAB VAL_f_seg VAL 0 F_SEG "First or only segment" VAL 1 NF_SEG "Not first or only segment" VALTAB VAL_flag VAL 0 PRES_NO "information is not present" VAL 1 PRES_YES "information is present" VALTAB VAL_hdm VAL 0 HDM_NO "The mobile station shall not operate in half duplex mode." VAL 1 HDM_YES "The mobile station shall operate in half duplex mode." VALTAB VAL_hop VAL 0 HOP_NO "frequency hopping is off" VAL 1 HOP_YES "frequency hopping is on" VALTAB VAL_inband_not VAL 0 IN_BAND_NOT_NCH "notifications are sent on NCH only" VAL 1 IN_BAND_NOT_FACCH "notifications are sent on FACCH too" VALTAB VAL_inband_pag VAL 0 IN_BAND_PAG_PCH "pagings are sent on PCH only" VAL 1 IN_BAND_PAG_FACCH "pagings are sent on FACCH too" VALTAB VAL_indir VAL 0 INDIR_NO "non hopping configuration" VAL 1 INDIR_YES "indirect encoding of hopping RF channel configuration" VALTAB VAL_it5 VAL 0 IT5_1 "System Information Type 1" VAL 1 IT5_2 "System Information Type 2" VAL 2 IT5_2BIS "System Information Type 2bis" VAL 3 IT5_2TER "System Information Type 2ter" VAL 4 IT5_3 "System Information Type 3" VAL 5 IT5_4 "System Information Type 4" VAL 6 IT5_7 "System Information Type 7" VAL 7 IT5_8 "System Information Type 8" VAL 8 IT5_9 "System Information Type 9" VAL 9 IT5_13 "System Information Type 13" VAL 10 IT5_14 "System Information Type 14" VALTAB VAL_icmi VAL 0 ICMI_IMPL "initial codec mode defined by implicit rule provided in GSM 05.09" VAL 1 ICMI_START_MODE "initial codec mode defined by start mode field" VALTAB VAL_key_seq RANGE 0 .. 6 "" VAL 7 "No key is available (MS to network); Reserved (network to MS)" VALTAB VAL_l_seg VAL 0 L_SEG "Last or only segment" VAL 1 NL_SEG "Not last or only segment" VALTAB VAL_llc_fr_type VAL 0 LLC_IS_ACK "LLC frame is SACK or NACK" VAL 1 LLC_NOT_ACK "LLC frame is not SACK or NACK" VALTAB VAL_low_arfcn RANGE 1 .. 124 "" VAL DEF "reserved" VALTAB VAL_mac_mode VAL 0 MAC_DYN_ALLOC "dynamic allocation" VAL 1 MAC_EXT_DYN_ALLOC "extended dynamic allocation" VAL 2 MAC_FIX_ALLOC_NOT_HALF "fixed allocation, not half duplex mode" VAL 3 MAC_FIX_ALLOC "fixed allocation, half duplex mode" VALTAB VAL_ma_num VAL 0 MA_NUM_14 "MA_NUMBER = 14" VAL 1 MA_NUM_15 "MA_NUMBER = 15" VALTAB VAL_max_retrans VAL 0 MAX_RETRANS_1 "Maximum 1 retransmission" VAL 1 MAX_RETRANS_2 "Maximum 2 retransmissions" VAL 2 MAX_RETRANS_4 "Maximum 4 retransmissions" VAL 3 MAX_RETRANS_7 "Maximum 7 retransmissions" VALTAB VAL_meas_valid VAL 0 MEAS_VALID_YES "The measurement results are valid" VAL 1 MEAS_VALID_NO "the measurement results are not valid" VALTAB VAL_or_ty VAL 0 OR_TY_MT "Mobile terminated" VAL 1 OR_TY_MO "Mobile originated" VALTAB VAL_mr_vers VAL DEF "reserved" VAL 1 MR_VERS_1 "Adaptive Multirate speech version 1" VALTAB VAL_ncm VAL 0 NC_0 "" VAL 1 NC_1 "" VAL 2 NC_2 "" VAL 3 NC_TARGET "information on NC mode to be gathered from the target cell" VALTAB VAL_nch_position VAL DEF "reserved" VAL 0 NCH_1BLK_NR0 "1 block / first is block 0" VAL 1 NCH_1BLK_NR1 "1 block / first is block 1" VAL 2 NCH_1BLK_NR2 "1 block / first is block 2" VAL 3 NCH_1BLK_NR3 "1 block / first is block 3" VAL 4 NCH_1BLK_NR4 "1 block / first is block 4" VAL 5 NCH_1BLK_NR5 "1 block / first is block 5" VAL 6 NCH_1BLK_NR6 "1 block / first is block 6" VAL 7 NCH_2BLK_NR0 "2 blocks / first is block 0" VAL 8 NCH_2BLK_NR1 "2 blocks / first is block 1" VAL 9 NCH_2BLK_NR2 "2 blocks / first is block 2" VAL 10 NCH_2BLK_NR3 "2 blocks / first is block 3" VAL 11 NCH_2BLK_NR4 "2 blocks / first is block 4" VAL 12 NCH_2BLK_NR5 "2 blocks / first is block 5" VAL 13 NCH_3BLK_NR0 "3 blocks / first is block 0" VAL 14 NCH_3BLK_NR1 "3 blocks / first is block 1" VAL 15 NCH_3BLK_NR2 "3 blocks / first is block 2" VAL 16 NCH_3BLK_NR3 "3 blocks / first is block 3" VAL 17 NCH_3BLK_NR4 "3 blocks / first is block 4" VAL 18 NCH_4BLK_NR0 "4 blocks / first is block 0" VAL 19 NCH_4BLK_NR1 "4 blocks / first is block 1" VAL 20 NCH_4BLK_NR2 "4 blocks / first is block 2" VAL 21 NCH_4BLK_NR3 "4 blocks / first is block 3" VAL 22 NCH_5BLK_NR0 "5 blocks / first is block 0" VAL 23 NCH_5BLK_NR1 "5 blocks / first is block 1" VAL 24 NCH_5BLK_NR2 "5 blocks / first is block 2" VAL 25 NCH_6BLK_NR0 "6 blocks / first is block 0" VAL 26 NCH_6BLK_NR1 "6 blocks / first is block 1" VAL 27 NCH_7BLK_NR0 "7 blocks / first is block 0" VALTAB VAL_neci VAL 0 NECI_NO "New establishment causes are not supported" VAL 1 NECI_YES "New establishment causes are supported" VALTAB VAL_nco VAL DEF "reserved" VAL 0 NCO_NO_REP "MS controlled cell reselection, no measurement reporting" VAL 1 NCO_MS_RESEL "MS controlled cell reselection, MA sends measurement reports" VAL 2 NCO_NET_RESEL "Network controlled cell reselection, MA sends measurement reports" VALTAB VAL_nmo VAL 0b00 "Network Mode 1" VAL 0b01 "Network Mode 2" VAL 0b10 "Network Mode 3" VAL 0b11 "reserved" VALTAB VAL_nscb VAL 0 NSCB_ON "NSCB can be used (default)" VAL 1 NSCB_OFF "NSCB shall be turned off" VALTAB VAL_nci VAL 0 NCI_IGNORE "Out of range timing advance is ignored" VAL 1 NCI_TRIGGER "Out of range timing advance shall trigger a handover failure" VALTAB VAL_num_range RANGE 1 .. N_MAX_RANGE "number of frequency ranges" VAL DEF "reserved" VALTAB VAL_odd_even VAL 0 EVEN "even" VAL 1 ODD "odd" VALTAB VAL_pck_chan_type VAL DEF "reserved" VAL 1 PCK_CH_1 "for backward compatibility" VALTAB VAL_pch_restruct VAL 0 PCH_RESTRUCT_NO "paging channel is restructured" VAL 1 PCH_RESTRUCT_YES "paging channel is not restructured" VALTAB VAL_pm VAL 0 PAGING_NORM "Normal paging." VAL 1 PAGING_EXT "Extended paging." VAL 2 PAGING_REORG "Paging reorganization." VAL 3 PAGING_SAME "Same as before." VALTAB VAL_pc_meas_chan VAL 0 PC_MEAS_BCCH "BCCH shall be used for downlink measurements for power control" VAL 1 PC_MEAS_PDCH "PDCH shall be used for downlink measurements for power control" VALTAB VAL_poll VAL 0 POLL_NO_ACTION "no action required from MS" VAL 1 POLL_SEND_ACK "MS shall send a PACKET CONTROL ACKNOWLEDGEMENT" VALTAB VAL_pow_ctrl VAL 0 POW_CTRL_NO "PWRC is not set" VAL 1 POW_CTRL_YES "PWRC is set" VALTAB VAL_pow_offs VAL 0 POW_OFFS_0_DB "offset 0 dB" VAL 1 POW_OFFS_2_DB "offset 2 dB" VAL 2 POW_OFFS_4_DB "offset 4 dB" VAL 3 POW_OFFS_6_DB "offset 6 dB" VALTAB VAL_prio_acc_thr VAL 0 PAT_NO "Packet access not allowed in the cell" VAL 1 PAT_SPARE1 "Spare, shall be interpreted as 0" VAL 2 PAT_SPARE2 "Spare, shall be interpreted as 0" VAL 3 PAT_ACC1 "packet access allowed for priority level 1" VAL 4 PAT_ACC2 "packet access allowed for priority level 1 to 2" VAL 5 PAT_ACC3 "packet access allowed for priority level 1 to 3" VAL 6 PAT_ACC4 "packet access allowed for priority level 1 to 4" VAL 7 PAT_SPARE6 "Spare, shall be interpreted as 6" VALTAB VAL_protoc_ident VAL DEF "reserved" VAL 0 RRLP_LCS "Radio Resource Location Service Protocol" VALTAB VAL_rot VAL 0 TIME_DIFF_NO "Mobile Time Difference IE shall not be included in the HANDOVER COMPLETE message" VAL 1 TIME_DIFF_YES "Mobile Time Difference IE shall be included in the HANDOVER COMPLETE message" VALTAB VAL_res_ack VAL 0 RES_ACK_NO "resumption of GPRS services not successfully acknowledged" VAL 1 RES_ACK_YES "resumption of GPRS services successfully acknowledged" VALTAB VAL_rlc_mode VAL 0 RLC_ACK_MODE "RLC acknowledged mode" VAL 1 RLC_UNACK_MODE "RLC unacknowledged mode" VALTAB VAL_rr_cause VAL 0b00000000 RRC_NORMAL_EVENT "Normal event" VAL 0b00000001 RRC_UNSPECIFIED "Abnormal release, unspecified" VAL 0b00000010 RRC_CHAN_UNACCEPT "Abnormal release, channel unacceptable" VAL 0b00000011 RRC_TIMER_EXPIRED "Abnormal release, timer expired" VAL 0b00000100 RRC_NO_ACTIVITY "Abnormal release, no activity on the radio path" VAL 0b00000101 RRC_PREEMEPT "Preemptive release" VAL 0b00001000 RRC_TIME_ADVANCE "Handover impossible, timing advance out of range" VAL 0b00001001 RRC_CHANNEL_MODE "Channel mode unacceptable" VAL 0b00001010 RRC_FREQ_NOT_IMPL "Frequency not implemented" VAL 0b01000001 RRC_CALL_CLEARED "Call already cleared" VAL 0b01011111 RRC_INCORRECT_MSG "Semantically incorrect message" VAL 0b01100000 RRC_INVALID_MAN_INFO "Invalid mandatory information" VAL 0b01100001 RRC_MSG_NOT_IMPL "Message type non-existent or not implemented" VAL 0b01100010 RRC_MSG_NOT_COMPAT "Message type not compatible with protocol state" VAL 0b01100100 RRC_COND_IE_ERROR "Conditional IE error" VAL 0b01100101 RRC_NO_CELL_ALLOC "No cell allocation available" VAL 0b01101111 RRC_PROT_UNSPECIFIED "Protocol error unspecified" VALTAB VAL_sf VAL 0 SF_VBS "broadcast call reference" VAL 1 SF_VGCS "group call reference" VALTAB VAL_set_amr VAL 0x80 SET_AMR_12_2 "codec 12.2 kbit/s is part of subset" VAL 0x40 SET_AMR_10_2 "codec 10.2 kbit/s is part of subset" VAL 0x20 SET_AMR_7_95 "codec 7.95 kbit/s is part of subset" VAL 0x10 SET_AMR_7_4 "codec 7.4 kbit/s is part of subset" VAL 0x08 SET_AMR_6_7 "codec 6.7 kbit/s is part of subset" VAL 0x04 SET_AMR_5_9 "codec 5.9 kbit/s is part of subset" VAL 0x02 SET_AMR_5_15 "codec 5.15 kbit/s is part of subset" VAL 0x01 SET_AMR_4_75 "codec 4 .75 kbit/s is part of subset" VALTAB VAL_si13_pos VAL 0 SI13_ON_BCCH_NORM "on BCCH Norm" VAL 1 SI13_ON_BCCH_EXT "on BCCH Ext." VALTAB VAL_si_cf VAL DEF "Update of unknown SI message type" VAL 0 SI_CF_UNSPEC "Update of unspecified SI message(s)" VAL 1 SI_CF_1 "Update of SI1 message" VAL 2 SI_CF_2X "Update of SI2, SI2bis or SI2ter message" VAL 3 SI_CF_3UNTIL8 "Update of SI3, SI4, SI7 or SI8 message" VAL 4 SI_CF_9 "Update of SI9 message" VALTAB VAL_solsa_exc_acc VAL 0 SOLSA_EXCLUSIVE_NO "" VAL 1 SOLSA_EXCLUSIVE_YES "" VALTAB VAL_spgc VAL 0 SPGC_NO "SPLIT_PG_CYCLE is not supported on CCCH in this cell" VAL 1 SPGC_YES "SPLIT_PG_CYCLE is supported on CCCH in this cell" VALTAB VAL_sc VAL 0 START_CIPH_NO "No ciphering" VAL 1 START_CIPH_YES "Start ciphering" VALTAB VAL_st_mode VAL 0 CODEC_MODE_1 "lowest bit rate" VAL 1 CODEC_MODE_2 "second lowest rate if codec includes more then 1 mode" VAL 2 CODEC_MODE_3 "third lowest rate if codec includes more then 2 modes" VAL 3 CODEC_MODE_4 "highest mode if codec includes 4 modes" VALTAB VAL_susp_cause VAL DEF "shall be treated as 0" VAL 0 SUSP_C_CALL "Mobile originated or mobile terminated call" VAL 1 SUSP_C_LU "Location Update" VAL 2 SUSP_C_SMS "Short message service" VAL 3 SUSP_C_SS "Supplementary service activation" VAL 4 SUSP_C_VBS "Voice broadcast or group call" VALTAB VAL_si VAL 0 SYI_NON_SYNCH "Non-synchronized" VAL 1 SYI_NORM_SYNCH "Synchronized" VAL 2 SYI_PRE_SYNCH "Pre-synchronised" VAL 3 SYI_PSEUDO_SYNCH "Pseudo-synchronised" VALTAB VAL_tm VAL DEF "reserved" VAL 0 TM_DED "dedicated mode" VAL 1 TM_GROUP "group transmit mode" VALTAB VAL_ta_valid VAL 0 TA_VALID_NO "the value is not valid" VAL 1 TA_VALID_YES "the value is valid" VALTAB VAL_tlli_bcc VAL 0 TLLI_BCC1 "mobile station shall use CS-1" VAL 1 TLLI_BCC_CODED "mobile station shall use CS specified by Channel Coding" VALTAB VAL_tma VAL 0 TMA_0 "no meaning" VAL 1 TMA_1 "the message is the first of two in a two message assignment" VALTAB VAL_tx_integer VAL 0 SPREAD_TRANS_3 "3 slots used to spread transmission" VAL 1 SPREAD_TRANS_4 "4 slots used to spread transmission" VAL 2 SPREAD_TRANS_5 "5 slots used to spread transmission" VAL 3 SPREAD_TRANS_6 "6 slots used to spread transmission" VAL 4 SPREAD_TRANS_7 "7 slots used to spread transmission" VAL 5 SPREAD_TRANS_8 "8 slots used to spread transmission" VAL 6 SPREAD_TRANS_9 "9 slots used to spread transmission" VAL 7 SPREAD_TRANS_10 "10 slots used to spread transmission" VAL 8 SPREAD_TRANS_11 "11 slots used to spread transmission" VAL 9 SPREAD_TRANS_12 "12 slots used to spread transmission" VAL 10 SPREAD_TRANS_14 "14slots used to spread transmission" VAL 11 SPREAD_TRANS_16 "16 slots used to spread transmission" VAL 12 SPREAD_TRANS_20 "20 slots used to spread transmission" VAL 13 SPREAD_TRANS_25 "25 slots used to spread transmission" VAL 14 SPREAD_TRANS_32 "32 slots used to spread transmission" VAL 15 SPREAD_TRANS_50 "50 slots used to spread transmission" VALTAB VAL_ident_type VAL DEF "reserved" VAL 0 ID_TYPE_NO_IDENT "No Identity" VAL 1 ID_TYPE_IMSI "IMSI" VAL 2 ID_TYPE_IMEI "IMEI" VAL 3 ID_TYPE_IMEISV "IMEISV" VAL 4 ID_TYPE_TMSI "TMSI" VALTAB VAL_usf_gran VAL 0 USF_GRAN1 "the mobile shall send one RLC/MAC block" VAL 1 USF_GRAN4 "the mobile shall send four consecutive RLC/MAC blocks" VALTAB VAL_break_ind VAL 0 BREAK_IND_NO "Additional parameters are not sent in SYSTEM INFORMATION TYPE 7 and 8" VAL 1 BREAK_IND_YES "Additional parameters SI4 Rest Octets_S are sent in SYSTEM INFORMATION TYPE 7 and 8" VAR arfcn "Absolute RF Channel Number" 10 VAR ab_type "Access Burst Type" 1 VAL @m_rr - VAL_ab_type@ VAR ac "Access Control Class" 16 VAR atc "Access Type Control" 1 VAL @m_rr - VAL_atc@ VAR af "Acknowledge Flag" 1 VAL @m_rr - VAL_af@ VAR acs "Additional reselect parameter indication" 1 VAL @m_rr - VAL_acs@ VAR algo_ident "algorithm identifier" 3 VAL @m_rr - VAL_algo_ident@ VAR alpha "Alpha" 4 VAL @m_rr - VAL_alpha@ VAR allo_bmp5 "Allocation Bitmap" 1 VAR allo_bmp6 "Allocation Bitmap" 1 VAR allo_bmp7 "Allocation Bitmap" 1 VAR allo_len5 "Allocation Bitmap Length" 5 VAR allo_len6 "Allocation Bitmap Length" 6 VAR allo_len7 "Allocation Bitmap Length" 7 VAR allo_var "Allocation Bitmap Var" 1 VAR arfcn_idx "ARFCN Index" 6 VAR att "Attach / detach allowed" 1 VAL @m_rr - VAL_att@ VAR apdu_info "APDU Information" 8 VAR ba_used "BA-USED" 1 VAR bcch_arfcn_hi "BCCH ARFCN" 2 VAR bcch_arfcn_lo "BCCH ARFCN" 8 VAR bcch_cm "BCCH Change Mark" 3 VAR bcch_ncell "BCCH Frequency Ncell" 5 VAR bcch_type "BCCH Type" 1 VAL @m_rr - VAL_bcch_type@ VAR blp "Blocks Or Block Periods" 1 VAL @m_rr - VAL_blp@ VAR bs_ag_blks_res "BS Access Grant Blocks reserved" 3 VAR bcc "BS Colour Code" 3 VAR bs_cv_max "BS_CV_MAX" 4 VAR bsic "BSIC" 6 VAR bs_pa_mfrms "BS Paging Multiframes" 3 VAR pwr_ctrl_mode "BTS Power Control Mode" 1 VAL @m_rr - VAL_pwr_ctrl_mode@ VAR c_val "C Value" 6 VAR call_prio "Call Priority" 3 VAL @m_rr - VAL_call_prio@ VAR re "Call Reestablishment allowed" 1 VAL @m_rr - VAL_re@ VAR cell_bar_qual "Cell Bar Qualify" 1 VAL @m_rr - VAL_cell_bar_qual@ VAR cell_bar_access "Cell Barred for Access" 1 VAL @m_rr - VAL_cell_bar_access@ VAR cell_chan_desc "Cell Channel Description" 128 VAR cell_ident "Cell identity" 16 VAR cell_resel_hyst "CELL-RESELECT HYSTERESIS" 3 VAL @m_rr - VAL_cell_resel_hyst@ VAR cell_resel_offs "Cell Reselect Offset" 6 VAR ch_mark1 "Change Mark 1" 2 VAR chan_type "Channel type and TDMA offset" 5 VAL @m_rr - VAL_chan_type@ VAR cn1 "Channel Needed for Mobile ID 1" 2 VAL @m_rr - VAL_cn1@ VAR cn2 "Channel Needed for Mobile ID 2" 2 VAL @m_rr - VAL_cn1@ VAR cn3 "Channel Needed for Mobile ID 3" 2 VAL @m_rr - VAL_cn1@ VAR cn4 "Channel Needed for Mobile ID 4" 2 VAL @m_rr - VAL_cn1@ VAR chan_mode "Channel Mode" 8 VAL @m_rr - VAL_chan_mode@ VAR chan_mode2 "Mode Of 2nd Channel Set" 8 VAL @m_rr - VAL_chan_mode@ VAR chan_mode3 "Mode Of 3rd Channel Set" 8 VAL @m_rr - VAL_chan_mode@ VAR chan_mode4 "Mode Of 4th Channel Set" 8 VAL @m_rr - VAL_chan_mode@ VAR chan_mode5 "Mode Of 5th Channel Set" 8 VAL @m_rr - VAL_chan_mode@ VAR chan_mode6 "Mode Of 6th Channel Set" 8 VAL @m_rr - VAL_chan_mode@ VAR chan_mode7 "Mode Of 7th Channel Set" 8 VAL @m_rr - VAL_chan_mode@ VAR chan_mode8 "Mode Of 8th Channel Set" 8 VAL @m_rr - VAL_chan_mode@ VAR chan_mode_2 "Channel Mode 2" 8 VAL @m_rr - VAL_chan_mode_2@ VAR crd_prio "Channel Request Description Priority" 2 VAL @m_rr - VAL_crd_prio@ VAR chan_set "Channel Set Bitmap" 8 VAR cr "Cipher Response Info" 1 VAL @m_rr - VAL_cr@ VAR codec_hyst "Codec Hysteresis" 4 VAR codec_thr "Codec Threshold" 6 VAR cod_scheme "Coding Scheme" 2 VAL @m_rr - VAL_cod_scheme@ VAR ccm "Channel Coding Command" 2 VAL @m_rr - VAL_cod_scheme@ VAR c_r "Command/Final Response" 1 VAL @m_rr - VAL_c_r@ VAR ccch_conf "Common Control Channel Configuration" 3 VAL @m_rr - VAL_ccch_conf@ VAR ctrl_ack_type "CONTROL_ACK_TYPE" 1 VAL @m_rr - VAL_ctrl_ack_type@ VAR d_t "Dedicated Mode or TBF" 1 VAL @m_rr - VAL_d_t@ VAR dtx_b "Discontinuous Transmission (BCCH)" 2 VAL @m_rr - VAL_dtx_b@ VAR dtx2_s "Discontinuous Transmission (SACCH) MSB" 1 VAR dtx_s "Discontinuous Transmission (SACCH) MSB" 2 VAL @m_rr - VAL_dtx_s@ VAR dtx_used "DTX USED" 1 VAL @m_rr - VAL_dtx_used@ VAR dl "Downlink Assignment" 1 VAL @m_rr - VAL_dl@ VAR dab "Downlink Assignment Bitmap" 7 VAR uab "Uplink Assignment Bitmap" 7 VAR drx_t_max "DRX_TIMER_MAX" 3 VAR ext_dyn_all "Extended Dynamic Allocation" 1 VAL @m_rr - VAL_ext_dyn_all@ VAR ext_meas_freq "Extended Measurement Frequency List" 128 VAR ext_len "Extension Length" 6 VAR sp_ext "Extension Spare Bits" 64 VAR final "Final Allocation" 1 VAL @m_rr - VAL_final@ VAR f_seg "First segment" 1 VAL @m_rr - VAL_f_seg@ VAR flag "Flag" 1 VAL @m_rr - VAL_flag@ VAR flag1 "Flag1" 1 VAL @m_rr - VAL_flag@ VAR flag2 "Flag2" 1 VAL @m_rr - VAL_flag@ VAR allo_flag "Allocation Flag" 1 VAL @m_rr - VAL_flag@ VAR flag_pp "Flag Parameters Present" 1 VAL @m_rr - VAL_flag@ VAR flist "Frequency List Contents" 8 VAR freq_lower "Frequency Range Lower" 10 VAR freq_higher "Frequency Range Higher" 10 VAR freq_short_list_before "Frequency Short List" 72 VAR freq_short_list_after "Frequency Short List" 72 VAR freq_short_list2 "Frequency Short List 2" 56 VAR gamma "Gamma" 5 VAR gcr "Group Call Reference" 27 VAR group_ckn "Group Cipher Key Number" 4 VAR hdm "Half Duplex Mode" 1 VAL @m_rr - VAL_hdm@ VAR handov_ref "Handover Reference" 8 VAR hop "Hopping" 1 VAL @m_rr - VAL_hop@ VAR hsn "Hopping Sequence Number" 6 VAR ident_dig "Identity digit" 4 VAR if_and_where "If And Where" 3 VAR inband_not "Inband Notification" 1 VAL @m_rr - VAL_inband_not@ VAR inband_pag "Inband pagings" 1 VAL @m_rr - VAL_inband_pag@ VAR inc_skip "inc skip of ARFCNn" 4 VAR indir "Indirect" 1 VAL @m_rr - VAL_indir@ VAR it4 "Info Type 4" 4 VAR it6 "Info Type 6" 6 VAR it5 "Info Type 5" 5 VAL @m_rr - VAL_it5@ VAR icmi "Initial Codec Mode Indicator" 1 VAL @m_rr - VAL_icmi@ VAR key_seq "key sequence" 3 VAL @m_rr - VAL_key_seq@ VAR l_seg "Last segment" 1 VAL @m_rr - VAL_l_seg@ VAR fp_len "Length Of Frequency Parameters" 6 VAR llc_fr_type "LLC Frame Type" 1 VAL @m_rr - VAL_llc_fr_type@ VAR lac "Location Area Code" 16 VAR low_arfcn "Lowest ARFCN" 7 VAL @m_rr - VAL_low_arfcn@ VAR lsa_id "LSA ID" 24 VAR lsa_id_add "Additional LSA IDs" 24 VAR lsa_offs "LSA Offset" 3 VAR mac_mode "MAC Mode" 2 VAL @m_rr - VAL_mac_mode@ VAR ma_num "MA Number Indication" 1 VAL @m_rr - VAL_ma_num@ VAR max_retrans "Maximum Number of Retransmissions" 2 VAL @m_rr - VAL_max_retrans@ VAR meas_bmp "Measurement Bitmap" 8 VAR meas_int "Measurement Interval" 5 VAR meas_valid "Measurement valid" 1 VAL @m_rr - VAL_meas_valid@ VAR msg_type "Message Type" 8 VAR mac "Mobile Allocation Contents" 8 VAR maio "Mobile Allocation Index Offset" 6 VAR ma_len "Mobile Allocation Length" 8 VAR mcc "Mobile Country Code" 4 VAR mnc "Mobile Network Code" 4 VAR mod "Modulus" 4 VAR ms_txpwr_max_cch "MS-TXPWR-MAX-CCH" 5 VAR or_ty "MT/MO Origination type" 1 VAL @m_rr - VAL_or_ty@ VAR mr_vers "Multi Rate Speech Version" 3 VAL @m_rr - VAL_mr_vers@ VAR n_avg_i "N_AVG_I Value" 4 VAR ncm "NC Mode" 2 VAL @m_rr - VAL_ncm@ VAR ncc_permit "NCC Permitted" 8 VAR nch_position "NCH Position" 5 VAL @m_rr - VAL_nch_position@ VAR neigh_cell_desc "Neighbour Cells Description" NCELL_DESC_BIT_LEN VAR neci "Half rate support" 1 VAL @m_rr - VAL_neci@ VAR nco "Network Control Order" 2 VAL @m_rr - VAL_nco@ VAR nmo "NMO" 2 VAL @m_rr - VAL_nmo@ VAR nscb "Noise Suppression Control Bit" 1 VAL @m_rr - VAL_nscb@ VAR nln_pch "Notification List Number PCH" 2 VAR nln_nch "Notification List Number NCH" 2 VAR nln_sacch "Notification List Number SACCH" 2 VAR nln_status "Notification List Number Status" 1 VAR nci "Normal cell indication" 1 VAL @m_rr - VAL_nci@ VAR num_range "Number of Ranges" 8 VAL @m_rr - VAL_num_range@ VAR num_ncell "Number of Cells" 3 VAR odd_even "Odd/ Even indication" 1 VAL @m_rr - VAL_odd_even@ VAR p0 "P0" 4 VAR pck_chan_type "Packet Channel type" 5 VAL @m_rr - VAL_pck_chan_type@ VAR pch_restruct "Paging Channel Restructuring" 1 VAL @m_rr - VAL_pch_restruct@ VAR pm "Page Mode" 2 VAL @m_rr - VAL_pm@ VAR dec "PAN_DEC" 3 VAR inc "PAN_INC" 3 VAR pmax "PAN_MAX" 3 VAR pb "Pb" 4 VAR pc_meas_chan "PC_MEAS_CHAN" 1 VAL @m_rr - VAL_pc_meas_chan@ VAR penalty_time "Penalty Time" 5 VAR ncc "PLMN Colour Code" 3 VAR poll "Polling" 1 VAL @m_rr - VAL_poll@ VAR pow_ctrl "Power Control" 1 VAL @m_rr - VAL_pow_ctrl@ VAR pow "Power Level" 5 VAR pow_offs "Power Offset" 2 VAL @m_rr - VAL_pow_offs@ VAR pr_mode "PR Mode" 1 VAR prio_acc_thr "Priority Access Threshold" 3 VAL @m_rr - VAL_prio_acc_thr@ VAR prio_thr "Priority Threshold" 3 VAR protoc_ident "Protocol Identifier" 4 VAL @m_rr - VAL_protoc_ident@ VAR psi1_period "PSI1 Repeat Period" 4 VAR ra_color "RA color" 3 VAR rlt "Radio Link Timeout" 4 VAR ra "Random Access Information" 8 VAR rel_pos "Relative Position" 16 VAR rot "Report Observed Time Difference" 1 VAL @m_rr - VAL_rot@ VAR rbw "Requested Bandwidth" 16 VAR res_ack "Resumption ACK" 1 VAL @m_rr - VAL_res_ack@ VAR rfln "RFL Number" 4 VAR rlc_blks "RLC Data Blocks Granted" 8 VAR rlc_mode "RLC Mode" 1 VAL @m_rr - VAL_rlc_mode@ VAR rlc_c_oct "RLC Octet Count" 16 VAR rac "Routing Area Code" 8 VAR rr_cause "RR Cause" 8 VAL @m_rr - VAL_rr_cause@ VAR rxlev_access_min "RX Level Access Minimum" 6 VAR rxlev_full "RX Level Full Serving Cell" 6 VAR rxlev_sub "RX Level Sub Serving Cell" 6 VAR rx_lev_ncell "RX Level Ncell" 6 VAR rxqual_full "RX Quality Full Serving Cell" 3 VAR rxqual "RX Quality" 3 VAR rxqual_sub "RX Quality Sub Serving Cell" 3 VAR sc_used "Sequence Code Used" 1 VAR sf "Service Flag" 1 VAL @m_rr - VAL_sf@ VAR set_amr "Set of AMR Codec Modes" 8 VAL @m_rr - VAL_set_amr@ VAR si13_pos "SI13 Position" 1 VAL @m_rr - VAL_si13_pos@ VAR si13_cm "SI 13 Change Mark" 2 VAR si_cf "SI Change Field" 4 VAL @m_rr - VAL_si_cf@ VAR sign_var "Signal Variance" 6 VAR solsa_exc_acc "SoLSA Exclusive Access" 1 VAL @m_rr - VAL_solsa_exc_acc@ VAR spgc "Split PG Cycle Support" 1 VAL @m_rr - VAL_spgc@ VAR sc "Start Ciphering" 1 VAL @m_rr - VAL_sc@ VAR st_mode "Start Mode" 2 VAL @m_rr - VAL_st_mode@ VAR susp_cause "Suspension Cause" 8 VAL @m_rr - VAL_susp_cause@ VAR si "Synchronisation indication" 2 VAL @m_rr - VAL_si@ VAR t1 "T1'" 5 VAR t2 "T2" 5 VAR t3 "T3" 6 VAR t3122 "T 3122 Wait Indication" 8 VAR t3122_2 "T 3122 Wait Indication" 8 VAR t3122_3 "T 3122 Wait Indication" 8 VAR t3122_4 "T 3122 Wait Indication" 8 VAR t3168 "T3168" 3 VAR t3192 "T3192" 3 VAR t3212 "T 3212 time-out value" 8 VAR t_avg_t "T_AVG_T Value" 5 VAR t_avg_w "T_AVG_W Value" 5 VAR tm "Target mode" 2 VAL @m_rr - VAL_tm@ VAR ded_tlli "Temporary Logical Link Identifier" 32 VAR temp_offs "Temporary Offset" 3 VAR tfi "TFI" 5 VAR diff "Time difference" 21 VAR time_diff "Time Difference" 8 VAR tn "Time Slot" 3 VAR dl_ctrl_tn "Downlink Control Timeslot" 3 VAR ts_all "Timeslot Allocation" 8 VAR ta_idx "Timing Advance Index" 4 VAR ta_nm "Timing Advance Timeslot Number" 3 VAR ta_valid "Timing Advance Valid" 1 VAL @m_rr - VAL_ta_valid@ VAR ta "Timing advance value" 6 VAR tlli_bcc "TLLI Block Channel Coding" 1 VAL @m_rr - VAL_tlli_bcc@ VAR tlv_len "TLV length information" 16 VAR tmsi_1 "TMSI" 32 VAR tmsi_2 "TMSI" 32 VAR tmsi_3 "TMSI" 32 VAR tmsi_4 "TMSI" 32 VAR tsc "Training Sequence Code" 3 VAR tma "Two-message Assignment" 1 VAL @m_rr - VAL_tma@ VAR tx_integer "Tx-integer" 4 VAL @m_rr - VAL_tx_integer@ VAR ident_type "Type of identity" 3 VAL @m_rr - VAL_ident_type@ VAR usf "Uplink State Flag" 3 VAR usf_gran "USF Granularity" 1 VAL @m_rr - VAL_usf_gran@ VAR break_ind "Break Indicator" 1 VAL @m_rr - VAL_break_ind@ COMP alpha_gamma "Alpha Gamma" { alpha ; Alpha gamma ; Gamma } COMP apdu_data "APDU Data" { apdu_info [2..MAX_APDU_DATA] ; APDU Information } COMP apdu_flags "APDU Flags" { .0 ; spare bit c_r ; Command/Final Response f_seg ; First Segment l_seg ; Last Segment } COMP apdu_id "APDU ID" { protoc_ident ; Protocol Identifier } COMP cell_desc "Cell Description" { bcch_arfcn_hi ; BCCH ARFCN (hi part) ncc ; PLMN Colour Code bcc ; BS Colour Code bcch_arfcn_lo ; BCCH ARFCN (lo part) } COMP cell_opt_bcch "Cell Options (BCCH)" { .0 ; spare pow_ctrl ; Power Control dtx_b ; Discontinuous Transmission (BCCH) rlt ; Radio Link Timeout } COMP cell_opt_sacch "Cell Options (SACCH)" { dtx2_s ; Discontinuous Transmission (SACCH) high pow_ctrl ; Power Control dtx_s ; Discontinuous Transmission (SACCH) low rlt ; Radio Link Timeout } COMP cell_select "Cell Selection Parameters" { cell_resel_hyst ; Cell Reselect Hysteresis ms_txpwr_max_cch ; MS-TXPWR-MAX-CCH acs ; ACS neci ; NECI rxlev_access_min ; RX Level Access Minimum } COMP chan_desc "Channel Description" { chan_type ; Channel type and TDMA offset tn ; Time Slot tsc ; Training Sequence Code hop ; Hopping < (hop=0) .00 > ; spare < (hop=0) arfcn > ; Absolute RF Channel Number < (hop=1) maio > ; Mobile Allocation Index Offset < (hop=1) hsn > ; Hopping Sequence Number } TYPEDEF COMP chan_desc chan_desc_2 "Channel Description" TYPEDEF COMP chan_desc chan_desc_before "Channel Description" TYPEDEF COMP chan_desc chan_desc_before_2 "Channel Description" TYPEDEF COMP chan_desc chan_desc_after "Channel Description" TYPEDEF COMP chan_desc chan_desc_after_2 "Channel Description" COMP chan_needed "Channel Needed" { cn2 ; CHANNEL cn1 ; CHANNEL } COMP chan_needed3_4 "Channel Needed for Mobile ID 3 and 4" { cn3 ; CHANNEL cn4 ; CHANNEL } COMP chan_req_desc "Channel Request Description" { or_ty ; MT/MO Origination type .000 ; Spare < (or_ty=0) .0000 > ; Spare < (or_ty=0) .00000000 [3] > ; Spare < (or_ty=1) crd_prio > ; Channel Request Description Priority < (or_ty=1) rlc_mode > ; RLC Mode < (or_ty=1) llc_fr_type > ; LLC Frame Type < (or_ty=1) rbw > ; Requested Bandwidth < (or_ty=1) rlc_c_oct > ; RLC Octet Count } COMP ciph_key_num "Ciphering Key Sequence Number" { .0 ; spare key_seq ; Key Sequence } COMP ciph_mode_set "Cipher Mode Setting" { algo_ident ; Algorithm Identifier sc ; Start Ciphering } COMP ciph_res "Cipher Response" { .000 ; spare cr ; Cipher Response } COMP cod_prop "Codec Properties" { codec_thr ; Codec Threshold codec_hyst ; Codec Hysteresis } COMP ctrl_chan_desc "Control Channel Description" { .0 ; spare att ; Attach / detach allowed bs_ag_blks_res ; BS Access Grant Blocks reserved ccch_conf ; Common Control Channel Configuration .00000 ; spare bs_pa_mfrms ; BS Paging Multiframes t3212 ; T 3212 time-out value } COMP dgcr "Descriptive Group Call Reference" { gcr ; Group Call Reference sf ; Service Flag af ; Acknowledge Flag call_prio ; Call Priority group_ckn ; Ciphering information } COMP es_ind_tag "Early Classmark Sending Tag" { } COMP ext_meas_res "Extended Measurement Results" { sc_used ; Sequence Code Used dtx_used ; DTX Used rx_lev_ncell [21] ; RX Level Ncell } COMP exten "Extensions Bits IE" { ext_len ; extension length sp_ext [.ext_len..64] ; spare bit extensions IE } COMP freq_chan_seq "Frequency Channel Sequence" { .0 ; spare low_arfcn ; Lowest ARFCN inc_skip [N_FREQ_SKIP] ; inc skip of ARFCNn } TYPEDEF COMP freq_chan_seq freq_chan_seq_before "Frequency Channel Sequence" TYPEDEF COMP freq_chan_seq freq_chan_seq_after "Frequency Channel Sequence" COMP freq_list "Frequency List" { flist [1..32] ; Frequency List Contents } TYPEDEF COMP freq_list freq_list_after "Frequency List" TYPEDEF COMP freq_list freq_list_before "Frequency List" COMP freq_range "Frequency Range" { freq_lower ; Frequency RANGE LOWER freq_higher ; Frequency RANGE HIGHER } COMP ba_list_pref "BA List Pref" { CSN1_S1 freq_range [0..MAX_RANGE] ; Range Limits CSN1_S1 arfcn [0..MAX_ARFCN] ; BA Frequency S_PADDING .00101011 (0) ; Spare Padding } COMP ba_range "BA Range" { num_range ; Number of Ranges freq_range [2..N_MAX_RANGE] ; Frequency Range } COMP gprs_indic "GPRS Indicator" { ra_color ; RA Color si13_pos ; SI13 Position } COMP gprs_meas_res "GPRS Measurement Results" { c_val ; C Value rxqual ; RX Quality .0 ; Spare sign_var ; Signal Variance } COMP gprs_ma "GPRS Mobile Allocation" { hsn ; Hopping Sequence Number CSN1_S1 rfln [0..MAX_RFL] ; RFL Number hop ; Flag < (hop=0) allo_len6 > ; Allocation Bitmap Length < (hop=0) allo_bmp6 [allo_len6+1..64] > ; Allocation Bitmap < (hop=1) CSN1_S1 arfcn_idx [0..MAX_ARFCNI] > ; ARFCN Index } COMP gprs_resum "GPRS Resumption" { .000 ; Spare res_ack ; Resumption ACK } COMP group_chan_desc "Group Channel Description" { chan_type ; Channel type and TDMA offset tn ; Time Slot tsc ; Training Sequence Code hop ; Hopping < (hop=0) .00 > ; spare < (hop=0) arfcn > ; Absolute RF Channel Number < (hop=1) maio > ; Mobile Allocation Index Offset < (hop=1) hsn > ; Hopping Sequence Number < (hop=1) mac [1..N_MOB_ALLOC] > ; Mobile Allocation RF Channels } COMP hop_freq "Hopping Frequencies" { flag ; Flag < (flag = 0) ma_len > ; Mobile Allocation Length < (flag = 0) mac [ma_len..N_MOB_ALLOC] > ; Mobile Allocation Content < (flag = 1) freq_short_list2 > ; Frequency Short List 2 } COMP gr_ch_desc "Group Channel Description 2" { chan_type ; Channel type and TDMA offset tn ; Time Slot tsc ; Training Sequence Code hop ; Hopping < (hop=0) .00 > ; spare < (hop=0) arfcn > ; Absolute RF Channel Number < (hop=1) maio > ; Mobile Allocation Index Offset < (hop=1) hsn > ; Hopping Sequence Number CSN1_S1 hop_freq ; Hopping Frequencies } COMP gr_call_info "Group Call Information" { dgcr ; Descriptive Group Call Reference CSN1_S1 gr_ch_desc ; Group Channel Description 2 } COMP ia_freq_par "IA Frequency Parameters" { fp_len ; Length Of Frequency Parameters < (fp_len#0) .00 > ; Spare < (fp_len#0) maio > ; Mobile Allocation Index Offset < (fp_len#0) mac [fp_len-1..11] > ; Mobile Allocation Contents } COMP ia_2nd_part "IA Second Part Packet Assignment" { } 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 lsa_id_info "LSA ID Information" { lsa_id ; LSA ID CSN1_S1 lsa_id_add [0..MAX_LSA_ID] ; Additional LSA IDs } COMP chan_coding "MAC Mode And Channel Coding" { mac_mode ; MAC Mode cod_scheme ; Coding Scheme } COMP mob_alloc "Mobile Allocation" { mac [1..N_MOB_ALLOC] ; Mobile Allocation Contents } TYPEDEF COMP mob_alloc mob_alloc_before "Mobile Allocation" TYPEDEF COMP mob_alloc mob_alloc_after "Mobile Allocation" COMP mob_ident "Mobile Identity" { ident_type (GETPOS,:,4,+,:,1,+,SETPOS) ; Type of identity odd_even (SETPOS) ; Odd/ Even indication < (ident_type # ID_TYPE_NO_IDENT AND ident_type # ID_TYPE_TMSI) BCDODD ident_dig [0..16] (SETPOS)> ; Identity digit < (ident_type = ID_TYPE_TMSI) .1111 (:,SETPOS,8,+)> ; spare < (ident_type = ID_TYPE_TMSI) tmsi_1 [.32] (SETPOS)> ; TMSI } TYPEDEF COMP mob_ident mob_ident_2 "Mobile Identity" COMP mob_time_diff "Mobile Time Difference" { diff ; time difference .000 ; spare } COMP multirate_conf "Multi Rate Configuration" { NO_CODE tlv_len ; Length Information of TLV mr_vers ; Multi Rate Speech Version nscb ; Noise Suppression Control Bit icmi ; Initial Codec Mode Indicator .0 ; Spare st_mode ; Start Mode set_amr ; Set of AMR Codec Modes < (tlv_len>2) .00 > ; Spare < (tlv_len>2) cod_prop [tlv_len-3..3] > ; Codec Properties < (tlv_len=4) .0000 > ; Spare < (tlv_len=5) .00 > ; Spare } COMP multislot_alloc "Multislot Configuration" { + dab ; Downlink Assignment Bitmap * uab ; Uplink Assignment Bitmap chan_set [0..8] ; Channel Set Bitmap } COMP nc_mode "NC Mode For Target Cell" { .00 ; Spare ncm ; NC Mode } COMP ncell "Ncell" { rx_lev_ncell ; RX Level Ncell bcch_ncell ; BCCH Frequency Ncell bsic ; BSIC Ncell } COMP meas_result "Measurement Results" { ba_used ; BA used dtx_used ; DTX used rxlev_full ; RX Level Full Serving Cell .0 ; spare meas_valid ; Measurement valid rxlev_sub ; RX Level Sub Serving Cell .0 ; spare rxqual_full ; RX Quality Full Serving Cell rxqual_sub ; RX Quality Sub Serving Cell num_ncell ; Number of Cells ncell [N_CELL_MRES] ; Ncell } COMP nln_stat "NLN(PCH) and Status" { nln_pch ; Notification List Number PCH nln_status ; Notification List Number Status } COMP nt_rest_oct "NT/N Rest Octets" { CSN1_S1 nln_pch ; NLN(PCH) CSN1_S1 gr_call_info [0..MAX_GR_C_INFO] ; Group Call Information S_PADDING .00101011 (0) ; Spare padding } COMP opt_mcc "Optional MCC" { mcc [3] ; Mobile Country Code } COMP lsa_param "LSA parameters" { prio_thr ; Priority Threshold lsa_offs ; LSA Offset CSN1_S1 opt_mcc ; Optional MCC mnc [3] ; MNC } COMP lsa_par_id "LSA Parameters and LSA ID" { lsa_param ; LSA parameters lsa_id_info ; LSA ID Information } COMP opt_sel_par "Optional Selection Parameters" { cell_bar_qual ; Cell Bar Qualify cell_resel_offs ; Cell Reselect Offset temp_offs ; Temporary Offset penalty_time ; Penalty Time } COMP p0_pwr_ctrl_mode "P0 and BTS Power Control Mode" { p0 ; P0 pwr_ctrl_mode ; BTS Power Control Mode } COMP p0_prmode "P0 PR Mode" { p0 ; P0 pr_mode ; PR_Mode } COMP p0_bts_prmode "P0 BTS Power Control PR Mode" { p0 ; P0 pwr_ctrl_mode ; BTS Power Control Mode pr_mode ; PR_Mode } COMP pck_page1 "Packet Page Indication 1" { } TYPEDEF COMP pck_page1 pck_page2 "Packet Page Indication 2" TYPEDEF COMP pck_page1 pck_page3 "Packet Page Indication 3" COMP pck_chan_desc "Packet Channel Description" { pck_chan_type ; Packet Channel type tn ; Time Slot tsc ; Training Sequence Code hop ; Hopping < (hop=0) indir > ; Indirect < (hop=0) .0 > ; Spare < (hop=0 AND indir=0) arfcn > ; Absolute RF Channel Number < (hop=1 OR hop=0 AND indir=1) maio > ; Mobile Allocation Index Offset < (hop=0 AND indir=1) ma_num > ; MA Number Indication < (hop=0 AND indir=1) flag > ; Flag < (hop=0 AND indir=1 AND flag=0) .00 > ; Spare < (hop=0 AND indir=1 AND flag=1) ch_mark1 > ; Change Mark 1 < (hop=1) hsn > ; Hopping Sequence Number } COMP page_mode "Page Mode" { .00 ; spare pm ; Page Mode } COMP pan "PAN Structure" { dec ; PAN_DEC inc ; PAN_INC pmax ; PAN_MAX } COMP gprs_opt "GPRS Cell Options" { nmo ; Network Mode of Operation t3168 ; T3168 t3192 ; T3192 drx_t_max ; DRX_TIMER_MAX ab_type ; ACCESS_BURST_TYPE ctrl_ack_type ; CONTROL_ACK_TYPE bs_cv_max ; BS_CV_MAX CSN1_S1 pan ; PAN Structure CSN1_S1 exten ; Extension Structure } COMP pbcch_des "PBCCH Description" { pb ; Pb tsc ; Training Sequence Code tn ; Time Slot Number flag ; Flag < (flag=0) flag2 > ; Flag2 < (flag=0 AND flag2=1) arfcn > ; ARFCN < (flag=1) maio > ; Mobile Allocation Index Offset } COMP pch_nch_info "PCH and NCH Info" { pch_restruct ; Paging Channel Restructuring nln_sacch ; Notification List Number SACCH call_prio ; Call Priority nln_status ; Notification List Number Status } COMP pos "Position" { mod ; Modulus < (mod#0) rel_pos [.mod+1..16] > ; Relative Position bcch_type ; BCCH Type } TYPEDEF COMP pos poso "Optional Position" COMP poss "Positions" { pos ; Position CSN1_S1 poso [0..MAX_POS] ; Optional Position } COMP itp "Info Type and Positions" { flag ; Flag < (flag=0) it4 > ; Info Type 4 < (flag=1) flag1 > ; Flag1 < (flag=1 AND flag1=0) it5 > ; Info Type 5 < (flag=1 AND flag1=6) it6 > ; Info Type 6 poss ; Positions } TYPEDEF COMP itp itpo "Info Type and Positions Optional" COMP pow_cmd "Power Command" { .000 ; spare pow ; Power Level } COMP pow_cmd_access "Power Command & access type" { atc ; Access Type Control .00 ; spare pow ; Power Level } COMP rach_ctrl "RACH Control Parameters" { max_retrans ; Maximum Number of Retransmissions tx_integer ; Tx-integer cell_bar_access ; Cell Barred for Access re ; Call Reestablishment allowed ac ; Access Control Class } COMP req_ref "Request Reference" { ra ; Random Access Information t1 ; T1' t3 ; T3 t2 ; T2 } TYPEDEF COMP req_ref req_ref_2 "Request Reference" TYPEDEF COMP req_ref req_ref_3 "Request Reference" TYPEDEF COMP req_ref req_ref_4 "Request Reference" COMP rout_area_id "Routing Area Identification" { BCD_NOFILL mcc [3] ; Mobile Country Code BCD_MNC mnc [2..3] ; Mobile Network Code lac ; Location Area Code rac ; Routing Area Code } COMP sched "Scheduling Info" { itp ; Info Type and Positions CSN1_S1 itpo [0..MAX_ITP] ; Info Type and Positions Optional } COMP si1_rest_oct "SI 1 Rest Octets" { CSN1_SHL nch_position ; NCH Position S_PADDING .00101011 (22) ; Spare Padding } COMP si4_rest_octets_s "SI4 Rest Octets_S" { CSN1_SHL lsa_param ; LSA Parameters CSN1_SHL cell_ident ; Cell identity CSN1_SHL lsa_id_info ; LSA ID Information } COMP si4_rest_octets_bs "Structured Element" { HL_FLAG flag ; HL Flag < (flag = 0) HL_FLAG break_ind > ; Break Indicator < (flag = 1) si4_rest_octets_s > ; SI4 Rest Octets_S } COMP si4_rest_oct "SI 4 Rest Octets" { CSN1_SHL opt_sel_par ; Optional selection Parameters CSN1_SHL pow_offs ; Power Offset CSN1_SHL gprs_indic ; GPRS Indicator HL_FLAG si4_rest_octets_bs ; Structure contains Break Indicator & SI4 Rest Octets_S } COMP si7_rest_oct "SI 7 Rest Octets" { CSN1_SHL opt_sel_par ; Optional Selection Prameter CSN1_SHL pow_offs ; Power Offset CSN1_SHL gprs_indic ; GPRS Indicator si4_rest_octets_s ; SI Rest octets S } TYPEDEF COMP si7_rest_oct si8_rest_oct "SI 8 Rest Octets" COMP si9_rest_oct "SI 9 Rest Octets" { CSN1_SHL sched ; Scheduling Info S_PADDING .00101011 (22) ; Spare Padding } COMP si13_info "SI 13 Info" { bcch_cm ; BCCH Change Mark si_cf ; SI Change Field flag ; Flag < (flag=1) si13_cm > ; SI 13 Change Mark < (flag=1) gprs_ma > ; GPRS Mobile Allocation flag1 ; Flag1 < (flag1=0) rac > ; Routing Area Code < (flag1=0) spgc > ; Split PG Cycle Support < (flag1=0) prio_acc_thr > ; Priority Access Threshold < (flag1=0) nco > ; Network Control Order < (flag1=0) gprs_opt > ; GPRS Cell Options < (flag1=0) alpha > ; Alpha < (flag1=0) t_avg_w > ; T_AVG_W Value < (flag1=0) t_avg_t > ; T_AVG_T Value < (flag1=0) pc_meas_chan > ; Power Control Measurement Channel < (flag1=0) n_avg_i > ; N_AVG_I Value < (flag1=1) psi1_period > ; PSI1 Repeat Period < (flag1=1) pbcch_des > ; PBCCH Description } COMP si13_rest_oct "SI 13 Rest Octets" { CSN1_SHL si13_info ; SI 13 Info S_PADDING .00101011 (22) ; Spare Padding } COMP si16_rest_oct "SI 16 Rest Octets" { CSN1_SHL lsa_par_id ; LSA Parameters and LSA ID S_PADDING .00101011 (22) ; Spare Padding } TYPEDEF COMP si16_rest_oct si17_rest_oct "SI 17 Rest Octets" COMP single_alloc "Single Block Allocation" { tn ; Timeslot Number CSN1_S1 alpha_gamma ; Alpha Gamma CSN1_S1 p0_pwr_ctrl_mode ; P0 and BTS Power Control Mode } COMP start_time "Starting Time" { t1 ; T1' t3 ; T3 t2 ; T2 } TYPEDEF COMP start_time tbf_start_time "TBF Starting Time" TYPEDEF COMP start_time meas_start "Measurement Starting Time" COMP pck_meas_par "Packet Measurement Parameters" { meas_start ; Measurement Starting Time meas_int ; Measurement Interval meas_bmp ; Measurement Bitmap } COMP si2ter_ind "system information 2ter indicator" { } COMP si3_rest_oct "SI 3 Rest Octets" { CSN1_SHL opt_sel_par ; Optional Selection Parameters CSN1_SHL pow_offs ; Power Offset CSN1_SHL si2ter_ind ; System Information 2ter Indicator CSN1_SHL es_ind_tag ; Early Classmark Sending Tag CSN1_SHL if_and_where ; If And Where CSN1_SHL gprs_indic ; GPRS Indicator S_PADDING .00101011 (22) ; Spare Padding } COMP synch_ind "Synchronization Indication" { nci ; Normal cell indication rot ; Report Observed Time Difference si ; Synchronisation indication } COMP tagged_gamma "Tagged Gamma" { CSN1_SHL gamma ; Gamma } COMP pwr_ctrl "Power Control Parameters" { alpha ; Alpha tagged_gamma [8] ; Tagged Gamma } COMP tagged_call_prio "Tagged Priority" { CSN1_SHL call_prio ; Call Priority } COMP p3_rest_oct "P3 Rest Octets" { CSN1_SHL chan_needed3_4 ; Channel Needed for Mobile ID 3 and 4 CSN1_SHL nln_stat ; NLN(PCH) and Status tagged_call_prio [4] ; Priority 1 until 4 S_PADDING .00101011 (23) ; Spare Padding } COMP p2_rest_oct "P2 Rest Octets" { CSN1_SHL cn3 ; Channel Needed for Mobile ID 3 CSN1_SHL nln_stat ; NLN(PCH) and Status tagged_call_prio [3] ; Priority 1 until 3 CSN1_SHL pck_page3 ; Packet Page Indication 3 S_PADDING .00101011 (23) ; Spare Padding } COMP p1_rest_oct "P1 Rest Octets" { CSN1_SHL nln_stat ; NLN(PCH) and Status tagged_call_prio [2] ; Priority 1 and 2 CSN1_SHL gr_call_info ; Group Call Information CSN1_SHL pck_page1 ; Packet Page Indication 1 CSN1_SHL pck_page2 ; Packet Page Indication 2 S_PADDING .00101011 (23) ; Spare Padding } COMP tagged_usf_tn "Tagged USF For Timeslot" { CSN1_S1 usf ; Uplink State Flag } COMP time_advance "Timing Advance" { .00 ; spare ta ; Timing advance value } TYPEDEF COMP time_advance time_advance_2 "Timing Advance" COMP ta_idx_nm "Timing Advance Index and Number" { ta_idx ; Timing Advance Index ta_nm ; Timing Advance Timeslot Number } COMP pck_ta "Packet Timing Advance" { CSN1_S1 ta ; Timing Advance value CSN1_S1 ta_idx_nm ; Timing Advance Index and Number } COMP pck_dl_ass "RR Packet Downlink Assignment" { mac_mode ; MAC Mode rlc_mode ; RLC Mode ts_all ; Timeslot Allocation pck_ta ; Packet Timing Advance CSN1_S1 pwr_ctrl ; Power Control Parameters CSN1_S1 tfi ; Downlink TFI Assignment CSN1_S1 pck_meas_par ; Packet Measurement Parameters S_PADDING .00000000 (0) ; N Spare Padding } COMP tfi_ass_alloc "TFI Assignment and Allocation" { tfi ; TFI Assignment poll ; Polling allo_flag ; Allocation flag < (allo_flag=0) usf > ; Uplink State Flag < (allo_flag=0) usf_gran > ; USF Granularity < (allo_flag=0) CSN1_S1 p0_prmode > ; P0 and PR Mode < (allo_flag#0) allo_len5 > ; Allocation Bitmap Length < (allo_flag#0) allo_bmp5 [allo_len5..31] > ; Allocation Bitmap < (allo_flag#0) CSN1_S1 p0_bts_prmode > ; P0 BTS PR Mode ccm ; Channel Coding Command tlli_bcc ; TLLI Block Channel Coding CSN1_S1 alpha ; Alpha gamma ; Gamma CSN1_S1 ta_idx ; Timing Advance Index CSN1_S1 tbf_start_time ; TBF Starting Time } COMP tfi_ass_rlc "TFI Assignment and RLC Mode" { tfi ; TFI Assignment rlc_mode ; RLC Mode CSN1_S1 alpha ; Alpha gamma ; Gamma poll ; Polling ta_valid ; Timing Advance Valid } COMP pck_downl_ass_ia "Packet Downlink Assignment (IA)" { ded_tlli ; Temporary Logical Link Identifier CSN1_S1 tfi_ass_rlc ; TFI Assignment and RLC Mode CSN1_S1 ta_idx ; Timing Advance Index CSN1_S1 tbf_start_time ; TBF Starting Time CSN1_S1 p0_bts_prmode ; P0 BTS PR Mode } COMP usf_gamma "USF For Timeslot And Gamma" { usf ; Uplink State Flag gamma ; Gamma } COMP usf_gamma_csn1 "USF For Timeslot And Gamma (CSN1)" { CSN1_S1 usf_gamma ; USF For Timeslot And Gamma } COMP dyn_alloc "Dynamic Allocation" { ext_dyn_all ; Extended Dynamic Allocation CSN1_S1 p0 ; P0 usf_gran ; USF Granularity CSN1_S1 tfi ; Uplink TFI Assignment CSN1_S1 rlc_blks ; RLC Data Blocks Granted flag_pp ; Flag Parameters Present < (flag_pp=0) tagged_usf_tn [8] > ; Tagged USF For Timeslot < (flag_pp=1) alpha > ; Alpha < (flag_pp=1) usf_gamma_csn1 [8] > ; USF For Timeslot And Gamma (CSN1) } COMP vbs_vgcs_opt "VBS/VGCS Options" { inband_not ; Inband Notification inband_pag ; Inband pagings } COMP si6_rest_oct "SI 6 Rest Octets" { CSN1_SHL pch_nch_info ; PCH and NCH Info CSN1_SHL vbs_vgcs_opt ; VBS/VGCS Options S_PADDING .00101011 (18) ; Spare Padding } COMP vgcs_tmi "VGCS Target Mode Indication" { tm ; Target mode group_ckn ; Group Cipher Key Number .11 ; Spare } COMP fa_blk_ia "Fixed Allocation Block Structure" { blp ; Blocks Or Block Periods allo_len7 ; Allocation Bitmap Length allo_bmp7 [allo_len7..127] ; Allocation Bitmap } COMP fix_alloc "Fixed Allocation" { CSN1_S1 tfi ; Uplink TFI Assignment final ; Final Allocation dl_ctrl_tn ; Downlink Control Timeslot CSN1_S1 p0_pwr_ctrl_mode ; P0 and BTS Power Control Mode flag ; Flag < (flag=0) ts_all > ; Timeslot Allocation < (flag=1) pwr_ctrl > ; Power Control Parameters hdm ; Half Duplex Mode .0 ; spare flag1 ; Flag1 < (flag1=0) fa_blk_ia > ; Fixed Allocation Block Structure < (flag1=1) allo_var [allo_len7..127] > ; Allocation Bitmap Var } COMP pck_ul_ass "RR Packet Uplink Assignment" { ccm ; Channel Coding Command tlli_bcc ; TLLI Block Channel Coding pck_ta ; Packet Timing Advance flag ; Flag flag1 ; Flag1 < (flag=0 AND flag1=1) dyn_alloc > ; Dynamic Allocation < (flag=1 AND flag1=0) single_alloc > ; Single Block Allocation < (flag=1 AND flag1=1) fix_alloc > ; Fixed Allocation S_PADDING .00000000 (0) ; N Spare Padding } COMP sngl_block_alloc "Single Block Allocation" { CSN1_S1 alpha ; Alpha gamma ; Gamma .01 ; Spare tbf_start_time ; TBF Starting Time CSN1_SHL p0_bts_prmode ; P0 BTS PR Mode } COMP pck_upl_ass_ia "Packet Uplink Assignment (IA)" { flag ; Flag < (flag = 1) tfi_ass_alloc > ; TFI Assignment and Allocation < (flag = 0) sngl_block_alloc > ; Single Block Allocation } COMP ia_assign_par "IA Assignment Parameters" { flag ; Flag < (flag = 0) flag1 > ; Flag < (flag = 0 AND flag1 = 0) pck_upl_ass_ia > ; Packet Uplink Assignment (IA) < (flag = 0 AND flag1 # 0) pck_downl_ass_ia > ; Packet Downlink Assignment (IA) < (flag = 1) ia_2nd_part > ; IA Second Part Packet Assignment } COMP ia_rest_oct_par "IA Rest Octet Parameters" { flag ; Flag < (flag = 0) ia_freq_par > ; IA Frequency Parameters < (flag = 1) ia_assign_par > ; IA Assignment Parameters } COMP ia_rest_oct "IA Rest Octets" { CSN1_SHL ia_rest_oct_par ; IA Rest Octets Parameters S_PADDING .00101011 (22) ; Spare Padding } MSG b_applic_info both 0b00111000 ; Application Information { GSM3_V msg_type ; Message Type GSM1_V apdu_id ; APDU ID GSM1_V apdu_flags ; APDU Flags GSM4_LV apdu_data ; APDU Data } MSG d_add_assign downlink 0b00111011 ; Additional assignment { GSM3_V msg_type ; Message Type GSM3_V chan_desc ; Channel Description GSM4_TLV mob_alloc 0x72 ; Mobile Allocation GSM3_TV start_time 0x7C ; Starting Time } MSG d_assign_cmd downlink 0b00101110 ; Assignment command { GSM3_V msg_type ; Message Type GSM3_V chan_desc ; Description of the First Channel, after time GSM3_V pow_cmd ; Power Command GSM4_TLV freq_list_after 0x05 ; Frequency List, after time GSM3_TV cell_chan_desc 0x62 ; Cell Channel Description GSM4_TLV multislot_alloc 0x10 ; Multislot Configuration GSM3_TV chan_mode 0x63 ; Mode of the 1st Channel GSM3_TV chan_mode2 0x11 ; Mode of the 2nd Channel Set GSM3_TV chan_mode3 0x13 ; Mode of the 3rd Channel Set GSM3_TV chan_mode4 0x14 ; Mode of the 4th Channel Set GSM3_TV chan_mode5 0x15 ; Mode of the 5th Channel Set GSM3_TV chan_mode6 0x16 ; Mode of the 6th Channel Set GSM3_TV chan_mode7 0x17 ; Mode of the 7th Channel Set GSM3_TV chan_mode8 0x18 ; Mode of the 8th Channel Set GSM3_TV chan_desc_after_2 0x64 ; Description of the 2nd Channel, after time GSM3_TV chan_mode_2 0x66 ; Mode of the 2nd Channel GSM4_TLV mob_alloc_after 0x72 ; Mobile Allocation, after time GSM3_TV start_time 0x7C ; Starting Time GSM4_TLV freq_list_before 0x19 ; Frequency List, before time GSM3_TV chan_desc_before 0x1C ; Description of the 1st Channel, before time GSM3_TV chan_desc_before_2 0x1D ; Description of the 2nd Channel, before time GSM3_TV freq_chan_seq 0x1E ; Frequency channel sequence before time GSM4_TLV mob_alloc_before 0x21 ; Mobile Allocation, before time GSM1_TV ciph_mode_set 0x09 ; Cipher Mode Setting GSM4_TLV vgcs_tmi 0x01 ; VGCS Target Mode Indication GSM4_TLV multirate_conf 0x03 ; Multi Rate Configuration } MSG u_assign_comp uplink 0b00101001 ; Assignment complete { GSM3_V msg_type ; Message Type GSM3_V rr_cause ; RR Cause } MSG u_assign_fail uplink 0b00101111 ; Assignment failure { GSM3_V msg_type ; Message Type GSM3_V rr_cause ; RR cause } MSG d_chan_mod downlink 0b00010000 ; Channel mode modify { GSM3_V msg_type ; Message Type GSM3_V chan_desc ; Channel Description GSM3_V chan_mode ; Channel Mode GSM4_TLV vgcs_tmi 0x01 ; VGCS Target Mode Indication GSM4_TLV multirate_conf 0x03 ; Multi-Rate Configuration } MSG u_chan_mod_ack uplink 0b00010111 ; Channel mode modify acknowledge { GSM3_V msg_type ; Message Type GSM3_V chan_desc ; Channel Description GSM3_V chan_mode ; Channel Mode } MSG d_chan_rel downlink 0b00001101 ; Channel release { GSM3_V msg_type ; Message Type GSM3_V rr_cause ; RR Cause GSM4_TLV ba_range 0x73 ; BA Range GSM4_TLV group_chan_desc 0x74 ; Group Channel Description GSM3_TV group_ckn 0x08 ; Group Cipher Key Number GSM1_TV gprs_resum 0x0C ; GPRS Resumption GSM4_TLV ba_list_pref 0x75 ; BA List Pref } MSG d_ciph_cmd downlink 0b00110101 ; Ciphering mode command { GSM3_V msg_type ; Message Type GSM1_V ciph_mode_set ; Ciphering Mode Setting GSM1_V ciph_res ; Cipher Response } MSG u_ciph_comp uplink 0b00110010 ; Ciphering mode complete { GSM3_V msg_type ; Message Type GSM4_TLV mob_ident 0x17 ; Mobile Equipment Identity } MSG u_class_chng uplink 0b00010110 ; Classmark change { GSM3_V msg_type ; Message Type GSM4_LV EXTERN @m_rr_com - mob_class_2@ mob_class_2 ; Mobile Station Classmark GSM4_TLV EXTERN @m_rr_com - mob_class_3@ mob_class_3 0x20 ; Additional Mobile Station Classmark Information } MSG d_class_enq downlink 0b00010011 ; Classmark enquiry { GSM3_V msg_type ; Message Type } MSG d_conf_change_cmd downlink 0b00110000 ; Configuration Change Command { GSM3_V msg_type ; Message Type GSM4_LV multislot_alloc ; Multislot Configuration GSM3_TV chan_mode 0x63 ; Mode of the 1st Channel Set GSM3_TV chan_mode2 0x11 ; Mode of the 2nd Channel Set GSM3_TV chan_mode3 0x13 ; Mode of the 3rd Channel Set GSM3_TV chan_mode4 0x14 ; Mode of the 4th Channel Set GSM3_TV chan_mode5 0x15 ; Mode of the 5th Channel Set GSM3_TV chan_mode6 0x16 ; Mode of the 6th Channel Set GSM3_TV chan_mode7 0x17 ; Mode of the 7th Channel Set GSM3_TV chan_mode8 0x18 ; Mode of the 8th Channel Set } MSG d_conf_change_ack uplink 0b00110001 ; Configuration Change Acknowledge { GSM3_V msg_type ; Message Type } MSG d_config_change_rej uplink 0b00110011 ; Configuration Change Reject { GSM3_V msg_type ; Message Type GSM3_V rr_cause ; RR Cause } MSG d_ext_meas_order downlink 0b00110111 ; Extended Measurement Order { GSM3_V msg_type ; Message Type GSM3_V ext_meas_freq ; Extended Measurement Frequency List } MSG u_ext_meas_report uplink 0b00110110 ; Extended Measurement Report { GSM3_V msg_type ; Message Type GSM3_V ext_meas_res ; Extended Measurement Results } MSG d_freq_redef downlink 0b00010100 ; Frequency redefinition { GSM3_V msg_type ; Message Type GSM3_V chan_desc ; Channel Description GSM4_LV mob_alloc ; Mobile Allocation GSM3_V start_time ; Starting Time GSM3_TV cell_chan_desc 0x62 ; Cell Channel Description } MSG u_gprs_susp_req uplink 0b00110100 ; GPRS suspension request { GSM3_V msg_type ; Message Type GSM3_V ded_tlli ; Temporary Logical Link Identifier GSM3_V rout_area_id ; Routing Area Identification GSM3_V susp_cause ; Suspension Cause } MSG d_handov_cmd downlink 0b00101011 ; Handover command { GSM3_V msg_type ; Message Type GSM3_V cell_desc ; Cell Description GSM3_V chan_desc_after ; Description of 1st channel, after time GSM3_V handov_ref ; Handover Reference GSM3_V pow_cmd_access ; Power Command and Access type GSM1_TV synch_ind 0x0D ; Synchronization Indication GSM3_TV freq_short_list_after 0x02 ; Frequency Short List, after time GSM4_TLV freq_list_after 0x05 ; Frequency List, after time GSM3_TV cell_chan_desc 0x62 ; Cell Channel Description GSM3_TV chan_mode 0x63 ; Mode of the First Channel GSM3_TV chan_mode2 0x11 ; Mode of the 2nd Channel Set GSM3_TV chan_mode3 0x13 ; Mode of the 3rd Channel Set GSM3_TV chan_mode4 0x14 ; Mode of the 4th Channel Set GSM3_TV chan_mode5 0x15 ; Mode of the 5th Channel Set GSM3_TV chan_mode6 0x16 ; Mode of the 6th Channel Set GSM3_TV chan_mode7 0x17 ; Mode of the 7th Channel Set GSM3_TV chan_mode8 0x18 ; Mode of the 8th Channel Set GSM3_TV chan_desc_after_2 0x64 ; Description of 2nd Channel, after time GSM3_TV chan_mode_2 0x66 ; Mode of the 2nd Channel GSM3_TV freq_chan_seq_after 0x69 ; Freq. Channel Sequence, after time GSM4_TLV mob_alloc_after 0x72 ; Mobile Allocation, after time GSM3_TV start_time 0x7C ; Starting Time GSM4_TLV time_diff 0x7B ; Real Time Difference GSM3_TV time_advance 0x7D ; Timing Advance GSM3_TV freq_short_list_before 0x12 ; Frequency Short List, before time GSM4_TLV freq_list_before 0x19 ; Frequency List, before time GSM3_TV chan_desc_before 0x1C ; Description of 1st Channel, before time GSM3_TV chan_desc_before_2 0x1D ; Description of 2nd Channel, before time GSM3_TV freq_chan_seq_before 0x1E ; Freq. channel sequence before time GSM4_TLV mob_alloc_before 0x21 ; Mobile Allocation, before time GSM1_TV ciph_mode_set 0x09 ; Cipher Mode Setting GSM4_TLV vgcs_tmi 0x01 ; VGCS Target Mode Indication GSM4_TLV multirate_conf 0x03 ; Multi Rate Configuration } MSG u_handov_comp uplink 0b00101100 ; Handover complete { GSM3_V msg_type ; Message Type GSM3_V rr_cause ; RR Cause GSM4_TLV mob_time_diff 0x77 ; Mobile Observed Time Difference } MSG u_handov_fail uplink 0b00101000 ; Handover failure { GSM3_V msg_type ; Message Type GSM3_V rr_cause ; RR Cause } MSG d_imm_assign downlink 0b00111111 ; Immediate assignment { GSM3_V msg_type ; Message Type .0 ; Dedicated Mode Or TBF Spare tma ; Two-message Assignment dl ; Downlink Assignment d_t ; Dedicated Mode or TBF GSM1_V page_mode ; Page Mode < (d_t=0) GSM3_V chan_desc > ; Channel Description < (d_t=1) GSM3_V pck_chan_desc > ; Packet Channel Description GSM3_V req_ref ; Request Reference GSM3_V time_advance ; Timing Advance GSM4_LV mob_alloc ; Mobile Allocation GSM3_TV start_time 0x7C ; Starting Time ia_rest_oct ; IA Rest Octets (freq. parameters, before time) } MSG d_imm_assign_ext downlink 0b00111001 ; Immediate assignment extended { GSM3_V msg_type ; Message Type GSM1_V page_mode ; Page Mode .0000 ; Spare Half Octet GSM3_V chan_desc ; Channel Description 1 GSM3_V req_ref ; Request Reference 1 GSM3_V time_advance ; Timing Advance 1 GSM3_V chan_desc_2 ; Channel Description 2 GSM3_V req_ref_2 ; Request Reference 2 GSM3_V time_advance_2 ; Timing Advance 2 GSM4_LV mob_alloc ; Mobile Allocation GSM3_TV start_time 0x7C ; Starting Time S_PADDING .00101011 (22) ; IAX Rest Octets } MSG d_imm_assign_rej downlink 0b00111010 ; Immediate assignment reject { GSM3_V msg_type ; Message Type GSM1_V page_mode ; Page Mode .0000 ; Spare Half Octet GSM3_V req_ref ; Request Reference 1 GSM3_V t3122 ; T3122 Wait Indication 1 GSM3_V req_ref_2 ; Request Reference 2 GSM3_V t3122_2 ; T3122 Wait Indication 2 GSM3_V req_ref_3 ; Request Reference 3 GSM3_V t3122_3 ; T3122 Wait Indication 3 GSM3_V req_ref_4 ; Request Reference 4 GSM3_V t3122_4 ; T3122 Wait Indication 4 S_PADDING .00101011 (22) ; IAR Rest Octets } MSG u_meas_rep uplink 0b00010101 ; Measurement report { GSM3_V msg_type ; Message Type GSM3_V meas_result ; Measurement Results } MSG d_notify_nch downlink 0b00100000 ; Notification/NCH { GSM3_V msg_type ; Message Type GSM3_V nt_rest_oct ; NT/N Rest Octets } MSG d_pag_req_1 downlink 0b00100001 ; Paging request type 1 { GSM3_V msg_type ; Message Type GSM1_V page_mode ; Page Mode GSM1_V chan_needed ; Channels Needed for Mobiles 1 and 2 GSM4_LV mob_ident ; Mobile Identity 1 GSM4_TLV mob_ident_2 0x17 ; Mobile Identity 2 p1_rest_oct ; P1 Rest Octets } MSG d_pag_req_2 downlink 0b00100010 ; Paging request type 2 { GSM3_V msg_type ; Message Type GSM1_V page_mode ; Page Mode GSM1_V chan_needed ; Channels Needed for Mobiles 1 and 2 GSM3_V tmsi_1 ; Mobile Identity 1 GSM3_V tmsi_2 ; Mobile Identity 2 GSM4_TLV mob_ident 0x17 ; Mobile Identity 3 p2_rest_oct ; P2 Rest Octets } MSG d_pag_req_3 downlink 0b00100100 ; Paging request type 3 { GSM3_V msg_type ; Message Type GSM1_V page_mode ; Page Mode GSM1_V chan_needed ; Channels Needed for Mobiles 1 and 2 GSM3_V tmsi_1 ; Mobile Identity 1 GSM3_V tmsi_2 ; Mobile Identity 2 GSM3_V tmsi_3 ; Mobile Identity 3 GSM3_V tmsi_4 ; Mobile Identity 4 p3_rest_oct ; P3 Rest Octets } MSG u_pag_res uplink 0b00100111 ; Paging response { GSM3_V msg_type ; Message Type GSM1_V ciph_key_num ; Ciphering Key Sequence Number .0000 ; Spare Half Octet GSM4_LV EXTERN @m_rr_com - mob_class_2@ mob_class_2 ; Mobile Station Classmark GSM4_LV mob_ident ; Mobile Identity } MSG d_part_rel downlink 0b00001010 ; Partial release { GSM3_V msg_type ; Message Type GSM3_V chan_desc ; Channel Description } MSG u_part_rel_comp uplink 0b00001111 ; Partial release complete { GSM3_V msg_type ; Message Type } MSG d_pdch_ass_cmd downlink 0b00100011 ; PDCH Assignment Command { GSM3_V msg_type ; Message Type GSM3_V chan_desc ; Description of the Channel, after time GSM3_TV cell_chan_desc 0x62 ; Cell Channel Description GSM4_TLV freq_list_after 0x05 ; Frequency List, after time GSM4_TLV mob_alloc_after 0x72 ; Mobile Allocation, after time GSM3_TV start_time 0x7C ; Starting Time GSM4_TLV freq_list_before 0x19 ; Frequency List, before time GSM3_TV chan_desc_before 0x1C ; Description of the Channel, before time GSM3_TV freq_chan_seq 0x1E ; Frequency channel sequence before time GSM4_TLV mob_alloc_before 0x21 ; Mobile Allocation, before time GSM4_TLV pck_ul_ass 0x22 ; RR Packet Uplink Assignment GSM4_TLV pck_dl_ass 0x23 ; RR Packet Downlink Assignment } MSG d_phys_info downlink 0b00101101 ; Physical information { GSM3_V msg_type ; Message Type GSM3_V time_advance ; Timing Advance } MSG d_change_order downlink 0b00001000 ; RR-Cell Change Order { GSM3_V msg_type ; Message Type GSM3_V cell_desc ; Cell Description GSM1_V nc_mode ; NC Mode For Target Cell } MSG d_rr_init_req uplink 0b00111100 ; RR Initialisation Request { GSM3_V msg_type ; Message Type GSM1_V ciph_key_num ; Ciphering Key Sequence Number GSM1_V chan_coding ; MAC Mode And Channel Coding GSM4_LV EXTERN @m_rr_com - mob_class_2@ mob_class_2 ; Mobile Station Classmark GSM3_V ded_tlli ; Temporary Logical Link Identifier GSM3_V chan_req_desc ; Channel Request Description GSM3_V gprs_meas_res ; GPRS Measurement Results } MSG b_rr_status both 0b00010010 ; RR Status { GSM3_V msg_type ; Message Type GSM3_V rr_cause ; RR Cause } MSG d_sys_info_1 downlink 0b00011001 ; System information Type 1 { GSM3_V msg_type ; Message Type GSM3_V cell_chan_desc ; Cell Channel Description GSM3_V rach_ctrl ; RACH Control Parameter si1_rest_oct ; SI 1 Rest Octets } MSG d_sys_info_2 downlink 0b00011010 ; System information Type 2 { GSM3_V msg_type ; Message Type GSM3_V neigh_cell_desc ; BCCH Frequency List GSM3_V ncc_permit ; NCC Permitted GSM3_V rach_ctrl ; RACH Control Parameter } MSG d_sys_info_2bis downlink 0b00000010 ; System information Type 2bis { GSM3_V msg_type ; Message Type GSM3_V neigh_cell_desc ; Extended BCCH Frequency List GSM3_V rach_ctrl ; RACH Control Parameters S_PADDING .00101011 (22) ; SI 2bis Rest Octets } MSG d_sys_info_2ter downlink 0b00000011 ; System information Type 2ter { GSM3_V msg_type ; Message Type GSM3_V neigh_cell_desc ; Extended BCCH Frequency List S_PADDING .00101011 (22) ; SI 2ter Rest Octets } MSG d_sys_info_3 downlink 0b00011011 ; System information Type 3 { GSM3_V msg_type ; Message Type GSM3_V cell_ident ; Cell Identity GSM3_V loc_area_ident ; Location Area Identification GSM3_V ctrl_chan_desc ; Control Channel Description GSM3_V cell_opt_bcch ; Cell Options GSM3_V cell_select ; Cell Selection Parameters GSM3_V rach_ctrl ; RACH Control Parameters si3_rest_oct ; SI 3 Rest Octets } MSG d_sys_info_4 downlink 0b00011100 ; System information Type 4 { GSM3_V msg_type ; Message Type GSM3_V loc_area_ident ; Location Area Identification GSM3_V cell_select ; Cell Selection Parameters GSM3_V rach_ctrl ; RACH Control Parameters GSM3_TV chan_desc 0x64 ; CBCH Channel Description GSM4_TLV mob_alloc 0x72 ; CBCH Mobile Allocation CSN1_CONCAT si4_rest_oct ; SI 4 Rest Octets S_PADDING .00101011 (22) ; Spare Padding } MSG d_sys_info_5 downlink 0b00011101 ; System information Type 5 { GSM3_V msg_type ; Message Type GSM3_V neigh_cell_desc ; BCCH Frequency List } MSG d_sys_info_5bis downlink 0b00000101 ; System information Type 5bis { GSM3_V msg_type ; Message Type GSM3_V neigh_cell_desc ; Extension of the BCCH Frequency List Description } MSG d_sys_info_5ter downlink 0b00000110 ; System information Type 5ter { GSM3_V msg_type ; Message Type GSM3_V neigh_cell_desc ; Extended BCCH Frequency List } MSG d_sys_info_6 downlink 0b00011110 ; System information Type 6 { GSM3_V msg_type ; Message Type GSM3_V cell_ident ; Cell Identity GSM3_V loc_area_ident ; Location Area Identification GSM3_V cell_opt_sacch ; Cell Options GSM3_V ncc_permit ; NCC Permitted si6_rest_oct ; SI 6 Rest Octets } MSG d_sys_info_7 downlink 0b00011111 ; System information Type 7 { GSM3_V msg_type ; Message Type si7_rest_oct ; SI 7 Rest Octets } MSG d_sys_info_8 downlink 0b00011000 ; System information Type 8 { GSM3_V msg_type ; Message Type si8_rest_oct ; SI 8 Rest Octets } MSG d_sys_info_9 downlink 0b00000100 ; System information Type 9 { GSM3_V msg_type ; Message Type GSM3_V rach_ctrl ; RACH Control Parameter si9_rest_oct ; SI 9 Rest Octets } MSG d_sys_info_13 downlink 0b00000000 ; System information Type 13 { GSM3_V msg_type ; Message Type si13_rest_oct ; SI 13 Rest Octets } MSG d_sys_info_16 downlink 0b00111101 ; System information Type 16 { GSM3_V msg_type ; Message Type si16_rest_oct ; SI 16 Rest Octets } MSG d_sys_info_17 downlink 0b00111110 ; System information Type 17 { GSM3_V msg_type ; Message Type si17_rest_oct ; SI 17 Rest Octets } MSG talker_ind uplink 0b00010001 ; Talker Indication { GSM3_V msg_type ; Message Type GSM4_LV EXTERN @m_rr_com - mob_class_2@ mob_class_2 ; Mobile Station Classmark GSM4_LV mob_ident ; Mobile Identity } MSG d_uplink_busy downlink 0b00101010 ; Uplink Busy { GSM3_V msg_type ; Message Type } MSG b_uplink_rel both 0b00001110 ; Uplink release { GSM3_V msg_type ; Message Type GSM3_V rr_cause ; RR Cause } MSG d_vgcs_uplink_grant downlink 0b00001001 ; VGCS uplink grant { GSM3_V msg_type ; Message Type GSM3_V req_ref ; Request Reference GSM3_V time_advance ; Timing Advance }