ID | Name | Description |
---|---|---|
IDXTYPE | Index Type | Meaning: index type Value range: BYTLLI(By TLLI), BYIMSI(By IMSI) Explanation: This parameter specifies whether to query the MS context by TLLI or IMSI. Default value: None |
TLLI | TLLI | Meaning: TLLI Value range: 0-4294967295 Explanation: This parameter specifies a temporary logical link in decimal format. Default value: None |
IMSI | IMSI | Meaning: IMSI Value range: 15 characters Explanation: This parameter specifies the international mobile station identification composed of digits from 0 to 9. Default value: None |
Query the context of an MS (IMSI = 460701234500019): DSP MSCONTEXT: IDXTYPE=BYIMSI, IMSI="460701234500019"; The result is as follows: +++ HUAWEI 2007-11-26 05:14:12 O&M #3809 %%DSP MSCONTEXT: IDXTYPE=BYIMSI, IMSI=460701234500019;%% RETCODE = 0 Operation succeeded Display MS Context ------------------ IMSI = 460701234500019 TLLI = 3229843467 GPRS Suspend = No Cell Index = 0 SplitPgCycleCode = 7 SplitOnCCCH = No NonDrxTimer = 4 Frequency Band = 900E Support EGPRS = Yes GPRS Multi-timeslot Capability = 10 EGPRS Multi-timeslot Capability = 10 Support DTM = Yes Support Uplink 8PSK = Yes Support GERAN Feature Pakage1 = Yes DTM GPRS Multi-timeslot Capability = 9 DTM EGPRS Multi-timeslot Capability = 9 DTM GPRS High Multi-timeslot Capability = Invalid DTM EGPRS High Multi-timeslot Capability = Invalid Extended DTM GPRS Multi-timeslot Capability = Invalid Extended DTM EPRS Multi-timeslot Capability = Invalid Single Slot DTM(TCH/H+PDCH/H) = No DTM Enhancements Capability = No Frequency Band = 1800 Support EGPRS = Yes GPRS Multi-timeslot Capability = 10 EGPRS Multi-timeslot Capability = 10 Support DTM = Yes Support Uplink 8PSK = Yes Support GERAN Feature Pakage1 = Yes DTM GPRS Multi-timeslot Capability = 9 DTM EGPRS Multi-timeslot Capability = 9 DTM GPRS High Multi-timeslot Capability = Invalid DTM EGPRS High Multi-timeslot Capability = Invalid Extended DTM GPRS Multi-timeslot Capability = Invalid Extended DTM EPRS Multi-timeslot Capability = Invalid Single Slot DTM(TCH/H+PDCH/H) = No DTM Enhancements Capability = No Frequency Band = 1900 Support EGPRS = Yes GPRS Multi-timeslot Capability = 10 EGPRS Multi-timeslot Capability = 10 Support DTM = Yes Support Uplink 8PSK = Yes Support GERAN Feature Pakage1 = Yes DTM GPRS Multi-timeslot Capability = 9 DTM EGPRS Multi-timeslot Capability = 9 DTM GPRS High Multi-timeslot Capability = Invalid DTM EGPRS High Multi-timeslot Capability = Invalid Extended DTM GPRS Multi-timeslot Capability = Invalid Extended DTM EPRS Multi-timeslot Capability = Invalid Single Slot DTM(TCH/H+PDCH/H) = No DTM Enhancements Capability = No Frequency Band = 850 Support EGPRS = Yes GPRS Multi-timeslot Capability = 10 EGPRS Multi-timeslot Capability = 10 Support DTM = Yes Support Uplink 8PSK = Yes Support GERAN Feature Pakage1 = Yes DTM GPRS Multi-timeslot Capability = 9 DTM EGPRS Multi-timeslot Capability = 9 DTM GPRS High Multi-timeslot Capability = Invalid DTM EGPRS High Multi-timeslot Capability = Invalid Extended DTM GPRS Multi-timeslot Capability = Invalid Extended DTM EPRS Multi-timeslot Capability = Invalid Single Slot DTM(TCH/H+PDCH/H) = No DTM Enhancements Capability = No TFI (uplink) = 20 Timeslot0 = Invalid Timeslot1 = Invalid Timeslot2 = Invalid Timeslot3 = 0 Timeslot4 = Invalid Timeslot5 = Invalid Timeslot6 = Invalid Timeslot7 = Invalid TRX No.(uplink) = 0 (M)CsType(uplink) = MCS_9 Timing Advance (uplink) = 0 Rlc Mode (uplink) = Answer LQC Type (uplink) = LA Retransmission Rate CS1 (uplink)[%] = Invalid Retransmission Rate CS2 (uplink)[%] = Invalid Retransmission Rate CS3 (uplink)[%] = Invalid Retransmission Rate CS4 (uplink)[%] = Invalid Timeslot Assignment (uplink) = 16 Uplink Control Channel = 3 N3101 = 0 N3103 = 0 CS Time Slot = 2 (Number of results = 1) --- END
Domain Name | Description |
---|---|
Frequency Band | Value range: 900P, 900E, 900R, 1800, 1900, 450, 480, 850, 700, Invalid |
Support EGPRS | This parameter specifies whether EGPRS is supported. Yes indicates that the EGPRS is supported, and No indicates that the EGPRS is not supported. |
GPRS Multi-timeslot Capability | Multi-timeslot capability of GPRS |
EGPRS Multi-timeslot Capability | Multi-timeslot capability of EGPRS |
Support Uplink 8PSK | This parameter specifies whether 8PSK is supported in the uplink. Yes indicates that 8PSK is supported in the uplink, and No indicates that 8PSK is not supported in the uplink. |
Support GERAN Feature Package1 | This parameter specifies whether GERAN Feature Pakcage1 is supported. Yes indicates that GERAN Feature Package1 is supported, and No indicates that GERAN Feature Package1 is not supported. |
Support DTM | This parameter specifies whether DTM is supported. Yes indicates that DTM is supported, and No indicates that DTM is not supported. |
DTM GPRS Multi-timeslot Capability | Multi-timeslot capability of GPRS during DTM |
DTM EGPRS Multi-timeslot Capability | Multi-timeslot capability of EGPRS during DTM |
DTM GPRS High Multi-timeslot Capability | High multi-timeslot capability of GPRS during DTM |
DTM EGPRS High Multi-timeslot Capability | High multi-timeslot capability of EGPRS during DTM |
Single Slot DTM(TCH/H+PDCH/H) | This parameter specifies whether Single Slot DTM(TCH/H+PDCH/H) is supported. Yes indicates that Single Slot DTM(TCH/H+PDCH/H) is supported, and No indicates that Single Slot DTM(TCH/H+PDCH/H) is not supported |
Extended DTM GPRS Multi-timeslot Capability | Extended multi-timeslot capability of GPRS during DTM |
Extended DTM EPRS Multi-timeslot Capability | Extended multi-timeslot capability of EGPRS during DTM |
DTM Enhancements Capability | This parameter specifies whether DTM Enhancements Capability is supported. Yes indicates that DTM Enhancements Capability is supported, and No indicates that DTM Enhancements Capability is not supported |
SplitPgCycleCode | SplitPgCycleCode |
SplitOnCCCH | Value range: Yes, No, Invalid |
NonDrxTimer | Timer for discontinuous reception |
GPRS Suspend | Value range: Yes, No. Yes indicates that the MS is handed over to the CS service from PS service. Thus, the GPRS is suspended. No indicates that the PS services are not suspended. |
Cell Index | Index of the 2G cell on which the MS camps |
TFI (uplink) | Uplink TFI |
TimeSlot0 | Timeslot 0. When timeslot assignment is valid, this parameter specifies the USF assigned for this timeslot. |
TimeSlot1 | Timeslot 1. When timeslot assignment is valid, this parameter specifies the USF assigned for this timeslot. |
TimeSlot2 | Timeslot 2. When timeslot assignment is valid, this parameter specifies the USF assigned for this timeslot. |
TimeSlot3 | Timeslot 3. When timeslot assignment is valid, this parameter specifies the USF assigned for this timeslot. |
TimeSlot4 | Timeslot 4. When timeslot assignment is valid, this parameter specifies the USF assigned for this timeslot. |
TimeSlot5 | Timeslot 5. When timeslot assignment is valid, this parameter specifies the USF assigned for this timeslot. |
TimeSlot6 | Timeslot 6. When timeslot assignment is valid, this parameter specifies the USF assigned for this timeslot. |
TimeSlot7 | Timeslot 7. When timeslot assignment is valid, this parameter specifies the USF assigned for this timeslot. |
TRX No.(uplink) | Uplink TRX number |
(M)CsType(uplink) | Uplink coding type, value range: CS_1, CS_2, CS_3, CS_4, MCS_1, MCS_2, MCS_3, MCS_4, MCS_5, MCS_6, MCS_7, MCS_8, MCS_9, MCS_5_7, MCS_6_9, MCS_3p, MCS_6p |
Timing Advance (uplink) | Uplink timing advance |
Rlc Mode (uplink) | Uplink RLC mode, value range: Answer, No Answer. Answer indicates the acknowledged mode, and No Answer indicates the unacknowledged mode. |
LQC Type (uplink) | Uplink LQC type, value range: IR, LA. Incremental Redundancy (IR) enables higher decoding efficiency through combining information from different transmissions of RLC data blocks when decoding. Incremental Redundancy (IR) in EGPRS is a feature that improves transmission quality. Since the retransmission is combined with the previously transmitted block, the process yields a lower bit-rate, which can facilitate decoding. Link adaptation (LA) denotes the matching of the modulation, coding and other signal and protocol parameters to the conditions on the radio link. |
Retransmission Rate CS1 (uplink)[%] | Uplink retransmission rate CS1 |
Retransmission Rate CS2 (uplink)[%] | Uplink retransmission rate CS2 |
Retransmission Rate CS3 (uplink)[%] | Uplink retransmission rate CS3 |
Retransmission Rate CS4 (uplink)[%] | Uplink retransmission rate CS4 |
Timeslot Assignment (uplink) | Uplink timeslot assignment |
Uplink Control Channel | Uplink control channel |
N3101 | N3101 |
N3103 | N3103 |
TFI (downlink) | Downlink TFI |
TRX No.(downlink) | Downlink TRX number |
(M)CsType(downlink) | Downlink coding type: CS_1, CS_2, CS_3, CS_4, MCS_1, MCS_2, MCS_3, MCS_4, MCS_5, MCS_6, MCS_7, MCS_8, MCS_9, MCS_5_7, MCS_6_9, MCS_3p, MCS_6p |
Timing Advance (downlink) | Downlink timing advance |
Rlc Mode (downlink) | Downlink RLC mode, value range: Answer, No Answer. Answer indicates the acknowledged mode, and No Answer indicates the unacknowledged mode. |
LQC Type (downlink) | Downlink LQC type, value range: IR, LA. Incremental Redundancy (IR) enables higher decoding efficiency through combining information from different transmissions of RLC data blocks when decoding. Incremental Redundancy (IR) in EGPRS is a feature that improves transmission quality. Since the retransmission is combined with the previously transmitted block, the process yields a lower bit-rate, which can facilitate decoding. Link adaptation (LA) denotes the matching of the modulation, coding and other signal and protocol parameters to the conditions on the radio link. |
PeakBitRate[bit/s] | Peak bit rate (unit: bit/s) |
Precedence | Precedence |
A | A |
T | T |
CR | CR |
Tag | Tag |
Bucket Size[bytes] | Size of the bucket (unit: byte) |
Bucket Rate[bytes/s] | Rate of the bucket (unit: bytes/s) |
Retransmission Rate CS1 (downlink)[%] | Downlink retransmission rate CS1 |
Retransmission Rate CS2 (downlink)[%] | Downlink retransmission rate CS2 |
Retransmission Rate CS3 (downlink)[%] | Downlink retransmission rate CS3 |
Retransmission Rate CS4 (downlink)[%] | Downlink retransmission rate CS4 |
Timeslot Assignment (downlink) | Downlink timeslot assignment |
Downlink Control Channel | Downlink control channel |
N3105 | N3105 timer |
CS Time Slot | CS Time Slot during DTM |