Nastar电信CDR话单字段说明Word格式.docx

1、OMC Name=operation center code. Value=0755/NE_ID Name=System nameBSS01Type Name=U2000 TS borad ID0001/USet1.2 文件目录：/export/home/sysm/opt/oss/server/var/fileint/TSNBI/LTESpecial/yyyymmdd1.3 文件存储时长1 文件存储老化时间为3天，2 当/export/home/sysm/opt/oss/server/var/fileint/TSNBI目录达到180GB时候，会进行文件删除，指导磁盘容量达到占用率50%。上述条

2、件任何一个到达，即会开始删除话单文件。2 CSV文件字段解释2.1 呼叫基本信息data namedata sizerangeunitMemoeNodeBID3 bytes0.NULL基站IDsTMSI5 bytesMmec 1 bytes;MTmsi 4 bytes;sTMSI= Mmec+ MTmsisTMSI信息，S-TMSI是邻时UE识别号，MME分配S-TMSI,而在小区级识别RRC连接时，C-RNTI提供唯一的UE识别号。如果多个 UE 的随机接入过程冲突，每个 UE 用自己的 s-TMSI 作为自己的竞争决议标识。如果 UE 没有得到 MME 分配的 s-TMSI，那么会指定一个

3、 48 比特的随机数作为 s-TMSI，并且作为随机接入过程中自己的竞争决议标识。mmeUeS1APID4 bytes0.95UE在MME侧S1接口上的唯一标识eNBUeS1APIDUE在eNB侧S1接口上的唯一标识，由eNB分配Call ID本次话单在基站上的唯一ID2.2 呼叫建立RangeTime of call connectionyyyymmddhhmmssRRC连接时的时间戳GUMMEID7 bytesPLMNID 4 bytes;MMEGroupID 2 bytes;MMECode 1 bytes;GUMMEID= PLMNID + MMEGroupID + MMECode全球唯

4、一的MME标识eNB IDCell ID1 bytes0.255基站下的小区IDECGI8 bytesUtranCellID 4 bytes;ECGI= PLMNID + UtranCellIDE-UTRAN小区全局标识符PCI2 bytes0.503物理小区IDTAI6 bytesTAC 2 bytes;TAI = PLMNID + TAC（跟踪区域码）跟踪区标识TA0.205120.52us时间提前量TMtm1; tm2;tm3;tm4;tm5;tm6;tm7;tm8-v920;tm9-v1020;tm10-v11xy;spare6;spare5;spare4;spare3;spare2;

5、spare1传输模式：【0-15】ENUMERATED tm1, tm2, tm3, tm4, tm5, tm6, tm7, tm8-v920, tm9-v1020, tm10-v11xy, spare6, spare5, spare4, spare3, spare2, spare1 Call TypeEMERGENCY;HIGH_PRIORITY_ACCESS;MT_ACCESS;MO_SIGNALLING;MO_DATA;DELAY_TOLERANT_ACCESS;SPARE2;SPARE1呼叫类型0.7EMERGENCYHIGH_PRIORITY_ACCESSMT_ACCESSMO_SI

6、GNALLINGMO_DATADELAY_TOLERANT_ACCESSSPARE2MME IPBIT STRING （1.128）MME IP addressSGW IPBIT STRING （1.160）SGW IP addressCall Setup Time per sections0.65535ms呼叫建立时长2.3 呼叫结束Time of call drop呼叫结束时间戳小区IDTAI = PLMNID + TACCQI0.15信道质量值，越高说明质量越好传输模式PadB-6;dB-4dot77;dB-3;dB-1dot77;dB0;dB1;dB2;dB3？ dB-6, dB-4d

7、ot77, dB-3, dB-1dot77, dB0, dB1, dB2, dB3UE power headroom-23.40dB终端功率余量Uplink RSRP-15000.-30000.01dBm上行链路接收信号功率,越大越好Uplink SINR-1500.35000.01dB上行链路信噪比，越到越好Call Release CauseRRC Cause:RRC_SETUP_FAILURE_REJ, RRC_SETUP_FAILURE_TIMEOUTUE_CONTEXT Cause:main reason:1 enRadioNw：RADIO_LAYER2 enTransp：TRANS

8、_LAYER3 enNas：NAS_LAYER4 enProtcl：PROTO_LAYER5 enMisc：MISC_LAYERdetail reason :enRadioNw0 UNSPECIFIED1 TX2RELOCOVERALL_EXPIRY2 SUCCESSFUL_HANDOVER3RELEASE_DUE_TO_E-UTRAN_GENERATED_REASON4 HANDOVER_CANCELLED5 PARTIAL_HANDOVER6 HANDOVER_FAILURE_IN_TARGET_EPC/ENB_OR_TARGET_SYSTEM7 HANDOVER_TARGET_NOT_A

9、LLOWED8 TS1RELOCOVERALL_EXPIRY9 TS1RELOCPREP_EXPIRY10 CELL_NOT_AVAILABLE11 UNKNOWN_TARGET_ID12 NO_RADIO_RESOURCES_AVAILABLE_IN_TARGET_CELL13 UNKNOWN_OR_ALREADY_ALLOCATED_MME_UE_S1AP_ID14 UNKNOWN_OR_ALREADY_ALLOCATED_ENB_UE_S1AP_ID15 UNKNOWN_OR_INCONSISTENT_PAIR_OF_UE_S1AP_ID16 HANDOVER_DESIRABLE_FOR

10、_RADIO_REASONS17 TIME_CRITICAL_HANDOVER18 RESOURCE_OPTIMISATION_HANDOVER19 REDUCE_LOAD_IN_SERVING_CELL20 USER_INACTIVITY21 RADIO_CONNECTION_WITH_UE_LOST22 LOAD_BALANCING_TAU_REQUIRED23 CS_FALLBACK_TRIGGERED24 UE_NOT_AVAILABLE_FOR_PS_SERVICE25 RADIO_RESOURCES_NOT_AVAILABLE26 FAILURE_IN_THE_RADIO_INTE

11、RFACE_PROCEDURE27 INVALID_QOS_COMBINATION28 INTER-RAT_REDIRECTION29 INTERACTION_WITH_OTHER_PROCEDURE30 UNKNOWN_E-RAB_ID31 MULTIPLE_E-RAB_ID_INSTANCES32 ENCRYPTION_AND/OR_INTEGRITY_PROTECTION_ALGORITHMS_NOT_SUPPORTED33 S1_INTRA_SYSTEM_HANDOVER_TRIGGERED34 S1_INTER_SYSTEM_HANDOVER_TRIGGERED35 X2_HANDO

12、VER_TRIGGERED36 REDIRECTION_TOWARDS_1XRTT37 NOT_SUPPORTED_QCI_VALUE38 INVALID_CSG_IDenTransp0 TRANSPORT_RESOURCE_UNAVAILABLE1 UNSPECIFIEDenNas0 NORMAL_RELEASE1 AUTHENTICATION_FAILURE2 DETACH3 UNSPECIFIED4 CSG_SUBSCRIPTION_EXPIRYenProtcl0 TRANSFER_SYNTAX_ERROR1 ABSTRACT_SYNTAX_ERROR_（REJECT）2 ABSTRAC

13、T_SYNTAX_ERROR_（IGNORE_AND_NOTIFY）3 MESSAGE_NOT_COMPATIBLE_WITH_RECEIVER_STATE4 SEMANTIC_ERROR5 ABSTRACT_SYNTAX_ERROR_（FALSELY_CONSTRUCTED_MESSAGE）6 UNSPECIFIEDenMisc0 CONTROL_PROCESSING_OVERLOAD1 NOT_ENOUGH_USER_PLANE_PROCESSING_RESOURCES2 HARDWARE_FAILURE3 OM_INTERVENTION4 UNSPECIFIED5 UNKNOWN_PLM

14、NHO_OUT Cause:RADIO_LAYER, TRANS_LAYER, NAS_LAYER, PROTO_LAYER, MISC_LAYER, NOREPLY, UNLAWMSG, OTHER呼叫释放原因,记录呼叫失败的原因2.4 切换HO TypeINTRA_ENB_HO，X2_BASED_HO，S1_BASED_HO切换类型,切出本基站Source Cell RSRP-140.-43dBm源小区接收功率，越大越好Source Cell RSRQ-20-3源小区信号接收质量Target eNB ID4 bytes 目的基站IDTarget eNB IP Address目的基站IP a

15、ddressTarget Cell ECGI*ulPlmnId 4 bytes;UCellID 4 bytes;ECGI = PLMNID + UCellID目的小区的E-UTRAN小区全局标识符Target Cell PCI*目的小区的PCINumber of Neighboring Cell0.64邻区个数Neighbor Cell ECGIECGI = PLMNID + UCellID ?邻区的E-UTRAN小区全局标识符，多个值用”|”分隔Neighbor Cell PCI邻区的物理小区ID，多个值用”|”分隔Neighbor Cell RSRP-140,-43邻区的接收信号功率，多个

16、值用”|”分隔Neighbor Cell RSRQ邻区的信号接收质量，多个值用”|”分隔2.5 承载信息UL_UE-AMBRbps终端上行聚合最大比特速率，说明上行开户速率DL_UE-AMBR终端下行聚合最大比特速率，说明下行开户速率DL_NO Data Count（staticsed by QCI 1）s下行无数据时间统计（基于QCI1的统计，一般为语音）UL_NO Data Count（staticsed by QCI 1）上行无数据时间统计（基于QCI1的统计，一般为语音）Number of ERAB08ERAB个数,CSV中最大记录8个ERAB的数据RB1_ID1.32无线承载ID（U

17、U口）ERAB1_IDE-UTRAN无线接入承载ID（S1口）QCI承载的QCI，如1为语音UL PDCP Packet GW Count1上行PDCP数据包数量DL PDCP Packet GW Count1下行PDCP数据包数量UL PDCP Byte GW Count1bytes上行PDCP数据字节数DL PDCP Byte GW Count1下行PDCP数据字节数UL PDCP Packet UE Count1UE上行PDCP数据包数量DL PDCP Packet UE Count1UE下载PDCP数据包数量UL PDCP Byte UE Count1UE上行PDCP字节数DL PDCP Byte UE Count1UE下载PDCP字节数UL Packet Drop rate164save 3 digits after radix pointPktLoss/PktTot*1000Permillage上行丢包率DL Packet Loss rate1DlPktLoss/DlPktTot*1000permillage下行丢包率DL_MBR1下行最大比特率UL_MBR1上行最大比特率DL_GBR1下行保证比特速率UL_GBR1上行保证比特速率Bearer1 Setup Fail Cause3 RELEASE_DUE_TO_E-UTRAN_GENERATED_REASON