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1、1、ZEOL(查看基站当前告警信息)格式:ZEOL:XX;(XX是BCF的ID号)如下图:2、ZEOH(查看基站当天所有告警信息)格式: ZEOH:BCF=XX;(XX是BCF的ID号)如下图:3、ZEOH(查看基站历吏告警信息(起始日期)格式: ZEOH:2005-07-04:BCF=XX;(XX是BCF的ID号)如下图:4、ZERO(查看基站干扰信息)干扰定义格式: ZERO:BTS=XX;(XX是BTS的ID号)如下图:5、ZEAO(查看当前小区所有邻区的切换参数设置)格式: ZEAO:BTS=XX;(XX是BTS的ID号)如下图:6、ZEHO(查看当前小区切换参数)格式: ZEHO:B
2、TS=XX;(XX是BTS的ID号)如下图:7、ZEEO;(查看BSC级参数)格式: ZEEO;如下图:ZEEO:ALL;查看BSC所有参数ZEEO:ALL;BSC3i YJBSC2 2009-08-12 10:53:48BASE STATION CONTROLLER DATABACKGROUND DATA STATE . NEWNUMBER OF PREFERRED CELLS .(NPC). 3GSM MACROCELL THRESHOLD .(GMAC). 35 dBmGSM MICROCELL THRESHOLD .(GMIC). 33 dBmDCS MACROCELL THRESHO
3、LD .(DMAC). 30 dBmDCS MICROCELL THRESHOLD .(DMIC). 30 dBmMS DISTANCE BEHAVIOUR .(DISB). 255 (NO RELEASE, ONLY HANDOVER ATTEMPTS)BTS SITE BATTERY BACKUP FORCED HO TIMER .(TIM). 30 sEMERGENCY CALL ON FACCH .(EEF). NANSWER TO PAGING CALL ON FACCH .(EPF). N ORDINARY CALLS ON FACCH .(EOF). N RE-ESTABLISH
4、MENT ON FACCH .(ERF). Y TCH IN HANDOVER .(HRI). 1 (CALL SERVING TYPE OF TCH HAS TO BE ALLOCATED PRIMARILY)LOWER LIMIT FOR FR TCH RESOURCES .(HRL). 20 %UPPER LIMIT FOR FR TCH RESOURCES .(HRU). 40 %BSC CALL NUMBER .(BCN). 0000AMH UPPER LOAD THRESHOLD .(AUT). 80 %AMH LOWER LOAD THRESHOLD .(ALT). 20 %AM
5、H MAX LOAD OF TARGET CELL .(AML). 70 %FREE TSL FOR CS DOWNGRADE .(CSD). 95 %FREE TSL FOR CS UPGRADE .(CSU). 4 sTRHO GUARD TIME .(TGT). 30 sPRIORITY HO INTERFERENCE DL .(HDL). INTERPRIORITY HO INTERFERENCE UL .(HUL). INTERLOAD RATE FOR CHANNEL SEARCH .(CLR). 100 %CS TCH ALLOCATE RTSL0 .(CTR). NCS TCH
6、 ALLOCATION CALCULATION .(CTC). 0NCCR CONTROL MODE .(NCM). 0 (NCCR IS DISABLED FOR ALL MOBILE STATIONS)NCCR IDLE MODE REPORTING PERIOD .(NIRP). 15.36 sNCCR TRANSFER MODE REPORTING PERIOD .(NTRP). 0.48 sNCCR RETURN TO OLD CELL TIME .(NOCT). 10 sNCCR TARGET CELL PENALTY TIME .(NTPT). 10 sNCCR NEIGHBOR
7、 CELL PENALTY .(NNCP). 6 sMINIMUM MEAN HOLDING TIME FOR TCHS .(MINHTT). 5 sMAXIMUM MEAN HOLDING TIME FOR TCHS .(MAXHTT). 120 minMAXIMUM MEAN HOLDING TIME FOR SDCCHS .(MAXHTS). 30 minALARM THRESHOLD FOR TCH FAILURE RATE .(TCHFR). 20 %ALARM THRESHOLD FOR SDCCH FAILURE RATE .(SCHFR). 80 %ALARM THRESHOL
8、D FOR TCH CONGESTION .(CNGT). 20 %ALARM THRESHOLD FOR SDCCH CONGESTION .(CNGS). 20 %ALARM THRESHOLD FOR NUMBER OF CHANNEL SEIZURES .(CS). 20ALARM THRESHOLD FOR NUMBER OF CH SEIZURE REQUESTS (CSR). 100MEAS PRD FOR TCH MEAN HOLDING TIME SUPERVISION .(PRDMHT). 240 minMEAS PRD FOR SDCCH MEAN HOLDING TIM
9、E SUPERVISION .(PRDMHS). 60 minMEAS PRD FOR SUPERVISION OF CHANNEL FAILURE RATE .(PRDCFR). 60 minMEAS PRD FOR SUPERVISION OF CONGESTION IN BTS .(PRDCNG). 120 minTHRESHOLD FOR HIGH TCH INTERFERENCE LEVEL .(HIFLVL). 4ALARM THRESHOLD FOR SHARE OF HIGH TCH INTERFERENCE(HIFSHR). 50 %MEAS PRD FOR HIGH TCH
10、 INTERFERENCE SUPERVISION .(PRDHIF). 120 minMEAS PRD FOR SUPERVISION OF BTS WITH NO TRANSACT .(PRDBNT). 120 minSTARTING MOMENT FOR SUPERVISION OF BTS .(SMBNT). 08-00ENDING MOMENT FOR SUPERVISION OF BTS .(EMBNT). 18-00GPRS TERRITORY UPDATE GUARD TIME .(GTUGT). 5 sBCSU LOAD THRESHOLD .(BCSUL). 1.50 %L
11、APD LOAD THRESHOLD .(LAPDL). 1.50 %UPPER LIMIT OF MS SPEED CLASS 1 .(MSSCF). 10 ( 20 km/h)UPPER LIMIT OF MS SPEED CLASS 2 .(MSSCS). 30 ( 60 km/h)ALARM LIMIT FOR FULL RATE TCH AVAILABILITY .(ALFRT). 30 %ALARM LIMIT FOR HALF RATE TCH AVAILABILITY .(ALHRT). 30 %ALARM LIMIT FOR SDCCH AVAILABILITY .(ALSD
12、C). 30 %DISABLE INTERNAL HO .(DINHO). NDISABLE EXTERNAL DR .(DEXDR). NRX LEVEL BALANCE .(RXBAL). 5 dBRX ANTENNA SUPERVISION PERIOD .(RXANT). 65535 min (RX ANTENNA SUPERVISION IS NOT PERFORMED)NUMBER OF IGNORED TRANSCODER FAILURES .(ITCF). 3VARIABLE DL STEP SIZE .(VDLS). NMAXIMUM NUMBER OF DL TBF .(M
13、NDL). 9MAXIMUM NUMBER OF UL TBF .(MNUL). 7FEP IN PC HO USE .(FPHO). NINTRA SEGMENT SDCCH HO GUARD .(ISS). 255 sPRE-EMPTION USAGE IN HANDOVER .(PRE). YSOFT BLOCKING C/N FR .(SBCNF). 12 dBSOFT BLOCKING C/N HR .(SBCNH). 14 dBSOFT BLOCKING C/N 14.4 .(SBCN). 14 dBSOFT BLOCKING C/N AMR FR .(SBCNAF). 7 dBS
14、OFT BLOCKING C/N AMR HR .(SBCNAH). 12 dBRX LEVEL BASED TCH ACCESS .(RXTA). 0 (RX LEVEL BASED TCH ACCESS IS NOT USED)DELAY OF HO AND PC FOR EMERGENCY CALLS .(DEC). 5 sBAD QUALITY LIMIT .(BQL). 100 %TCH PROBABILITY 1 .(TCP1). 100 %SIGNAL QUALITY LIMIT 1 .(SQL1). 100 %TCH PROBABILITY 2 .(TCP2). 100 %SI
15、GNAL QUALITY LIMIT 2 .(SQL2). 100 %TCH PROBABILITY 3 .(TCP3). 100 %GOOD QUALITY LIMIT .(GQL). 100 %DL HIGH PRIORITY SSS .(DHP). 3DL NORMAL PRIORITY SSS .(DNP). 6DL LOW PRIORITY SSS .(DLP). 12UL PRIORITY 1 SSS .(UP1). 3UL PRIORITY 2 SSS .(UP2). 6UL PRIORITY 3 SSS .(UP3). 9UL PRIORITY 4 SSS .(UP4). 12
16、STREAMING TC SCHEDULING WEIGHT FOR ARP 1 .(SSW1). 20STREAMING TC SCHEDULING WEIGHT FOR ARP 2 .(SSW2). 10STREAMING TC SCHEDULING WEIGHT FOR ARP 3 .(SSW3). 5INTERACTIVE 1 TC SCHEDULING WEIGHT FOR ARP 1 .(ISW11). 20INTERACTIVE 1 TC SCHEDULING WEIGHT FOR ARP 2 .(ISW12). 10INTERACTIVE 1 TC SCHEDULING WEI
17、GHT FOR ARP 3 .(ISW13). 5INTERACTIVE 2 TC SCHEDULING WEIGHT FOR ARP 1 .(ISW21). 20INTERACTIVE 2 TC SCHEDULING WEIGHT FOR ARP 2 .(ISW22). 10INTERACTIVE 2 TC SCHEDULING WEIGHT FOR ARP 3 .(ISW23). 5INTERACTIVE 3 TC SCHEDULING WEIGHT FOR ARP 1 .(ISW31). 20INTERACTIVE 3 TC SCHEDULING WEIGHT FOR ARP 2 .(I
18、SW32). 10INTERACTIVE 3 TC SCHEDULING WEIGHT FOR ARP 3 .(ISW33). 5BACKGROUND TC SCHEDULING WEIGHT FOR ARP 1 .(BGSW1). 20BACKGROUND TC SCHEDULING WEIGHT FOR ARP 2 .(BGSW2). 10BACKGROUND TC SCHEDULING WEIGHT FOR ARP 3 .(BGSW3). 5QC REALLOCATION ACTION TRIGGER THRESHOLD .(QCATR). 25 BLOCK PERIODSQC NCCR
19、 ACTION TRIGGER THRESHOLD .(QCATN). 100 BLOCK PERIODSQC QOS RENEGOTIATION ACTION TRIGGER THRESHOLD .(QCATQ). 200 BLOCK PERIODSQC DROP ACTION TRIGGER THRESHOLD .(QCATD). 400 BLOCK PERIODSPFC UNACK BLER LIMIT FOR SDU ERROR RATIO 1 .(UBL1). 20PFC UNACK BLER LIMIT FOR SDU ERROR RATIO 2 .(UBL2). 20PFC UN
20、ACK BLER LIMIT FOR SDU ERROR RATIO 3 .(UBL3). 20PFC UNACK BLER LIMIT FOR SDU ERROR RATIO 4 .(UBL4). 1PFC UNACK BLER LIMIT FOR SDU ERROR RATIO 5 .(UBL5). 1PFC UNACK BLER LIMIT FOR SDU ERROR RATIO 6 .(UBL6). 1PFC ACK BLER LIMIT FOR TRANSFER DELAY 1 .(ABL1). 90 %PFC ACK BLER LIMIT FOR TRANSFER DELAY 2
21、.(ABL2). 10 %PFC ACK BLER LIMIT FOR TRANSFER DELAY 3 .(ABL3). 10 %PFC ACK BLER LIMIT FOR TRANSFER DELAY 4 .(ABL4). 70 %PFC ACK BLER LIMIT FOR TRANSFER DELAY 5 .(ABL5). 90 % PRIORITY LEVEL SUBSCRIBER TYPE 1 0 (GSM SUBSCRIBER) 2 0 (GSM SUBSCRIBER) 3 0 (GSM SUBSCRIBER) 4 0 (GSM SUBSCRIBER) 5 0 (GSM SUB
22、SCRIBER) 6 0 (GSM SUBSCRIBER) 7 0 (GSM SUBSCRIBER) 8 0 (GSM SUBSCRIBER) 9 0 (GSM SUBSCRIBER) 10 0 (GSM SUBSCRIBER) 11 0 (GSM SUBSCRIBER) 12 0 (GSM SUBSCRIBER) 13 0 (GSM SUBSCRIBER) 14 0 (GSM SUBSCRIBER)COMMAND EXECUTED8、下载整网小区数据库(DAT)第一步:在OMC终端上进入OMC-REG-Top-Level-User Interface-Dafault.Vie对话框.第二步:单
23、击菜单栏Utils项,在单击下拉菜单中的Network Configuration Mgmt,在单击下接菜单中的Planning Data Transfer选项.进入OMC-REG1-Planning Data Transfer对话框.第三步:单击菜单栏File选项,在单击下拉菜单中的Export选项.进入Export To a File对话框.第四步:在Export To a File对话框的Managed Object(s)选项框中,选择所有OMC下的BSC.如下图:Managed Object(s) Name Address+PLMN-PLMN +BSC-42825 HUBSC2 HUH
24、HOT +BSC-85333 HUBSC HUHHOT +BSC-713365 HUBSC4 HUHHOT第五步:在Name of Export file项输入DAT的名字.(例如:20050705omcpar.dat)第六步:选重Export Incoming Adjacencies项第七步:单击OK9、ZEQO;(查看小区参数)格式: ZEQO:BTS=XX;如下图:10、ZEAT;(查看同频同BSIC)格式: ZEAT;如下图: 11、ZEQS(闭基站)格式: ZEQS:BTS=XX:L;如下图:12、ZEQS(开基站)格式: ZEQS:BTS=XX:U;如下图:13、ZERM(查看载频
25、信息)格式: ZERM:BTS=XX,TRX=XX:如下图:14、ZEQG(查看参数信息)格式: ZEQG:BTS=XX:如下图:15、ZERO(重复查询)格式: ZERO:BTS=XX&248;如下图:16、改半速率步骤1、ZEQS(闭掉BTS使占用的用户在10秒钟内强行切出)格式: ZEQS:BTS=XX:L;FHO,10;2、ZERS(闭掉要修改的载频)格式: ZERS:BTS=XX,TRX=XX:L;3、ZERM(修改所选信道为半速率或SD)格式: ZERM:BTS=XX,TRX=XX:CHX(X为信道号)=TCHD(或SD);4、ZEQS(启动基站)格式: ZEQS:BTS=XX:U
26、;17、OMC上修改BCCH频点的步骤1、进入OMC-REG1-RADIO NETWORK MANAGER控制面板.2、选择要修改频点的基站载频号.BSC级-BTS级-载频级.3、更改频点号 先更改频点号.然后单击select按钮,在看setting菜单项中的Automatic Locking是否选重,如果选重单击File菜单项中的Send to Network.如果没有选重setting菜单项中的Automatic Locking,先选重在进行更改.在执行File菜单项中的Send to Network.终端修改BCCH频点，具体如下：1、先锁定需要修改的小区ZEQS:BTS=*:L:FHO
27、; FHO表示带切换的锁定；2、锁定需要修改的载波ZERS:BTS=*,TRX=*; 3、修改频点ZERM:BTS=*,TRX=*:FREQ=*;4、解锁修改频点的载波：ZERS:BTS=*,TRX=*:U;5、解锁小区：ZEQS:BTS=*:U;6、检查修改的小区BCCH频点的反向邻区关系的小区是否和所要修改频点的小区在同一个BSC下，在的话则完成修改频点操作，如果有部分小区不在，则需要进入相应的BSC，通过ZEAM命令来修改与该小区有邻区关系的BCCH频点。18、ZEUO查看功率控制参数格式: ZEUO:BTS=XX:如下图:With the EUO command you output
28、the power control parameters of a BTS or SEG from the BSDATA.19、ZEUG修改功率输出格式: ZEUG:BTS=XX;如下图:With the EUG command you modify the general power control parameters in the BSDATA.备注:8099比特误码率(传输)告警7949驻波比告警7530功率低小区quality报告DIST为覆盖范围BEL GLOB7 S_STATBYTE GOTO TABCALL HOME THENCR IF TRACEDELAY INBYTE UP
29、DWORD INWORD VAR0D_STAT JUMP VAR1END LDT VAR3FF LEFT VAR4FI LF VAR5GDT MESSAGE VAR6GLOB0 NEWLINE VAR7GLOB1 NOTRACE WAITGLOB2 OUTBYTE WORDGLOB3 OUTWORDGLOB4 POINTERGLOB5 PRINTGLOB6 RIGHTNokia command introduction:ZEEI:BTS=144; CHECK BTS PA;ZEAM:BTS=11:LAC=38144,CI=50472:PMRG=4; change adjc PMRG=4ZEOL
30、;see all alarm;19、CRT CONFIGRATION呼和浩特Nokia bscDATAusername:netplanpassword:netplan1ouimanmxo BSC085333VTusername:RIXUNNpassword:1234561 Get *.dat filea. select planning data transfer1cd rx 2sqlplus omc/omc3sta 角本包头登陆方法IP:172.168.0.29PASSWORD:111111OMC1RT1BT001 OR 000000086433 OR 000000939588 OR 000
31、00051505(MSC) OR 0000000(MSC)426670ENTER USRNAME WANGYHENTER PASSWORD 113459b. select exportc.select bssd. input file name2 Dkkd3 Ss疑难解答问题序号提问人提问时间问题内容解答员的答案解答员置顶收藏16347ztree 查看此用户的得分 2005-5-9 17:23:10 有关NOKIA的BSC问题：在本地BSC上用什么命令可以登陆到远端BSC 用ZQVC这条命令可以，不过你得有足够得权限，还要知道目的地址名称和自己的地址名称。不过最好在网管上登陆，需要知道对方的用
32、户名和密码。 bigfly 将此问题置顶收藏此问题及回应到我的收藏夹中目前网友回应文章如下第一页 上一页 下一页 最后页 1/1回应序号回应人电子邮件回应时间回应内容39813永不言败 查看此用户的得分 2005-5-9 22:35:00没看懂你的问题！你是要在BTS上登陆远端BSC吧？ 39837ztree 查看此用户的得分 2005-5-10 16:16:00我的意思是，在A市的BSC机房登陆到B市的BSC上做数据，用什么方法可以登陆上去 39859abc518 查看此用户的得分 ZSIE163.COM 2005-5-11 10:29:00这样也可以吗!/可能不会有这种权限吧! 两者都
33、只是节点啊!又不是根! 39888deshengk 查看此用户的得分 2005-5-12 14:48:00远程登陆到B市服务器(telnet IP or longin IP ),再登陆B市BSC 40004bigfly 查看此用户的得分 liu_ 2005-5-16 8:38:00用ZQVC这条命令可以，不过你得有足够得权限，还要知道目的地址名称和自己的地址名称。 40005bigfly 查看此用户的得分 liu_ 2005-5-16 8:39:00不过最好在网管上登陆，需要知道对方的用户名和密码 申请成为解答员点击此处发表您的观点问题序号提问人提问时间问题内容解答员的答案解答员置顶收藏17
34、519anken 查看此用户的得分 2005-9-2 15:03:05 个位大哥! 想问下怎么可以从NOKIA数据库中,取出自己关注的CELL DOCTER报告?相关的命令是什么?期待着回复,谢谢! 还没有提供 任意解答员 将此问题置顶收藏此问题及回应到我的收藏夹中目前网友回应文章如下第一页 上一页 下一页 最后页 1/1回应序号回应人电子邮件回应时间回应内容42992dekkey 查看此用户的得分 2005-9-5 15:13:00你必须先进到OMC,找到ND的目录,键入./ndp001mx.sh就可以了 SQLPLUS SYSTEM20、ZEQO查看跳频参数格式: ZEQO:BTS=XX:ALL;21、ZEUO功率控制参数格式: ZEUO:BTS=XX;如下图:21、ZEUG修改发射功率参数格式: ZEUG:BTS=XX:PMAX=XX, PMIN=XX;.22、ZEQM修改半速率参数格式: ZEQM:BTS=XX:FRL=20,FRU=60