By Operator Request Stats System Development

24
GSM-SYSTEM REPORTS –INDICATORS MEANING E_tot= "TCH Traffic Tot E= Total Traffic in Erlangs (FR + HR)" E_HR= "TCH Traffic HR= Half Rate Traffic in Erlangs “ Tcong%= "Subscriber Perceived TCH Congestion (%)" IA% = "Inaccessibility Rate =100 * (1-[(1-RaFai)* (1-SDen) * (1-SDNCong) * (1-SCong)]) " IA = "Ineffective Attempts=(Fallas de RACH) + (Congestión de SDCCH) +(drops de SDCCH sin congestion)+ (Fallas de acceso al TCH)|([RAACCFA]+ [CCONGS] +([CNDROP]-[CNRELCONG]) +([TASSALL]-[TCASSALL])|(Blue Color - used for priority)" LC% = "AMX-LC%:Llamadas Caidas Rate= 100 * (NTotal de llamadas Caidas (LC) /Total de llamadas Completadas (TAC))" LC = "LC: Numero de llamadas Caidas=Sum of all types of TCH Drops (TFDROP,THDROP,TFDROPSUB,THDROPSUB) (Blue Color - used for priority)" SQI% = "SQI:The Speech Quality Supervision function is a method to measure and monitor the speech quality in the network based on radio quality information. Percentaje of Bad SQI. Purple > 5%" RARReq = "Random Access Requests= Sum(Random Access Failure+Random Access Completed + Random Access Packet))" RAFai% = "Random Access Failure Rate = 100 * (Random Access Failure / Random Access Requests)" SDen% = "Service Denied Rate = 100 * (TCH Assign Unsuccess / TCH Assignment Attempts)" SDNCong% = "SDCCH Drops - No Congestion Rate = 100 * (SDCCH Drop - Number of SDCCHs released due to radio resource congestion/Successful MS channel establishment on SDCCHs)" SCong% = "SDCCH Cong Rate = 100 * (SDCCH Congestion counter/Call attempt counter)" TDrop% = "Ericsson-TCH Drop Rate= 100 * (LC / ( TAC + (SIncHO-SOutHO))" Ret% = "Retainablility Rate= Node or Network capability to maintain the call connected (100 - TCH DRop Rate" TAtt = "TCH Assign Attempts= Assignment attempts for all MS power classes" TAC = "Total TCH Succ Conn= Assignment complete for all MS power classes" SInchHO= "Sum of Incoming Handovers" SOutHo = "Sum of Outgoing Handovers"

Transcript of By Operator Request Stats System Development

Page 1: By Operator Request Stats System Development

GSM-SYSTEM REPORTS –INDICATORS MEANING

E_tot= "TCH Traffic Tot E= Total Traffic in Erlangs (FR + HR)"

E_HR= "TCH Traffic HR= Half Rate Traffic in Erlangs “

Tcong%= "Subscriber Perceived TCH Congestion (%)"

IA% = "Inaccessibility Rate =100 * (1-[(1-RaFai)* (1-SDen) * (1-SDNCong) * (1-SCong)]) "

IA = "Ineffective Attempts=(Fallas de RACH) + (Congestión de SDCCH) +(drops de SDCCH sin congestion)+ (Fallas de acceso al TCH)|([RAACCFA]+ [CCONGS] +([CNDROP]-[CNRELCONG]) +([TASSALL]-[TCASSALL])|(Blue Color - used for priority)"

LC% = "AMX-LC%:Llamadas Caidas Rate= 100 * (NTotal de llamadas Caidas (LC) /Total de llamadas Completadas (TAC))"

LC = "LC: Numero de llamadas Caidas=Sum of all types of TCH Drops (TFDROP,THDROP,TFDROPSUB,THDROPSUB) (Blue Color - used for priority)"

SQI% = "SQI:The Speech Quality Supervision function is a method to measure and monitor the speech quality in the network based on radio quality information. Percentaje of Bad SQI. Purple > 5%"

RARReq = "Random Access Requests= Sum(Random Access Failure+Random Access Completed + Random Access Packet))" RAFai% = "Random Access Failure Rate = 100 * (Random Access Failure / Random Access Requests)" SDen% = "Service Denied Rate = 100 * (TCH Assign Unsuccess / TCH Assignment Attempts)" SDNCong% = "SDCCH Drops - No Congestion Rate = 100 * (SDCCH Drop - Number of SDCCHs released due to radio resource congestion/Successful MS channel

establishment on SDCCHs)" SCong% = "SDCCH Cong Rate = 100 * (SDCCH Congestion counter/Call attempt counter)" TDrop% = "Ericsson-TCH Drop Rate= 100 * (LC / ( TAC + (SIncHO-SOutHO))" Ret% = "Retainablility Rate= Node or Network capability to maintain the call connected (100 - TCH DRop Rate" TAtt = "TCH Assign Attempts= Assignment attempts for all MS power classes" TAC = "Total TCH Succ Conn= Assignment complete for all MS power classes" SInchHO= "Sum of Incoming Handovers" SOutHo = "Sum of Outgoing Handovers"

Page 2: By Operator Request Stats System Development

GSM-SYSTEM REPORTS – DAY BSC BY CELL BH

Page 3: By Operator Request Stats System Development

GSM-SYSTEM REPORTS – SYSTEM DAY BY CELL BH

Page 4: By Operator Request Stats System Development

GSM-SYSTEM REPORTS – MONTH SYSTEM BY CEL BH

Page 5: By Operator Request Stats System Development

WCDMA-SYSTEM INDICATORS MEANINGESp=Traffic Erlangs Speech= (pmSumBestCs12RabEstablish/pmSamplesBestCs12RabEstablish) E64=Traffic Erlangs Cs 64 = (pmSumBestCs64RabEstablish/pmSamplesBestCs64RabEstablish) E57=Traffic Erlangs Cs 57 = (pmSumBestCs57RabEstablish/pmSamplesBestCs57RabEstablish) EPSInt=Traffic Ps Interactive=[pmSumFachPsIntRabEstablish/pmSamplesFachPsIntRabEstablish]+[pmSumBestDchPsIntRabEstablish /pmSamplesBestDchPsIntRabEst]+[pmSumBestPsHsAdchRabEstablish/pmSamplesPsHsAdchRabEstablish] EPSDFch]=Traffic Ps Interactive DCH/FACH=[pmSumFachPsIntRabEstablish/pmSamplesFachPsIntRabEstablish]+ [pmSumBestDchPsIntRabEstablish/pmSamplesBestDchPsIntRabEst] EPSHs=Traffic PS HS=[pmSumBestPsHsAdchRabEstablish/pmSamplesPsHsAdchRabEstablish] EPSEul=Traffic EUL=[pmSumBestPsEulRabEstablish/pmSamplesBestPsEulRabEstablish] IAsp=InEfective Attempts Speech=([IASp%/100]* ATSp) where ( AtSp) | [AtSp]= pmNoRabEstablishAttemptSpeech= Number of RAB establishments attempts (Speech) ATSp=pmNoRabEstablishAttemptSpeech= Number of RAB establishments attempts (Speech) IASp%=InAccessibility Speech = 100 - ASSp%] | Accessibility Success Rate Speech=[100 * (TRSCs/(TRCs-pmNoLoadSharingRrcConnCs)) * (SucSp/(AtSp-pmNoDirRetryAtt))]

IAPsint=Ineffective Attempts PS Interactive=([IAPsInt%/100]* ATPInt) ATPInt=pmNoRabEstablishAttemptPackInt IAPsInt%=Inaccessibility PS Interactive= 100 - [ASPSInt%] DRSp%=Drop Rate Speech = 100 * [(SPSRel)/(SPTRel)]= 100* [(pmNoSystemRabReleaseSpeech/(pmNoSystemRabReleaseSpeech+pmNoNormalRabReleasesSpeech)] SPTRel=Number of Total Speech RAB releases (normal + abnormal) SPSRel=Number of System Abnormal Speech RAB releases DR64%=Drop Rate CS 64 = 100 * [(pmNoSystemRabReleaseCS64/(pmNoSystemRabReleaseCS64+pmNoNormalRabReleasesCS64)] DR57%=Drop Rate CS 57 = 100 * [(pmNoSystemRabReleaseCS57/(pmNoSystemRabReleaseCS64+pmNoNormalRabReleasesCS57)]

DRPSInt%=Drop Rate PS Interactive=100*[(PSIntTRel)/(PSIntTRel)] PSIntTRel=Number of Total RAB releases (PS Data) (normal + abnormal) PSIntSRel=Number of System Abnormal RAB releases (PS Data) DRPSHs% =Drop Rate PS Interactive HS=100*[(PSHsTRel)/(PSHsTRel)] PSHsTRel=Number of Total RAB releases (HS Data) (normal + abnormal) PSHsTRel=Number of System Abnormal RAB releases (HS Data) DRPSEul%=Drop Rate PS Interactive EUL=100*[(PSEulTRel)/(PSEulTRel)] PSEulTRel=Number of Total RAB releases (Eul Data) (normal + abnormal) PSEulTRel=Number of System Abnormal RAB releases (Eul Data)

Page 6: By Operator Request Stats System Development

WCDMA-SYSTEM REPORT-DAY RNC BY CELL BH

Page 7: By Operator Request Stats System Development

WCDMA-SYSTEM REPORT-SYSTEM DAY BY CELL BH

Page 8: By Operator Request Stats System Development

WCDMA-MONTH SYSTEM-BY CELL BH

Page 9: By Operator Request Stats System Development

GSM-BY CELL – STATS INDICATORS MEANING E_tot= "TCH Traffic Tot E= Total Traffic in Erlangs (FR + HR)"

E_HR= "TCH Traffic HR= Half Rate Traffic in Erlangs “

Tcong%= "Subscriber Perceived TCH Congestion (%)"

NTCH = "Number of Available Traffic Channels (TCH)"

IA% = "Inaccessibility Rate =100 * (1-[(1-RaFai)* (1-SDen) * (1-SDNCong) * (1-SCong)]) "

IA = "Ineffective Attempts=(Fallas de RACH) + (Congestión de SDCCH) +(drops de SDCCH sin congestion)+ (Fallas de acceso al TCH)|([RAACCFA]+ [CCONGS] +([CNDROP]-[CNRELCONG]) +([TASSALL]-[TCASSALL])|(Blue Color - used for priority)"

LC% = "AMX-LC%:Llamadas Caidas Rate= 100 * (NTotal de llamadas Caidas (LC) /Total de llamadas Completadas (TAC))"

LC = "LC: Numero de llamadas Caidas=Sum of all types of TCH Drops (TFDROP,THDROP,TFDROPSUB,THDROPSUB) (Blue Color - used for priority)"

SQI% = "SQI:The Speech Quality Supervision function is a method to measure and monitor the speech quality in the network based on radio quality information. Percentaje of Bad SQI. Purple > 5%"

RARReq = "Random Access Requests= Sum(Random Access Failure+Random Access Completed + Random Access Packet))" RAFai% = "Random Access Failure Rate = 100 * (Random Access Failure / Random Access Requests)" SDen% = "Service Denied Rate = 100 * (TCH Assign Unsuccess / TCH Assignment Attempts)" SDNCong% = "SDCCH Drops - No Congestion Rate = 100 * (SDCCH Drop - Number of SDCCHs released due to radio resource congestion/Successful MS channel

establishment on SDCCHs)" SCong% = "SDCCH Cong Rate = 100 * (SDCCH Congestion counter/Call attempt counter)" TDrop% = "Ericsson-TCH Drop Rate= 100 * (LC / ( TAC + (SIncHO-SOutHO))" Ret% = "Retainablility Rate= Node or Network capability to maintain the call connected (100 - TCH DRop Rate" TAtt = "TCH Assign Attempts= Assignment attempts for all MS power classes" TAC = "Total TCH Succ Conn= Assignment complete for all MS power classes" SInchHO= "Sum of Incoming Handovers" SOutHo = "Sum of Outgoing Handovers"

Page 10: By Operator Request Stats System Development

GSM-BY CELL – STATS

Page 11: By Operator Request Stats System Development

GPRS-INDICATORS MEANING DVTotMByte=Total Data Volumen DL, UL, GPRS, EGPRS MBYTE AvgTpKbps= Average Thp hour = DVTotKbps/3600 TpGDlTskbps =Throughput GPRS Downlink per Timeslot kbps TpEDlTskbps =Throughput EGPRS Downlink per Timeslot kbps PChAllocFail =Packet Channel Allocation Failure PChAllocAtt =Packet Channel Allocation Attempts PchAllocFail%=Packet Channel Allocation Failure (%) ARelULTBFRadio%=Average number of abnormally released uplink TBFs due to radio reasons per successfully reserved UL TBF ARelDLIPRadio%=Average number of abnormally released downlink IP buffers due to radio reasons containing data per active transfer AvAllocPDCHs=Average Allocated PDCHs LGPRSMsec=IP Latency GPRS, [ms] LEGPRSMsec=IP Latency EGPRS [ms] GDVolDLKb=Data Volume (DL) GPRS EDVolDLKb=Data Volume (DL) EGPRS GDVolULKb=Data Volume (UL) GPRS EDVolULKb=Data Volume (UL) EGPRS GDLTPkbps=GPRS IP Throughput (DL) GULTPkbps=GPRS IP Throughput (UL) EDLTPkbps=EGPRS IP Throughput (DL) EULTPkbps=EGPRS IP Throughput (UL) RAccNodedPDCH=Random Accessess, no dedicated PDCH RAccdedPDCH =Random Accessess, dedicated PDCH RTBFUpEstNTFI% = Number of rejected TBF uplink establishment due to no TFI available of total number of uplink TBF set-up requests FailEstDLTBFLkRes% =Number of failed established downlink TBF due to lack of resources of total number of downlink TBF setup requests TBFReldueCellMove% =Number of TBFs relased due to cell moves per TBF reservation SimTBFsEPDCHsDL =Simultaneous TBFs per E-PDCHs on DL AveSimDLEGPRSTBF =Average number simultaneous of DL EGPRS TBFs in the Cell MulUtEGPRSDL% =Multislot Utilization EGPRS, DL % AvGMaxTSULTBF =Average maximum number of TS reservable by MSs for UL GPRS TBFs AvGMaxTSDLTBF =Average maximum number of TS reservable by MSs for DL GPRS TBFs AveMaxTSResULEGPRS=Average maximum number of TS reservable by MSs for UL EGPRS TBFs AveMaxTSResDLEGPRS=Average maximum number of TS reservable by MSs for DL EGPRS TBFs NumPreemTBFsMinute=Number of pre-empted PDCH per active PDCH-minute

Page 12: By Operator Request Stats System Development

GPRS – DAY BSC – CELL BH

Page 13: By Operator Request Stats System Development

GSM – MRR – MEASUREMENTS- TAVAL

Page 14: By Operator Request Stats System Development

GSM – MRR – MEASUREMENTS- TAVAL%

Page 15: By Operator Request Stats System Development

GSM – MRR – MEASUREMENTS- RXLEVUL

Page 16: By Operator Request Stats System Development

GSM – MRR – MEASUREMENTS- RXQUALUL

Page 17: By Operator Request Stats System Development

GSM – MRR – MEASUREMENTS- MSPOWER

Page 18: By Operator Request Stats System Development

CPR TICKET SYSTEM – NEW TICKET

Page 19: By Operator Request Stats System Development

GSM-MRR - HISTOGRAMS

Page 20: By Operator Request Stats System Development

GSM CELL NEIGHBOR ANALISYS

Page 21: By Operator Request Stats System Development

GSM – FAULT DESCRIPTION – SUMARY VIEW

Page 22: By Operator Request Stats System Development

GSM-FAULT DESCRIPTION DETAIL VIEW

Page 23: By Operator Request Stats System Development

CPR TICKET SYSTEM

Page 24: By Operator Request Stats System Development

CPR TICKET FOLLOW UP FORM