STS Formulas (Version 1)

Report Name Sheet Name Formula Name Name in Universe Formula, BSD Database Formula, STS/OMS

MSC

Location Update Succ. Rate

Paging Success Paging Success Rate

Performance Overview MSC

Channel Assignment Success, Org. + Term

Channel Assignment Succ. Rate

MSC_DATA:100*(NCHATOMSUCC + NCHAFRMSUCC) / (NCHATOMTOT + NCHAFRMTOT)

STS_CHASSIGNT:100*(NCHATOMSUCC + NCHAFRMSUCC) / (NCHATOMTOT + NCHAFRMTOT)

Location Update Success, Reg. + Non-Reg.

MSC_DATA:100 * (NLOCOLDSUCC + NLOCNRGSUCC) /(NLOCOLDTOT + NLOCNRGTOT)

STS_UPDLOCAT:100 * (NLOCOLDSUCC + NLOCNRGSUCC /(NLOCOLDTOT + NLOCNRGTOT)

MSC_DATA:100*(NLAPAG1RESUCC+NLAPAG2RESUCC) /(NLAPAG1LOTOT)

STS_LOCAREAST:100*(NLAPAG1RESUCC+NLAPAG2RESUCC) /(NLAPAG1LOTOT)

Inter MSC Incoming Handover Success

Inter MSC Incoming HO Succ Rate

MSC_DATA:100 * (NNBRHINASUCC + NNBRHSANSUCC) /(NNBRHINATOT+ NNBRHSANTOT)

STS_NBRMSCLST:100 * (NNBRHINASUCC + NNBRHSANSUCC) /(NNBRHINATOT+ NNBRHSANTOT)

Inter MSC Outgoing Handover Success

Inter MSC Outgoing HO Succ Rate

MSC_DATA:100 * (NNBRHBANSUCC + NNBRHSNASUCC) /(NNBRHSNATOT+ NNBRHBANTOT)

STS_NBRMSCLST:100 * (NNBRHBANSUCC + NNBRHSNASUCC) /(NNBRHSNATOT+ NNBRHBANTOT)

Inter BSC Incoming Handover Success

Inter BSC Incoming HO Succ Rate

MSC_BSC_DATA:100 * (NBSTIHBSUCC / NBSTSHRTOT)

STS_BSCSTAT:100 * (NBSTIHBSUCC / NBSTSHRTOT)

BSC

TCH Traffic (Erlang) TCH Traffic

No. of TCHs TNUCHCNT

Inter BSC Outgoing Handover Success

Inter BSC Outgoing HO Succ Rate

MSC_BSC_DATA:100 * (NBSTOHBSUCC / NBSTRHRTOT)

STS_BSCSTAT:100 * (NBSTOHBSUCC / NBSTRHRTOT)

Performance Overview BSC

Random Access Success

Random Access Success Rate

BSC_CELL_MAIN:100 * (CNROCNT / (CNROCNT + RAACCFA))

STS_RANDOMACC:100 * (CNROCNT / (CNROCNT + RAACCFA))

Discarded Paging due to Cong.

Discarded Paging due to Cong.Rate

BSC_DATA:100 * (TOTCONGPAG / TOTPAG)

STS_BSC:100 * (TOTCONGPAG / TOTPAG)

SDCCH Traffic in OL/UL Cells (Erlang)

SDCCH Traffic in OL/UL Cells

BSC_CELL_MAIN:C_CTRALACC

STS_CLSDCCH:(CTRALACC / CNSCAN)

SDCCH Time Congestion UL


BSC_CELL_MAIN a, BSC_CELL_OL3 b,BSC_ADM c:100 * (a.CTCONGS - b.CTCONGS_OL) / (c.RPL * 60)

STS_CLSDCCH a, STS_CLSDCCHO bSTS_ADM c:100 * (a.CTCONGS + b.CTCONSUB) - b.CTCONSUB)/ (c.RPL * 60)

BSC_CELL_MAIN:C_TTRALACC

STS_CELTCHF a, STS_CELTCHH b:(a.TFTRALACC / a.TFNSCAN) +(b.THTRALACC / b.THNSCAN)

BSC_CELL_MAIN:TNUCHCNT

STS_CLTCH:TNUCHCNT

TCH Drop

Processor Load PROCLOAD

TCH Erlang Minutes per Drop


BSC_ADM a, BSC_CELL_MAIN b: (a.RPL*b.C_TTRALACC) / (b.TNDROP )

STS_CELTCHF a, STS_CELTCHH b,STS_ADM c:(c.RPL*(a.TFTRALACC / a.TFNSCAN) + (b.THTRALACC / b.THNSCAN)) / (a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB)

Subscriber Perceived TCH Drop

BSC_CELL_MAIN a, BSC_CELL_HO2 b:100 * (a.TNDROP /((a.TCASSALL + b.SUMIHOSUCC - b.SUMIABSUCC - b.SUMIAWSUCC) - (b.SUMOHOSUCC - b.SUMOABSUCC - b.SUMOAWSUCC)))

STS_CELTCHF a, STS_CELTCHH b:100 * (a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB) /((a.TFCASSALL + b.THCASSALL + a.TFCASSALLSUB + b.THCASSALLSUB) + HOVERSUC - HOSUCBCL - HOSUCWCL) - (HOVERSUC - HOSUCBCL - HOSUCWCL)

Subscriber Perceived TCH Congestion


BSC_CELL_MAIN:100 * (CNRELCONG + TNRELCONG) / TASSALL

STS_CELTCHF a, STS_CELTCHH b, STS_CLTCH c, STS_CLSDCCH d:100 * (d.CNRELCONG + (a.TFNRELCONG + b.THNRELCONG +a.TFNRELCONGSUB +b.THNRELCONGSUB)) / (c.TASSALL)

BSC_DATA:PROCLOAD

STS_LOAS:ACCLOAD / NSCAN

Perf Ov HO BSC HO Success Outgoing HO Success Rate

HO Reversion

Infrastructure No. of TCHs No. Of TCHs

No. Of TRXs No. Of TRXs

No. of Sites Number of Sites

No. of Cells Number of Cells

No. of BSCs Number of BSCs

No. of TCHs Number of TCHs

No. of TRXs No. Of TRXs


BSC_CELL_HO:100 * (SUMOHOSUCC + SUMEOHOSUCC) / (SUMOHOATT + SUMEOHOATT)

STS_NCELLREL,OUT a, STS_NECELLREL,OUT b,100 * (a.HOVERSUC + b.HOVERSUC) / (a.HOVERCNT + b.HOVERCNT)

Outgoing HO MS Reversion Rate

100 * (SUMOHOREV + SUMEOHOREV) / (SUMOHOATT + SUMEOHOATT)

STS_NCELLREL,OUT a, STS_NECELLREL,OUT b:100 * (a.HORTTOCH + b.HORTTOCH) / (a.HOVERCNT + b.HOVERCNT)

Infrastructure Data, System

SYSTEM_MSC_DATA:NOTCH

STS_PARSEINFRASTRUCTURE:NOTCH

SYSTEM_MSC_DATA:NOTRX

STS_PARSEINFRASTRUCTURE:NOTRX

SYSTEM_MSC_DATA:NOSITE

STS_PARSEINFRASTRUCTURE:NOSITE

SYSTEM_MSC_DATA:NOCELL

STS_PARSEINFRASTRUCTURE:NOCELL

Infrastructure Data, MSC

MSC_DATA:NOBSC

MML:NOBSC

MSC_DATA:NOTCH


MSC_DATA:NOTRX


MSC_DATA:NOSITE



No. of TCHs Number of TCHs

No. Of TRXs No. Of TRXs



Traffic Trend TCH Traffic TCH Traffic

Traffic Trend TCH Traffic TCH Traffic C_TTRALACC

MSC_DATA:NOCELL


Infrastructure Data, BSC

BSC_DATA:NOTCH


BSC_DATA:NOTRX


BSC_DATA:NOSITE


BSC_DATA:NOCELL


Traffic Trend BSC Normal


STS_CELTCHF a, STS_CELTCHH b:((a.TFTRALACC / a.TFNSCAN) + (b.THTRALACC / b.THNSCAN))



BSC_CELL_MAIN:100 * (CNRELCONG + TNRELCONG) / TASSALL

STS_CLSDCCH a, STS_CELTCHF b, STS_CELTCHH c, STS_CLTCH d:100 * (a.CNRELCONG + (b.TFNRELCONG + c.THNRELCONG + b.TFNRELCONGSUB +c.THNRELCONGSUB)) / d.TASSALL

Traffic Trend BSC PEAK


Subscriber Activity VLR Subscribers

VLR Attached Subscribers

VLR Subscribers VLR Subscribers


Route Performance Route Route Traffic (Erlang) RouteTraffic

Route Availability Route Availability

Route Congestion Route Congestion

Number of Blocked Devices



BSC_CELL_MAIN_PEAK:100 * ((CNRELCONG + TNRELCONG) / TASSALL)

STS_CLSDCCH a, STS_CELTCHF b, STS_CELTCHH c, STS_CLTCH d:100 * (a.CNRELCONG + (b.TFNRELCONG + c.THNRELCONG + b.TFNRELCONGSUB +c.THNRELCONGSUB)) / (d.TASSALL)

Subscriber Activity Profile

Total No. of VLR Subscribers

SYSTEM_VLR_DATA:ACTSUB

MML:(HLRSUB + ONWSUB)

No. of Attached VLR Subscribers

SYSTEM_VLR_DATA:ATTSUB

MML:ATTSUB

Subscriber Activity Chart





MML:ATTSUB

MSC_ROUTE_DATA:TRAFFIC

OMS_TRAR:(STL / ATLC)

MSC_ROUTE_DATA:100 * (ND - NOBLOCKDEV) / ND

OMS_TRAR:100 * (ND - (SBD / ABLC)) / ND

MSC_ROUTE_DATA:100* (NUB / NB)

OMS_TRAR:100* (NUB / NB)

Average No. Of Blocked Devices

MSC_ROUTE_DATA:NOBLOCKDEV

OMS_TRAR:(SBD / ABLC)

Route Trend Route Congestion Route Congestion

Route Non Availability Route Non Availability


Traffic Dispersion Traffic Dispersion No. of Outgoing Calls NCALLS

No. of Rejected Calls NRC

B-answers NBA

Answer to Seizure Ratio

Rejected Calls Rejected Calls Rate 100 * (NRC / NCALLS)

Traffic (Erlang) Destination Traffic

Mean Conversation Time

Mean Holding Time

Unsuccessful Calls Unsuccessful Calls UnsuccessfulCalls,IEX

MSC_ROUTE_DATA:100* (NUB / NB)

OMS_TRAR:100* (NUB / NB)

MSC_ROUTE_DATA:100 * (ND - NOBLOCKDEV) / ND)

OMS_TRAR:100 * (ND - (SBD / ABLC)) / ND


MSC_ROUTE_DATA:NOBLOCKDEV


DEST_DATA:NCALLS

OMS_TRDIP:NCC + NDO

DEST_DATA:NRC

OMS_TRDIP:NRC

DEST_DATA:NBA

OMS_TRDIP:NBA

Answer to Seizure Ratio

DEST_DATA:100 * (NBA / NCALLS)

OMS_TRDIP:100 * (NBA / (NCC + NDO))

OMS_TRDIP:100 * (NRC / (NCC + NDO))

DEST_DATA:TRAFFIC

OMS_TRDIP:ATC/NSCS + AST / (SCI*NSCS)

Mean Conversation Time (Sec.)

DEST_DATA:(ATB * SCI) / NBA

OMS_TRDIP:(ATB * SCI) / NBA

Mean Holding Time (Sec.)

DEST_DATA:((ATC * SCI) + AST) / NCALLS

OMS_TRDIP:((ATC * SCI) + AST) / (NCC+NDO)

Unsuccessful Calls, IEX

MSC_TRAFFTYPE:100 * (IEX_NUNSUCC / IEX_NCALLS)

STS_MTRAFTYPE:100 * (IEX_NUNSUCC / IEX_NCALLS)

UnsuccessfulCalls,IEXSTT

UnsuccessfulCalls,IEXTE

UnsuccessfulCalls,INT

UnsuccessfulCalls,OEX

UnsuccessfulCalls,ORG

UnsuccessfulCalls,ORGOEX

UnsuccessfulCalls,ORGSTT

UnsuccessfulCalls,STT

UnsuccessfulCalls,SOSTT

Unsuccessful Calls, IEXSTT

MSC_TRAFFTYPE:100 * (IEXSTT_NUNSUCC / IEXSTT_NCALLS)

STS_MTRAFTYPE:100 * (IEXSTT_NUNSUCC / IEXSTT_NCALLS)

Unsuccessful Calls, IEXTE

MSC_TRAFFTYPE:100 * (IEXTE_NUNSUCC / IEXTE_NCALLS)

STS_MTRAFTYPE:100 * (IEXTE_NUNSUCC / IEXTE_NCALLS)

Unsuccessful Calls, INT

MSC_TRAFFTYPE:100 * (INT_NUNSUCC / INT_NCALLS)

STS_MTRAFTYPE:100 * (INT_NUNSUCC / INT_NCALLS)

Unsuccessful Calls, OEX

MSC_TRAFFTYPE:100 * (OEX_NUNSUCC / OEX_NCALLS)

STS_MTRAFTYPE:100 * (OEX_NUNSUCC / OEX_NCALLS)

Unsuccessful Calls, ORG

MSC_TRAFFTYPE:100 * (ORG_NUNSUCC / ORG_NCALLS)

STS_MTRAFTYPE:100 * (ORG_NUNSUCC / ORG_NCALLS)

Unsuccessful Calls, ORGOEX

MSC_TRAFFTYPE:100 * (ORGOEX_NUNSUCC / ORGOEX_NCALLS)

STS_MTRAFTYPE:100 * (ORGOEX_NUNSUCC / ORGOEX_NCALLS)

Unsuccessful Calls, ORGSTT

MSC_TRAFFTYPE:100 * (ORGSTT_NUNSUCC / ORGSTT_NCALLS)

STS_MTRAFTYPE:100 * (ORGSTT_NUNSUCC / ORGSTT_NCALLS)

Unsuccessful Calls, STT

MSC_TRAFFTYPE:100 * (STT_NUNSUCC / STT_NCALLS)

STS_MTRAFTYPE:100 * (STT_NUNSUCC / STT_NCALLS)

Unsuccessful Calls, SOSTT

MSC_TRAFFTYPE:100 * (SOSTT_NUNSUCC / SOSTT_NCALLS)

STS_MTRAFTYPE:100 * (SOSTT_NUNSUCC / SOSTT_NCALLS)

UnsuccessfulCalls,SOT

UnsuccessfulCalls,SOTOEX

UnsuccessfulCalls,SOTTE

Unsuccessful Calls, TE UnsuccessfulCalls,TE

UnsuccessfulCalls,TRA

HO Per Cell, BSC Total Number of Outgoing HO

Handover Success Outgoing HO Success Rate

Handover Reversion

Unsuccessful Calls, SOT

MSC_TRAFFTYPE:100 * (SOT_NUNSUCC / SOT_NCALLS)

STS_MTRAFTYPE:100 * (SOT_NUNSUCC / SOT_NCALLS)

Unsuccessful Calls, SOTOEX

MSC_TRAFFTYPE:100 * (SOTOEX_NUNSUCC / SOTOEX_NCALLS)

STS_MTRAFTYPE:100 * (SOTOEX_NUNSUCC / SOTOEX_NCALLS)

Unsuccessful Calls, SOTTE

MSC_TRAFFTYPE:100 * (SOTTE_NUNSUCC / SOTTE_NCALLS)

STS_MTRAFTYPE:100 * (SOTTE_NUNSUCC / SOTTE_NCALLS)

MSC_TRAFFTYPE:100 * (TE_NUNSUCC / TE_NCALLS)

STS_MTRAFTYPE:100 * (TE_NUNSUCC / SOT_NCALLS)

Unsuccessful Calls, TRA

MSC_TRAFFTYPE:100 * (TRA_NUNSUCC / TRA_NCALLS)

STS_MTRAFTYPE:100 * (TRA_NUNSUCC / TRA_NCALLS)

Handover Performance Per Cell, BSC

No. of Handover Attempts

CELL_HO:SUMOHOATT + SUMEOHOATT

STS_NCELLREL,OUT a, STS_NECELLREL,OUT b:a.HOVERCNT + b.HOVERCNT

CELL_HO:100 * (SUMOHOSUCC + SUMEOHOSUCC) / (SUMOHOATT + SUMEOHOATT)

STS_NCELLREL,OUT a, STS_NECELLREL,OUT b:100 * (a.HOVERSUC + b.HOVERSUC) /(a.HOVERCNT + b.HOVERCNT)


CELL_HO:100 * (SUMOHOREV + SUMEOHOREV) / (SUMOHOATT + SUMEOHOATT)

STS_NCELLREL,OUT a,STS_NECELLREL,OUT b:100 * (a.HORTTOCH + b.HORTTOCH) /(a.HOVERCNT + b.HOVERCNT)

Handover Lost Outgoing HO Lost Rate

BSC Avg. HO Success Rate

BSC Avg. HO Lost Rate

Outgoing HO Success Rate

CELL_HO:100 * (SUMOHOLOST + SUMEOHOLOST) / (SUMOHOATT + SUMEOHOATT)

STS_NCELLREL,OUT a, STS_NECELLREL,OUT b:100 * ((a.HOVERCNT - a.HORTTOCH - a.HOVERSUC) + (b.HOVERCNT - b.HORTTOCH - b.HOVERSUC)) /(a.HOVERCNT + b.HOVERCNT)

HO Per Cell, BSC - SDCCH

No. of Handover Attempts on SDCCH

Total HO Attempts on SDCCH

CELL_HO:CCHHOCNT

STS_CELLCCHHO:CCHHOCNT

Handover Success on SDCCH

CELL_HO:100 * (CCHHOSUC / CCHHOCNT)

STS_CELLCCHHO:100 * (CCHHOSUC / CCHHOCNT)

Handover Reversion on SDCCH

BSC Avg. HO Reversion Rate

CELL_HO:100 * (CCHHOTOCH / CCHHOCNT)

STS_CELLCCHHO:100 * (CCHHOTOCH / CCHHOCNT)

Handover Lost on SDCCH

CELL_HO:100 * (CCHHOCNT - CCHHOSUC - CCHHOTOCH ) / CCHHOCNT

STS_CELLCCHHO:100 * (CCHHOCNT - CCHHOSUC - CCHHOTOCH ) / CCHHOCNT

Incoming & Outgoing HO

Total No. of Outgoing (Int. + Ext.) Handover Attempts

Total Number of Outgoing HO

CELL_HO:SUMOHOATT + SUMEOHOATT

STS_NCELLREL,OUT a, STS_NECELLREL,OUT b:a.HOVERCNT + b.HOVERCNT

Outgoing (Int. + Ext.) Handover Success

CELL_HO:100 * (SUMOHOSUCC + SUMEOHOSUCC) / (SUMOHOATT + .SUMEOHOATT)

STS_NCELLREL,OUT a,STS_NECELLREL,OUT b:100 * (a.HOVERSUC + b.HOVERSUC) /(a.HOVERCNT + b.HOVERCNT)

Outgoing HO Lost Rate

Total HO Attempts

Incoming HO Success Rate

Incoming HO Reversion Rate

Outgoing (Int. + Ext.) Handover MS Reversion



STS_NCELLREL,OUTa,STS_NECELLREL,OUT b100 * (a.HORTTOCH + b.HORTTOCH) /(a.HOVERCNT + b.HOVERCNT)

Outgoing (Int. + Ext.) Handover MS Lost


STS_NCELLREL.OUT a,STS_NECELLREL,OUT b:100 * ((a.HOVERCNT - a.HORTTOCH - a.HOVERSUC) + (b.HOVERCNT - b.HORTTOCH - b.HOVERSUC)) / (a.HOVERCNT + b.HOVERCNT)

Total No. of Incoming (Int. + Ext.) Handover Attempts

CELL_HO:SUMIHOATT + SUMEIHOATT

STS_NCELLREL,IN a,STS_NECELLREL,IN b:a.HOVERCNT + b.HOVERCNT

Incoming (Int. + Ext.) Handover Success

CELL_HO:100 * (SUMIHOSUCC + SUMEIHOSUCC) / (SUMIHOATT + SUMEIHOATT)

STS_NCELLREL,IN a,STS_NECELLREL,IN b:100 * (a.HOVERSUC + b.HOVERSUC) /(a.HOVERCNT + b.HOVERCNT)

Incoming (Int. + Ext.) Handover MS Reversion

CELL_HO:100 * (SUMIHOREV + SUMEIHOREV) / (SUMIHOATT + SUMEIHOATT)

STS_NCELLREL,IN a,STS_NECELLREL,IN b:100 * (a.HORTTOCH + b.HORTTOCH) / (a.HOVERCNT + b.HOVERCNT)

Incoming HO Lost Rate

HO Per Cell Relation HOVERCNT

Handover Success HO Success Rate

Handover Reversion HO Reversion Rate

Handover Lost HO Lost Rate

Ping Pong Handover Ping Pong HO Rate

Incoming (Int. + Ext.) Handover MS Lost

CELL_HO:100 * (SUMIHOLOST + SUMEIHOLOST) / (SUMIHOATT + SUMEIHOATT)

STS_NCELLREL,IN a,STS_NECELLREL,IN b:100 * ((a.HOVERCNT - a.HORTTOCH - a.HOVERSUC) + (b.HOVERCNT - b.HORTTOCH - b.HOVERSUC)) / (a.HOVERCNT + b.HOVERCNT)

Handover Performance Per Cell Relation, BSC


CELLREL_DATA:HOVERCNT

STS_NCELLREL / STS_NECELLREL:HOVERCNT

CELLREL_DATA:100 * (HOVERSUC / HOVERCNT)

STS_NCELLREL / STS_NECELLREL:100 * (HOVERSUC / HOVERCNT)

CELLREL_DATA:100 * (HORTTOCH / HOVERCNT)

STS_NCELLREL / STS_NECELLREL:100 * (HORTTOCH / HOVERCNT)

CELLREL_DATA:100 * (HOVERCNT - HOVERSUC + HORTTOCH) / HOVERCNT

STS_NCELLREL / STS_NECELLREL:100 * (HOVERCNT - HOVERSUC + HORTTOCH) / HOVERCNT

CELLREL_DATA:100 * (HODUPFT / HOVERSUC)

STS_NCELLREL / STS_NECELLREL:100 * (HODUPFT / HOVERSUC)

No. of Handover Decisions

Number of HO Decisions (E1)

CELLREL_DATA:HOTOKCL + HOTOLCL + HODWNQA + HOUPLQA + HOEXCTA + HOASWCL + HOATTLSS + HOATTHSS + HOTOHCS

STS_NICELHO / STS_NECELHO:HOTOKCL + HOTOLCL + HODWNQA + HOUPLQA + HOEXCTA + HOASWCL + HOATTLSS + HOATTHSS + HOTOHCS

Handover Decisions Bad Quality UL

HO Decisions BadQuality UL Rate(E1)

CELLREL_DATA:100 * (HOUPLQA) / (HOTOKCL + HOTOLCL + HODWNQA + HOUPLQA + HOEXCTA + HOASWCL + HOATTLSS + HOATTHSS + HOTOHCS)

STS_NICELHO/STS_NECELHO a, STS_NICELHOEX/STS_NECELHOEX b,STS_NICELASS/STS_NECELASS c:100 * (a.HOUPLQA) / (a.HOTOKCL + a.HOTOLCL + a.HODWNQA + a.HOUPLQA + a.HOEXCTA + c.HOASWCL + b.HOATTLSS + b.HOATTHSS +a.HOTOHCS)

Handover Decisions Bad Quality DL

HO Decisions BadQuality DL Rate(E1)

CELLREL_DATA:100 * (HODWNQA) / (HOTOKCL + HOTOLCL + HODWNQA + HOUPLQA + HOEXCTA + HOASWCL + HOATTLSS + HOATTHSS + HOTOHCS)

STS_NICELHO/STS_NECELHO a, STS_NICELHOEX/STS_NECELHOEX b,STS_NICELASS/STS_NECELASS c:100 * (a.HODWNQA) / (a.HOTOKCL + a.HOTOLCL + a.HODWNQA + a.HOUPLQA + a.HOEXCTA + c.HOASWCL + b.HOATTLSS + b.HOATTHSS + a.HOTOHCS)

Handover Decisions to Better L-Cell

HO Decisions to Better L-Cell Rate

CELLREL_DATA:100 * (HOTOLCL ) / (HOTOKCL + HOTOLCL + HODWNQA + HOUPLQA + HOEXCTA + HOASWCL + HOATTLSS + HOATTHSS + HOTOHCS)

STS_NICELHO/STS_NECELHO a,STS_NICELASS/STS_NECELASS b,STS_NICELHOEX/STS_NECELHOEX c:100 * (a.HOTOLCL) / (a.HOTOKCL + a.HOTOLCL + a.HODWNQA + a.HOUPLQA + a.HOEXCTA + b.HOASWCL + c.HOATTLSS + c.HOATTHSS + a.HOTOHCS)

Handover Decisions to Better K-Cell

HO Decisions to Better K-Cell Rate

CELLREL_DATA100 * (HOTOKCL) / (HOTOKCL + HOTOLCL + HODWNQA + HOUPLQA + HOEXCTA + HOASWCL + HOATTLSS + HOATTHSS + HOTOHCS)

STS_NICELHO/STS_NECELHO a, STS_NICELHOEX/STS_NECELHOEX b,STS_NICELASS/STS_NECELASS c:100 * (a.HOTOKCL) / (a.HOTOKCL + a.HOTOLCL + a.HODWNQA + a.HOUPLQA + a.HOEXCTA + c.HOASWCL + b.HOATTLSS + b.HOATTHSS + a.HOTOHCS)

Handover Decisions Excessive TA

HO Decisions Excessive TA Rate (E1)

CELLREL_DATA:100 * (HOEXCTA ) / (HOTOKCL + HOTOLCL + HODWNQA + HOUPLQA + HOEXCTA + HOASWCL + HOATTLSS + HOATTHSS + HOTOHCS)

STS_NICELHO/STS_NECELHO a, STS_NICELHOEX/STS_NECELHOEX b,STS_NICELASS/STS_NECELASS c:100 * (a.HOEXCTA ) / (a.HOTOKCL + a.HOTOLCL + a.HODWNQA + a.HOUPLQA + a.HOEXCTA + c.HOASWCL + b.HOATTLSS + b.HOATTHSS + a.HOTOHCS)

Assignment Handover Decisions Worse Cell

Ass. HO Decisions Worse Cell Rate

CELLREL_DATA:100 * (HOASWCL) / (HOTOKCL + HOTOLCL + HODWNQA + HOUPLQA + HOEXCTA + HOASWCL)

STS_NICELHO/STS_NECELHO a, STS_NICELHOEX/STS_NECELHOEX b,STS_NICELASS/STS_NECELASS c:100 * (c.HOASWCL) / (a.HOTOKCL + a.HOTOLCL + a.HODWNQA + a.HOUPLQA + a.HOEXCTA + c.HOASWCL)

Assignment Handover Decisions Better Cell

Ass. HO Decisions Better Cell Rate

CELLREL_DATA:100 * (HOASBCL) / (HOATTHSS + HOATTLSS + HODWNQA + HOUPLQA + HOEXCTA + HOASWCL)

STS_NICELHO/STS_NECELHO a, STS_NICELHOEX/STS_NECELHOEX b,STS_NICELASS/STS_NECELASS c:100 * (c.HOASBCL) / (b.HOATTHSS + b.HOATTLSS + a.HODWNQA + a.HOUPLQA + a.HOEXCTA + c.HOASWCL)

Intra-Cell HO, BSC Intra-Cell HO Decisions

Intra-Cell HO Success Rate

Assignment Handover to Worse Cell Success

HO to Worse Cell Success Rate

CELLREL_DATA:100 * (HOSUCWCL / HOASWCL)

STS_NICELASS/STS_NECELASS:100 * (HOSUCWCL / HOASWCL)

Assignment Handover to Better Cell Success

HO to Better Cell Success Rate

CELLREL_DATA:100 * (HOSUCBCL / HOASBCL)

STS_NICELASS/STS_NECELASS:100 * (HOSUCBCL / HOASBCL)

Intra-Cell Handover, BSC

Intra-Cell Handover Decisions

CELL_HO:HOINDQA + HOINUQA + HOINBQA

STS_CELEVENTI:HOINDQA + HOINUQA + HOINBQA

Intra-Cell Handover Decisions of TCH Estab.

Intra-Cell HO Decision of TCH Conn

CELL_HO2 a, CELL_MAIN b:100 * ((a.HOINDQA + a.HOINUQA + a.HOINBQA) / b.TMSESTB)

STS_CLEVENTI a, STS_CELTCHF b , STS_CELTCHH c:100 * ((a.HOINDQA + a.HOINUQA + a.HOINBQA) / (b.TFMSESTB + c.THMSESTB))

Intra-Cell Handover Success

CELL_HO:100 * (HOINSUC) / (HOINDQA + HOINUQA + HOINBQA)

STS_CLEVENTI:100 * (HOINSUC) / (HOINDQA + HOINUQA + HOINBQA)

Intra-Cell Handover MS Reversion

Intra Cell Handover MS Reversion

CELL_HO:100 * (HOINBOCH) / (HOINDQA + HOINUQA+ HOINBQA)

STS_CLEVENTI:100 * (HOINBOCH) / (HOINDQA + HOINUQA+ HOINBQA)

Intra-Cell Handover Not Performed


CELL_HO:100 * (HOINDQA + HOINUQA + HOINBQA - HOINSUC + HOINBOCH) / (HOINDQA + HOINUQA + HOINBQA)

STS_CLEVENTI:100 * (HOINDQA + HOINUQA + HOINBQA - HOINSUC + HOINBOCH) / (HOINDQA + HOINUQA + HOINBQA)

Intra-Cell HO Decisions


Intra-Cell Handover Distr. Bad Quality DL

Intra-Cell HO Distr. Bad Quality DL

CELL_HO:100 * (HOINDQA / (HOINDQA + HOINUQA+ HOINBQA))

STS_CLEVENTI:100 * (HOINDQA) / (HOINDQA + HOINUQA+ HOINBQA)

Intra-Cell Handover Distr. Bad Quality UL

Intra-Cell HO Distr. Bad Quality UL

CELL_HO:100 * (HOINUQA / (HOINDQA + HOINUQA+ HOINBQA))

STS_CLEVENTI:100 * (HOINUQA) /(HOINDQA + HOINUQA+ HOINBQA)

Intra-Cell Handover Distr. Bad Quality BL

Intra-Cell HO Distr. Bad Quality BL

CELL_HO:100 * (HOINBQA / (HOINDQA + HOINUQA + HOINBQA))

STS_CLEVENTI:100 * (HOINBQA) /(HOINDQA + HOINUQA + HOINBQA)

Intra-Cell Handover, CellSet

Intra-Cell HO, Cell Set


CELL_HO:(HOINDQA + HOINUQA + HOINBQA)

STS_CLEVENTI:(HOINDQA + HOINUQA + HOINBQA)



CELL_HO2 a, CELL_MAIN b:100 * ((a.HOINDQA + a.HOINUQA + a.HOINBQA) / b.TMSESTB)

STS_CLEVENTI a, STS_CELTCHF b, STS_CELTCHH c:100 * (a.HOINDQA + a.HOINUQA + a.HOINBQA) / (b.TFMSESTB + c.THMSESTB)


CELL_HO:100 * (HOINSUC / (HOINDQA + HOINUQA + HOINBQA))

STS_CLEVENTI:100 * (HOINSUC / (HOINDQA + HOINUQA + HOINBQA))



CELL_HO:100 * (HOINBOCH / (HOINDQA + HOINUQA + HOINBQA))

STS_CLEVENTI:100 * (HOINBOCH / (HOINDQA + HOINUQA+ HOINBQA))

Intra-Cell HO Ov. Intra-Cell HO Decisions




CELL_HO:100 * (HOINDQA + HOINUQA + HOINBQA - HOINSUC + HOINBOCH) /(HOINDQA + HOINUQA + HOINBQA)

STS_CLEVENTI:100 * (HOINDQA + HOINUQA + HOINBQA - HOINSUC + HOINBOCH)/(HOINDQA + HOINUQA + HOINBQA)




STS_CLEVENTI:100 * (HOINDQA / (HOINDQA + HOINUQA+ HOINBQA))




STS_CLEVENTI:100 * (HOINUQA / (HOINDQA + HOINUQA+ HOINBQA))




STS_CLEVENTI:100 * (HOINBQA / (HOINDQA + HOINUQA + HOINBQA))

Intra-Cell Handover Overview


CELL_HO:(HOINDQA + HOINUQA + HOINBQA)

STS_CLEVENTI:(HOINDQA + HOINUQA + HOINBQA)



CELL_HO2 a, CELL_MAIN b:100 * (a.HOINDQA + a.HOINUQA + a.HOINBQA) /(b.TMSESTB)

STS_CLEVENTI a, STS_CELTCHF b, STS_CELTCHH c:100 * (a.HOINDQA + a.HOINUQA + a.HOINBQA) / (b.TFMSESTB + c.THMSESTB)


CELL_HO:100 * (HOINSUC / (HOINDQA + HOINUQA + HOINBQA))

STS_CLEVENTI:100 * (HOINSUC / (HOINDQA + HOINUQA + HOINBQA))

HOVERCNT





CELL_HO:100 * (HOINBOCH / (HOINDQA + HOINUQA + HOINBQA))

STS_CLEVENTI:100 * (HOINBOCH / (HOINDQA + HOINUQA+ HOINBQA))



CELL_HO:100 * (HOINDQA + HOINUQA + HOINBQA - HOINSUC + HOINBOCH) / (HOINDQA + HOINUQA + HOINBQA)

STS_CLEVENTI:100 * (HOINDQA + HOINUQA + HOINBQA - HOINSUC + HOINBOCH) / (HOINDQA + HOINUQA + HOINBQA)




STS_CLEVENTI:100 * (HOINDQA / (HOINDQA + HOINUQA+ HOINBQA))




STS_CLEVENTI:100 * (HOINUQA / (HOINDQA + HOINUQA+ HOINBQA))




STS_CLEVENTI:100 * (HOINBQA / (HOINDQA + HOINUQA + HOINBQA))

Inter BSC Handover Performance

Inter BSC HO Activity



STS_NCELLREL/STS_NECELLREL:HOVERCNT


STS_NCELLREL/STS_NECELLREL:100 * (HOVERSUC / HOVERCNT)


STS_NCELLREL/STS_NECELLREL:100 * (HORTTOCH / HOVERCNT)


HO Activity, BSC HOVERCNT

Number of HO Decisions

HO Activity, Cell Set HOVERCNT


CELLREL_DATA:100 * ((HOVERCNT-(HOVERSUC+HORTTOCH)) /(HOVERCNT))

STS_NCELLREL/STS_NECELLREL:100 * ((HOVERCNT-(HOVERSUC+HORTTOCH)) /(HOVERCNT))

Handover Activity, BSC





CELLREL_DATA:(HOTOKCL + HOTOLCL + HODWNQA + HOUPLQA + HOEXCTA + HOASWCL + HOATTLSS + HOATTHSS + HOTOHCS)

STS_NICELHO/STS_NECELHO a, STS_NICELASS/STS_NECELASS b,STS_NICELHOEX/STS_NECELHOEX c:(a.HOTOKCL + a.HOTOLCL + a.HODWNQA + a.HOUPLQA + a.HOEXCTA + b.HOASWCL + c.HOATTLSS + c.HOATTHSS + a.HOTOHCS)

Handover Activity, Cell Set






STS_NICELHO/STS_NECELHO a, STS_NICELASS/STS_NECELASS b,STS_NICELHOEX/STS_NECELHOEX c:(a.HOTOKCL + a.HOTOLCL + a.HODWNQA + a.HOUPLQA + a.HOEXCTA + b.HOASWCL + c.HOATTLSS + c.HOATTHSS + a.HOTOHCS)

HO OL/UL, BSC HOAATOL_OL

HOAATUL_OL

HO OL/UL, Cell Set HOAATOL_OL

Handover Performance OL/UL, BSC

No. of Handover Attempts to OL

CELL_OL:HOAATOL_OL

STS_CELEVENTS:HOAATOL_OL

Handover UL to OL Success

HO Under- to Overlaid Succ. Rate

CELL_OL:100 * (HOSUCOL_OL / HOAATOL_OL)

STS_CELEVENTS:100 * (HOSUCOL_OL / HOAATOL_OL)

No. of Handover Attempts to UL (BQ)

No. of HO Attempts to UL(BQ)

CELL_OL:HOATTULBQ_OL

STS_CELEVENTS:HOATTULBQ_OL

Handover OL to UL Success (BQ)

HO Suc. Rate for HO to UL Cell(BQ)

CELL_OL:100 * (HOSUCULBQ_OL / HOATTULBQ_OL)

STS_CELEVENTS:100 * (HOSUCULBQ_OL / HOATTULBQ_OL)

No. of Handover Attempts to UL

CELL_OL:HOAATUL_OL

STS_CELEVENTS:HOAATUL_OL

Handover OL to UL Success

HO Over- to Underlaid Succ. Rate

CELL_OL:100 * (HOSUCUL_OL / HOAATUL_OL)

STS_CELEVENTS:100 * (HOSUCUL_OL / HOAATUL_OL)

Handover Performance OL/UL, Cell Set

No. of Handover Attempts to OL

CELL_OL:HOAATOL_OL

STS_CELEVENTS:HOAATOL_OL

Handover UL to OL Success

HO Under- to Overlaid Succ. Rate

CELL_OL:100 * (HOSUCOL_OL / HOAATOL_OL)

STS_CELEVENTS:100 * (HOSUCOL_OL / HOAATOL_OL)

No. of Handover Attempts to UL (BQ)

No. of HO Attempts to UL(BQ)

CELL_OL:HOATTULBQ_OL

STS_CELEVENTS:HOATTULBQ_OL

HOAATUL_OL

HO Ov, Cell Set


Handover Reversion


Handover OL to UL Success (BQ)

HO Suc. Rate for HO to UL Cell(BQ)

CELL_OL:100 * (HOSUCULBQ_OL / HOATTULBQ_OL)

STS_CELEVENTS:100 * (HOSUCULBQ_OL / HOATTULBQ_OL)

No. of Handover Attempts to UL

CELL_OL:HOAATUL_OL

STS_CELEVENTS:HOAATUL_OL

Handover OL to UL Success

HO Over- to Underlaid Succ. Rate

CELL_OL:100 * (HOSUCUL_OL / HOAATUL_OL)

STS_CELEVENTS:100 * (HOSUCUL_OL / HOAATUL_OL)

Handover Performance Overview, Cell Set



CELL_HO:(SUMOHOATT + SUMEOHOATT)

STS_NCELLREL,OUT a,STS_NECELLREL,OUT b:(a.HOVERCNT + b.HOVERCNT)


STS_NCELLREL,OUT a,STS_NECELLREL,OUT b:100 * (a.HOVERSUC + b.HOVERSUC) /(a.HOVERCNT + b.HOVERCNT)



STS_NCELLREL,OUT a,STS_NECELLREL,OUT b:100 * (a.HORTTOCH + b.HORTTOCH) / (a.HOVERCNT + b.HOVERCNT)


STS_NCELLREL,OUT a,STS_NECELLREL,OUT b:100 * ((a.HOVERCNT - a.HORTTOCH - HOVERSUC) + (b.HOVERCNT - b.HORTTOCH - b.HOVERSUC)) / (a.HOVERCNT + b. HOVERCNT)

HO Per Cell, CellSet Total Number of Outgoing HO


Handover Reversion


BSC Avg. HO Success Rate

BSC Avg. HO Reversion Rate

Handover Performance Per Cell, Cell Set


CELL_HO:(SUMOHOATT+ SUMEOHOATT)

STS_NCELLREL,OUT a, STS_NECELLREL,OUT b:(a.HOVERCNT+ b.HOVERCNT)








HO Per Cell, CellSet - SDCCH

No. of Handover Attempts on SDCCH

Total HO Attempts on SDCCH

CELL_HO:CCHHOCNT

STS_CELLCCHHO:CCHHOCNT

Handover Success on SDCCH

CELL_HO:100 * (CCHHOSUC / CCHHOCNT)

STS_CELLCCHHO:100 * (CCHHOSUC / CCHHOCNT)

Handover Reversion on SDCCH

CELL_HO:100 * (CCHHOTOCH / CCHHOCNT)

STS_CELLCCHHO:100 * (CCHHOTOCH / CCHHOCNT)

BSC Avg. HO Lost Rate


Outgoing HO Success Rate

Outgoing HO Lost Rate

Total HO Attempts

Handover Lost on SDCCH

CELL_HO:100 * (CCHHOCNT - CCHHOSUC - CCHHOTOCH) / (CCHHOCNT)

STS_CELLCCHHO:100 * (CCHHOCNT - CCHHOSUC - CCHHOTOCH) / (CCHHOCNT)

Incoming & Outgoing HO

Total No. of Outgoing (Int. + Ext.) Handover Attempts

CELL_HO:(SUMOHOATT+ SUMEOHOATT)

STS_NCELLREL,OUT a, STS_NECELLREL,OUT b:(a.HOVERCNT+ b.HOVERCNT)

Outgoing (Int. + Ext.) Handover Success



Outgoing (Int. + Ext.) Handover MS Reversion




Outgoing (Int. + Ext.) Handover MS Lost



Total No. of Incoming(Int. + Ext.) Handover Attempts

CELL_HO:(SUMIHOATT + SUMEIHOATT)

STS_NCELLREL,IN a, STS_NECELLREL,IN b:(a.HOVERCNT + b.HOVERCNT)

Incoming HO Success Rate

Incoming HO Reversion Rate

Incoming HO Lost Rate

SDCCH

SDCCH Drop SDCCH Drop Rate

Incoming (Int. + Ext.) Handover Success

CELL_HO:100 * (SUMIHOSUCC + SUMEIHOSUCC) /(SUMIHOATT + SUMEIHOATT)

STS_NCELLREL,IN a, STS_NECELLREL,IN b:100 * (a.HOVERSUC + b.HOVERSUC) /(a.HOVERCNT + b.HOVERCNT)

Incoming (Int. + Ext.) Handover MS Reversion

CELL_HO:100 * (SUMIHOREV + SUMEIHOREV) / (SUMIHOATT + SUMEIHOATT)

STS_NCELLREL,IN a, STS_NECELLREL,IN b:100 * (a.HORTTOCH + b.HORTTOCH) /(a.HOVERCNT + b.HOVERCNT)

Incoming (Int. + Ext.) Handover MS Lost

CELL_HO:100 * (SUMIHOLOST + SUMEIHOLOST) /(SUMIHOATT + SUMEIHOATT)

STS_NCELLREL,IN a, STS_NECELLREL,IN b:100 * ((a.HOVERCNT - a.HORTTOCH - a.HOVERSUC) + (b.HOVERCNT - b.HORTTOCH - b.HOVERSUC)) / (a.HOVERCNT + B.HOVERCNT)

Dropped Calls Cell, BSC

Total No. of Dropped SDCCH Connections

Total Dropped SDCCH Connections

CELL_MAIN:CNDROP

STS_CLSDCCH:CNDROP

CELL_MAIN:100 * (CNDROP / CMSESTAB)

STS_CLSDCCH:100 * (CNDROP / CMSESTAB)

SDCCH Erlang Minutes per Drop


CELL_ADM a, CELL_MAIN b:(a.RPL * b.C_CTRALACC) / (b.CNDROP)

STS_CLSDCCH a, STS_ADM b:(b.RPL * (a.CTRALACC / a:CNSCAN)) / (a.CNDROP)

SDCCH Drop Reason,Low SS

SDCCH Drop Reason, Low SS

CELL_MAIN:100 * (CDISSS / CNDROP)

STS_CELLCCHDR a, CLSDCHH b:100 * ((a.CDISSS + a.CDISSSSUB) / b.CNDROP)

SDCCH Drop Reason, OtSDCCH Drop Reason, Other

TCH

SDCCH Drop Reason, Bad Quality


CELL_MAIN:100 * (CDISQA / CNDROP)

STS_CELLCCHDR a, STS_CLSDCCH b:100 * ((a.CDISQA + a.CDISQASUB) / b.CNDROP)

SDCCH Drop Reason, Excessive TA


CELL_MAIN:100 * (CDISTA / CNDROP)

STS_CELLCCHDR a, STS_CLSDCCH b:100 * (a.CDISTA / b.CNDROP)

CELL_MAIN:100 * (CNDROP - CDISSS + CDISQA + CDISTA) / (CNDROP)

STS_CLSDCCH a, STS_CELLCCHDR b,100 * (a.CNDROP - (b.CDISSS + b.CDISSSSUB) + (b.CDISQA + b.CDISQASUB) + b.CDISTA) / (a.CNDROP)

Handover Lost of all SDCCH Drop


CELL_HO2 a, CELL_MAIN b:100 * (a.CCHHOCNT - a.CCHHOSUC - a.CCHHOTOCH) / (b.CNDROP)

STS_CELLCCHHO a, STS_CLSDCCH b:100 * (a.CCHHOCNT - a.CCHHOSUC - a.CCHHOTOCH) / (b.CNDROP)

Total No. of Dropped TCH Connections

No. of Dropped TCH Connection

CELL_MAIN:TNDROP

STS_CELTCHF a, CELTCHH b:(a.TFNDROP + b.THNDROP +a.TFNDROPSUB + b.THNDROPSUB)

TCH Drop

TCH Drop Reason, Low

Subscriber PerceivedTCH Drop

CELL_MAIN a, CELL_HO2 b:100 * (a.TNDROP / (a.TCASSALL + ((b.SUMIHOSUCC - b.SUMIABSUCC - b.SUMIAWSUCC) - (b.SUMOHOSUCC - b.SUMOABSUCC - b.SUMOAWSUCC))))

STS_CELTCHF a, CELTCHH b, STS_NCELLREL,IN c, STS_NCELLREL,OUT d:100 * (a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB) / ((a.TFCASSALL + b.THCASSALL + a.TFCASSALLSUB + b.THCASSALLSUB) + (c.HOVERSUC - c.HOSUCBCL - c.HOSUCWCL) - (d.HOVERSUC - d.HOSUCBCL - d.HOSUCWCL))



CELL_ADM a, CELL_MAIN b:(a.RPL * b.C_TTRALACC) / (b.TNDROP )

STS_CELTCHF a, STS:CELTCHH b,STS_ADM c:(c.RPL * (a.TFTRALACC / a.TFNSCAN) +(b.THTRALACC / b.THNSCAN)) / (a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB)

TCH Drop Reason, Low SS DL

CELL_MAIN:100 * (TDISSDL / TNDROP)

STS_CLTCHDRF a, STS_CLTCHDRH b, CELTCHF c, CELTCHH d:100 * ((a.TFDISSDL + b.THDISSDL + a.TFDISSDLSUB + b.THDISSDLSUB) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))

TCH Drop Reason, Low TCH Drop Reason, Low SS Uplink

CELL_MAIN:100 * (TDISSUL / TNDROP)

STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISSUL + b.THDISSUL + a.TFDISSULSUB + b.THDISSULSUB) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))

TCH Drop Reason, Low SS UL/DL


CELL_MAIN:100 * (TDISSBL / TNDROP)

STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISSBL + b.THDISSBL + a.TFDISSBLSUB + b.THDISSBLSUB) / (c.TFNDROP + d.THNDROP + a.TFNDROPSUB + d.THNDROPSUB))

TCH Drop Reason, Bad Quality DL


CELL_MAIN:100 * (TDISQADL / TNDROP)

STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISQADL + b.THDISQADL + a.TFDISQADLSUB + b.THDISQADLSUB) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))

TCH Drop Reason, Bad Quality UL

TCH Drop Reason, Bad Quality Uplink

CELL_MAIN:100 * (TDISQAUL / TNDROP)

STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISQAUL + b.THDISQAUL + a.TFDISQAULSUB + b.THDISQAULSUB) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))

TCH Drop Reason, Bad Quality UL/DL

TCH Drop Reason, Bad Qual. UL/DL

CELL_MAIN:100 * (TDISQABL / TNDROP)

STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISQABL + b.THDISQABL +a.TFDISQABLSUB + b.THDISQABLSUB) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))

TCH Drop Reason, Suddenly Lost Con.

TCH Drop Reason, Suddenly Lost Con

CELL_MAIN:100 * (TSUDLOS / TNDROP)

STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFSUDLOS + b.THSUDLOS +a.TFSUDLOSSUB + b.THSUDLOSSUB) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))

TCH Drop Reason, Excessive TA


CELL_MAIN:100 * (TDISTA / TNDROP)

STS_CTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISTA + b.THDISTA) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))

TCH Drop Reason, OtherTCH Drop Reason, Other

CELL_MAIN:100 * ((TNDROP - (TDISSDL + TDISSUL + TDISSBL + TDISQADL + TDISQAUL + TDISQABL + TDISTA + TSUDLOS)) / TNDROP)

STS_CELTCHF a, STS_CELTCHH b, STS_CLTCHDRF c, STS_CLTCHDRH d:100 * ((a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB) - ((c.TFDISSDL + d.THDISSDL +c.TFDISSDLSUB + d.THDISSDLSUB) + (c.TFDISSUL + d.THDISSUL + c.TFDISSULSUB + d.THDISSULSUB) + (c.TFDISSBL + d.THDISSBL +c.TFDISSBLSUB + d:THDISSBLSUB) + (c.TFDISQADL + d.THDISQADL + c.TFDISQADLSUB + d.THDISQADLSUB) + (c.TFDISQAUL + d.THDISQAUL +c.TFDISQAULSUB + d.THDISQAULSUB) + (c.TFDISQABL + d.THDISQABL + c.TFDISQABLSUB + d.THDISQABLSUB) + (c.TFDISTA + d.THDISTA) + (c.TFSUDLOS + d.THSUDLOS +c.TFSUDLOSSUB + d.THSUDLOSSUB)) / (a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB))

TCH Drop Reason, Low TCH Drop Reason, Low SSReasons for TCH Drop Chart

CELL_MAIN:100 * ((TDISSDL + TDISSUL + TDISSBL) / TNDROP)

STS_CLTCHDRF a,STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d100 * (((a.TFDISSDL + b.THDISSDL + a.TFDISSDLSUB + b.THDISSDLSUB) + (a.TFDISSUL + b.THDISSUL +a.TFDISSULSUB + b.THDISSULSUB) + (a.TFDISSBL + b.THDISSBL +a.TFDISSBLSUB + b.THDISSBLSUB)) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))

TCH Drop Reason, Bad Quality


CEL_MAIN:100 * ((TDISQADL + TDISQAUL + TDISQABL) / TNDROP)

STS_CLTCHDRF a,STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * (((a.TFDISQADL + b.THDISQADL + a.TFDISQADLSUB + b.THDISQADLSUB) + (a.TFDISQAUL + b.THDISQAUL +a.TFDISQAULSUB + b.THDISQAULSUB) + (a.TFDISQABL + b.THDISQABL +a.TFDISQABLSUB + b.THDISQABLSUB)) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))




STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFSUDLOS + b.THSUDLOS + a.TFSUDLOSSUB + b.THSUDLOSSUB) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))




STS_CTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISTA + b.THDISTA) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))



STS_CELTCHF a, STS_CELTCHH b, STS_CLTCHDRF c, STS_CLTCHDRH d:100 * ((a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB) - ((c.TFDISSDL + d.THDISSDL +c.TFDISSDLSUB + d.THDISSDLSUB) + (c.TFDISSUL + d.THDISSUL + c.TFDISSULSUB + d.THDISSULSUB) + (c.TFDISSBL + d.THDISSBL +c.TFDISSBLSUB + d:THDISSBLSUB) + (c.TFDISQADL + d.THDISQADL + c.TFDISQADLSUB + d.THDISQADLSUB) + (c.TFDISQAUL + d.THDISQAUL +c.TFDISQAULSUB + d.THDISQAULSUB) + (c.TFDISQABL + d.THDISQABL + c.TFDISQABLSUB + d.THDISQABLSUB) + (c.TFDISTA + d.THDISTA) + (c.TFSUDLOS + d.THSUDLOS +c.TFSUDLOSSUB + d.THSUDLOSSUB)) / (a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB))

TCH Drop

TCH Drop Chart TCH Erlang Minutes per TCH Erlang Minutes per Drop

TCH Drop


CELL_MAIN a, CELL_HO2 b:100 * (a.TNDROP) / (a.TCASSALL + (b.SUMIHOSUCC - b.SUMIABSUCC - b.SUMIAWSUCC) - (b.SUMOHOSUCC - b.SUMOABSUCC - b.SUMOAWSUCC))


CELL_ADM a, CELL_MAIN b:(a.RPL * b.C_TTRALACC) / (b.TNDROP )

STS_CELTCHF a, STS:CELTCHH b,STS_ADM c:(c.RPL * (a.TFTRALACC / a.TFNSCAN) +(b.THTRALACC / b.THNSCAN)) / (a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB)


CELL_MAIN a, CELL_HO2 b:100 * (a.TNDROP) / (a.TCASSALL + (b.SUMIHOSUCC - b.SUMIABSUCC - b.SUMIAWSUCC) - (b.SUMOHOSUCC - b.SUMOABSUCC - b.SUMOAWSUCC))


SDCCH Overview


SDCCH Drop Reason, Other

Dropped Calls Overview



MSC_CELL_MAIN:CNDROP

STS_CLSDCCH:CNDROP

MSC_CELL_MAIN:100 * (CNDROP / CMSESTAB)




MSC_ADM a, MSC_CELL_MAIN b:(a.RPL* b.C_CTRALACC) / b.CNDROP

STS_CLSDCCH a,STS_ADM b:(b.RPL* (a.CTRALACC / a.CNSCAN)) / a.CNDROP



MSC_CELL_MAIN:100 * (CDISSS / CNDROP)

STS_CELLCCHDR a, STS_CLSDCCH b:100 * ((a.CDISSS + a.CDISSSSUB) / b.CNDROP)



MSC_CELL_MAIN:100 * (CDISQA / CNDROP)




MSC_CELL_MAIN:100 * (CDISTA / CNDROP)



MSC_CELL_MAIN:100 * (CNDROP - (CDISSS + CDISQA + CDISTA)) / CNDROP

STS_CLSDCCH a, STS_CELLCCHDR b:100 * (a.CNDROP - ((b.CDISSS + b.CDISSSSUB) + (b.CDISQA+ b.CDISQASUB) + b.CDISTA)) / a.CNDROP

TCH Overview

TCH Drop



MSC_CELL_MAIN:TNDROP

STS_CELTCHF a, STS_CELTCHH b:(a.TFNDROP + b.THNDROP +a.TFNDROPSUB + b.THNDROPSUB)


MSC_CELL_MAIN a, MSC_CELL_HO2 b:(a.TNDROP) / (a.TCASSALL + (b.SUMIHOSUCC - b.SUMIABSUCC - b.SUMIAWSUCC ) - (b.SUMOHOSUCC - b.SUMOABSUCC - b.SUMOAWSUCC ))

STS_CELTCHF a, STS_CELTCHH b, STS_NCELLREL,IN c, STS_NCELLREL,OUT d:(a.TFNDROP + b.THNDROP +a.TFNDROPSUB + b.THNDROPSUB) / ((a.TFCASSALL + b.THCASSALL + a.TFCASSALLSUB + b.THCASSALLSUB) + (c.HOVERSUC - c.HOSUCBCL - C.HOSUCWCL) - (d.HOVERSUC - d.HOSUCBCL - d.HOSUCWCL))



MSC_ADM a, MSC_CELL_MAIN b:(a.RPL * b.C_TTRALACC) / b.TNDROP

STS_CELTCHF a, STS_CELTCHH b,STS_ADM c:(c.RPL * ((a.TFTRALACC / a.TFNSCAN) +(b.THTRALACC / b.THNSCAN))) / (a.TFNDROP + b.THNDROP +a.TFNDROPSUB + b.THNDROPSUB)



MSC_CELL_MAIN:100 * (TDISSDL / TNDROP)

STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISSDL + b.THDISSDL + a.TFDISSDLSUB + b.THDISSDLSUB) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))

TCH Drop Reason,Low SS UL

TCH Drop Reason, Low SS Uplink

MSC_CELL_MAIN:100 * (TDISSUL / TNDROP)




MSC_CELL_MAIN:100 * (TDISSBL / TNDROP)

STS_CLTCHDRF a, STS_CLTCHDRH b, CELTCHF c, CELTCHH d:100 * ((a.TFDISSBL + b.THDISSBL + a.TFDISSBLSUB + b.THDISSBLSUB) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))



MSC_CELL_MAIN:100 * (TDISQADL / TNDROP)

STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISQADL + b.THDISQADL +a.TFDISQADLSUB + b.THDISQADLSUB) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))



MSC_CELL_MAIN:100 * (TDISQAUL / TNDROP)

STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISQAUL + b.THDISQAUL +a.TFDISQAULSUB + b.THDISQAULSUB) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))



MSC_CELL_MAIN:100 * (TDISQABL / TNDROP)




MSC_CELL_MAIN:100 * (TSUDLOS / TNDROP)



TCH Drop Reason,Excessive TA

MSC_CELL_MAIN:100 * (TDISTA / TNDROP)

STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISTA + b.THDISTA) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))


SDCCH BSC


MSC_CELL_MAIN:100 * ((TNDROP - (TDISSDL + TDISSUL + TDISSBL + TDISQADL + TDISQAUL + TDISQABL + TDISTA + TSUDLOS)) / TNDROP)

STS_CELTCHF a, STS_CELTCHH b, STS_CLTCHDRF c, STS_CLTCHDRH d:100 * (((a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB) - ((c.TFDISSDL + d.THDISSDL + c.TFDISSDLSUB + d.THDISSDLSUB) + (c.TFDISSUL + d.THDISSUL +c.TFDISSULSUB + d.THDISSULSUB) + (c.TFDISSBL + d.THDISSBL + c.TFDISSBLSUB + d.THDISSBLSUB) + (c.TFDISQADL + d.THDISQADL +c.TFDISQADLSUB + d.THDISQADLSUB) + (c.TFDISQAUL + d.THDISQAUL + c.TFDISQAULSUB + d.THDISQAULSUB) + (c.TFDISQABL + d.THDISQABL +c.TFDISQABLSUB + d.THDISQABLSUB) + (c.TFDISTA + d.THDISTA) + (c.TFSUDLOS + d.THSUDLOS +c.TFSUDLOSSUB + d.THSUDLOSSUB))) / (a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB))



BSC_CELL_MAIN:CNDROP

STS_CLSDCCH:CNDROP

BSC_CELL_MAIN:100 * (CNDROP / CMSESTAB)





BSC_ADM a, BSC_CELL_MAIN b:(a.RPL * b.C_CTRALACC) / b.CNDROP

STS_CLSDCCH a,STS_ADM b:(b.RPL * (a.CTRALACC / a.CNSCAN)) / a.CNDROP



BSC_CELL_MAIN:100 * (CDISSS / CNDROP)




BSC_CELL_MAIN:100 * (CDISQA / CNDROP)


SDCCH Drop Reason,Excessive TA


BSC_CELL_MAIN:100 * (CDISTA / CNDROP)



BSC_CELL_MAIN:100 * ((CNDROP - (CDISSS + CDISQA + CDISTA)) / CNDROP)

STS_CLSDCCH a, STS_CELLCCHDR b,100 * ((a.CNDROP - ((b.CDISSS + b.CDISSSSUB) + (b.CDISQA + b.CDISQASUB) + b.CDISTA)) / a.CNDROP)



BSC_CELL_HO2 a, BSC_CELL_MAIN b:100 *(a.CCHHOCNT - a.CCHHOSUC - a.CCHHOTOCH) / b.CNDROP

STS_CELLCCHHO a, STS_CLSDCCH b:100 *(a.CCHHOCNT - a.CCHHOSUC - a.CCHHOTOCH) / b.CNDROP

TCH BSC

TCH Drop



BSC_CELL_MAIN:TNDROP



BSC_CELL_MAIN a, BSC_CELL_HO2 b:100 * (a.TNDROP / (a.TCASSALL + ((b.SUMIHOSUCC - b.SUMIABSUCC - b.SUMIAWSUCC) - (b.SUMOHOSUCC - b.SUMOABSUCC - b.SUMOAWSUCC))))

STS_CELTCHF a, STS_CELTCHH b, STS_NCELLREL,IN c, STS_NCELLREL.OUT d:100 * ((a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB) / ((a.TFCASSALL + b.THCASSALL + a.TFCASSALLSUB + b.THCASSALLSUB) + (c.SUMIHOSUCC - c.SUMIABSUCC - c.SUMIAWSUCC ) - (d.SUMOHOSUCC - d.SUMOABSUCC - d.SUMOAWSUCC)))



BSC_ADM a, BSC_CELL_MAIN b:(a.RPL * b.C_TTRALACC) / b.TNDROP

STS_CELTCHF a, STS_CELTCHH b,STS_ADM c:(c.RPL * (a.TFTRALACC / a.TFNSCAN) +(b.THTRALACC / b.THNSCAN)) / (a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB)




BSC_CELL_MAIN:100 * (TDISSDL / TNDROP)

STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISSDL + b.THDISSDL + a.TFDISSDLSUB + b.THDISSDLSUB) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))


BSC_CELL_MAIN:100 * (TDISSUL / TNDROP)




BSC_CELL_MAIN:100 * (TDISSBL / TNDROP)

STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISSBL + b.THDISSBL + a.TFDISSBLSUB + b.THDISSBLSUB) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))



BSC_CELL_MAIN:100 * (TDISQADL / TNDROP)

STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISQADL + b.THDISQADL +a.TFDISQADLSUB + b.THDISQADLSUB) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))



BSC_CELL_MAIN:100 * (TDISQAUL / TNDROP)

STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISQAUL + b.THDISQAUL +a.TFDISQAULSUB + b.THDISQAULSUB) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))



BSC_CELL_MAIN:100 * (TDISQABL / TNDROP)




BSC_CELL_MAIN:100 * (TSUDLOS / TNDROP)




BSC_CELL_MAIN:100 * (TDISTA / TNDROP)

STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISTA + b.THDISTA) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))

TCH Drop Reason, OtherTCH Drop Reason, Other BSC_CELL_MAIN:100 * ((TNDROP - (TDISSDL + TDISSUL + TDISSBL + TDISQADL + TDISQAUL + TDISQABL + TDISTA + TSUDLOS)) / TNDROP)

STS_CELTCHF a, STS_CELTCHH b, STS_CLTCHDRF c, STS_CLTCHDRH d:100 * (((a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB) - ((c.TFDISSDL + d.THDISSDL + c.TFDISSDLSUB + d.THDISSDLSUB) + (c.TFDISSUL + d.THDISSUL + c.TFDISSULSUB + d.THDISSULSUB) + (c.TFDISSBL + d.THDISSBL + c.TFDISSBLSUB + d.THDISSBLSUB) + (c.TFDISQADL + d.THDISQADL + c.TFDISQADLSUB + d.THDISQADLSUB) + (c.TFDISQAUL + d.THDISQAUL + c.TFDISQAULSUB + d.THDISQAULSUB) + (c.TFDISQABL + d.THDISQABL +c.TFDISQABLSUB + d.THDISQABLSUB) + (c.TFDISTA + d.THDISTA) + (c.TFSUDLOS + d.THSUDLOS + c.TFSUDLOSSUB + d.THSUDLOSSUB))) / (a.TFNDROP + b.THNDROP +a.TFNDROPSUB + b.THNDROPSUB))

Dropped Calls Chart TCH Drop Reason, Low TCH Drop Reason, Low SS BSC_CELL_MAIN:100 * (TDISSDL + TDISSUL + TDISSBL) / TNDROP

STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISSDL + b.THDISSDL + a.TFDISSDLSUB + b.THDISSDLSUB) + (a.TFDISSUL + b.THDISSUL +a.TFDISSULSUB + b.THDISSULSUB) + (a.TFDISSBL + b.THDISSBL + a.TFDISSBLSUB + b.THDISSBLSUB)) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB)



BSC_CELL_MAIN:100 * (TDISQADL+ TDISQAUL + TDISQABL) / TNDROP

STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISQADL + b.THDISQADL +a.TFDISQADLSUB + b.THDISQADLSUB) + (a.TFDISQAUL + b.THDISQAUL +a.TFDISQAULSUB + b.THDISQAULSUB) + (a.TFDISQABL + b.THDISQABL +a.TFDISQABLSUB + b.THDISQABLSUB)) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB)








STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISTA + b.THDISTA) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))

TCH Drop Reason, Other

HO per Cell Relation HOVERCNT


BSC_CELL_MAIN:100 * ((TNDROP - (TDISSDL + TDISSUL + TDISSBL + TDISQADL + TDISQAUL + TDISQABL + TDISTA + TSUDLOS)) / TNDROP)

STS_CELTCHF a, STS_CELTCHH b, STS_CLTCHDRF c, STS_CLTCHDRH d:100 * (((a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB) - ((c.TFDISSDL + d.THDISSDL + c.TFDISSDLSUB + d.THDISSDLSUB) + (c.TFDISSUL + d.THDISSUL +c.TFDISSULSUB + d.THDISSULSUB) + (c.TFDISSBL + d.THDISSBL + c.TFDISSBLSUB + d.THDISSBLSUB) + (c.TFDISQADL + d.THDISQADL +c.TFDISQADLSUB + d.THDISQADLSUB) + (c.TFDISQAUL + d.THDISQAUL + c.TFDISQAULSUB + d.THDISQAULSUB) + (c.TFDISQABL + d.THDISQABL +c.TFDISQABLSUB + d.THDISQABLSUB) + (c.TFDISTA + d.THDISTA) + (c.TFSUDLOS + d.THSUDLOS + c.TFSUDLOSSUB + d.THSUDLOSSUB))) / (a.TFNDROP + b.THNDROP +a.TFNDROPSUB + b.THNDROPSUB))

Handover Performance per Cell Relation, Cell Set







Ping Pong Handover Ping Pong HO Rate



STS_NCELLREL/STS_NECELLREL:100 * (HOVERSUC / HOVERCNT)


STS_NCELLREL/STS_NECELLREL:100 * (HORTTOCH / HOVERCNT)

CELLREL_DATA:100 * ((HOVERCNT - (HOVERSUC + HORTTOCH) / HOVERCNT)

STS_NCELLREL/STS_NECELLREL:100 * ((HOVERCNT-(HOVERSUC+HORTTOCH) / HOVERCNT)

CELLREL_DATA:100 * (HODUPFT / HOVERSUC)

STS_NICELHO/STS_NECELHO a, STS_NCELLREL/STS_NECELLREL b:100 * (a.HODUPFT / b.HOVERSUC)



STS_NICELHO/STS_NECELHO a, STS_NICELASS/STS_NECELASS b, STS_NICELHOEX/STS_NECELHOEX c:(a.HOTOKCL + a.HOTOLCL + a.HODWNQA + a.HOUPLQA + a.HOEXCTA + b.HOASWCL + c.HOATTLSS + c.HOATTHSS + a.HOTOHCS)

Handover Decisions Bad Quality UL

HO Decisions BadQuality UL Rate

100 * (HOUPLQA / (HOTOKCL + HOTOLCL + HODWNQA + HOUPLQA + HOEXCTA + HOASWCL + HOATTLSS + HOATTHSS + HOTOHCS))

STS_NICELHO/STS_NECELHO a, STS_NICELASS/STS_NECELASS b, STS_NICELHOEX/STS_NECELHOEX c:100 * (a.HOUPLQA / (a.HOTOKCL + a.HOTOLCL + a.HODWNQA + a.HOUPLQA + a.HOEXCTA + b.HOASWCL + c.HOATTLSS + c.HOATTHSS + a.HOTOHCS))

Handover Decisions Bad Quality DL

HO Decisions BadQuality DL Rate

CELLREL_DATA:100 * (HODWNQA / (HOTOKCL + HOTOLCL + HODWNQA + HOUPLQA + HOEXCTA + HOASWCL + HOATTLSS + HOATTHSS + HOTOHCS))

STS_NICELHO/STS_NECELHO a, STS_NICELASS/STS_NECELASS b, STS_NICELHOEX/STS_NECELHOEX c:100 * (a.HODWNQA / (a.HOTOKCL + a.HOTOLCL + a.HODWNQA + a.HOUPLQA + a.HOEXCTA + b.HOASWCL + c.HOATTLSS + c.HOATTHSS + a.HOTOHCS))

Handover Decisions to Better L-Cell

HO Decisions to Better L-Cell Rate

CELLREL_DATA:100 * (HOTOLCL / (HOTOKCL + HOTOLCL + HODWNQA + HOUPLQA + HOEXCTA + HOASWCL + HOATTLSS + HOATTHSS + HOTOHCS))

STS_NICELHO/STS_NECELHO a, STS_NICELASS/STS_NECELASS b, STS_NICELHOEX/STS_NECELHOEX c:100 * (a.HOTOLCL / (a.HOTOKCL + a.HOTOLCL + a.HODWNQA + a.HOUPLQA + a.HOEXCTA + b.HOASWCL + c.HOATTLSS + c.HOATTHSS + a.HOTOHCS))

HOASWCL

HOASBCL

Handover Decisionsto Better K-Cell

HO Decisions to Better K-Cell Rate

CELLREL_DATA:100 * (HOTOKCL / (HOTOKCL + HOTOLCL + HODWNQA + HOUPLQA + HOEXCTA + HOASWCL + HOATTLSS + HOATTHSS + HOTOHCS))

STS_NICELHO/STS_NECELHO a, STS_NICELASS/STS_NECELASS b, STS_NICELHOEX/STS_NECELHOEX c:100 * (a.HOTOKCL / (a.HOTOKCL + a.HOTOLCL + a.HODWNQA + a.HOUPLQA + a.HOEXCTA + b.HOASWCL + c.HOATTLSS + c.HOATTHSS + a.HOTOHCS))

Handover Decisions Excessive TA

HO Decisions Excessive TA Rate

CELLREL_DATA:100 * (HOEXCTA / (HOTOKCL + HOTOLCL + HODWNQA + HOUPLQA + HOEXCTA + HOASWCL + HOATTLSS + HOATTHSS + HOTOHCS))

STS_NICELHO/STS_NECELHO a, STS_NICELASS/STS_NECELASS b, STS_NICELHOEX/STS_NECELHOEX c:100 * (a.HOEXCTA / (a.HOTOKCL + a.HOTOLCL + a.HODWNQA + a.HOUPLQA + a.HOEXCTA + b.HOASWCL + c.HOATTLSS + c.HOATTHSS + a.HOTOHCS))

No. of Assignment Handover Decisions Worse Cell

CELLREL_DATA:HOASWCL

STS_NICELASS/STS_NECELASS:HOASWCL

Assignment Handover to Worse Cell Success

HO to Worse Cell Success Rate

CELLREL_DATA:100 * (HOSUCWCL / HOASWCL)

STS_NICELASS/STS_NECELASS:100 * (HOSUCWCL / HOASWCL)

No. of Assignment Handover Decisions Better Cell

CELLREL_DATA:HOASBCL

STS_NICELASS/STS_NECELASS:HOASBCL

SDCCH



Assignment Handover to Better Cell Success

HO to Better Cell Success Rate

CELLREL_DATA:100 * (HOSUCBCL / HOASBCL)

STS_NICELASS/STS_NECELASS:100 * (HOSUCBCL / HOASBCL)

Dropped Calls Cell, Cell Set



CELL_MAIN:CNDROP

STS_CLSDCCH:CNDROP





CELL_ADM a, CELL_MAIN b:(a.RPL * b.C_CTRALACC) / b.CNDROP









STS_CELLCCHDR a, STS_CLSDCCH b:100 * (a.CDISQA / b.CNDROP)




STS_CELLCCHDR a, STS_CLSDCCH b:100 * (a.CDISTA / CNDROP)


CELL_MAIN:100 * ((CNDROP - (CDISSS + CDISQA + CDISTA)) / CNDROP)

STS_CLSDCCH a, STS_CELLCCHDR b:100 * ((a.CNDROP - (b.CDISSS + b.CDISQA + b.CDISTA)) / a.CNDROP)

TCH Drop



CELL_HO2 a, CELL_MAIN b:100 * (a.CCHHOCNT - a.CCHHOSUC - a.CCHHOTOCH) / CNDROP

STS_CELLCCHHO a, STS_CLSDCCH b:100 * (a.CCHHOCNT - a.CCHHOSUC - a.CCHHOTOCH) / b.CNDROP

Dropped Calls Cell, Cell Set



CELL_MAIN:TNDROP



CELL_MAIN a, CELL_HO2 b:100 * (a.TNDROP / (a.TCASSALL + (b.SUMIHOSUCC - b.SUMIABSUCC - b.SUMIAWSUCC ) - (b.SUMOHOSUCC - b.SUMOABSUCC - b.SUMOAWSUCC)))

STS_CELTCHF a, STS_CELTCHH b, STS_NCELLREL,IN c, STS_NCELLREL,OUT d:100 * ((a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB) / ((a.TFCASSALL + b.THCASSALL + a.TFCASSALLSUB + b.THCASSALLSUB) + (c.HOVERSUC - c.HOSUCBCL - c.HOSUCWCL) - (d.HOVERSUC - d.HOSUCBCL - d.HOSUCWCL)))



CELL_ADM a, CELL_MAIN b:(a.RPL * b.C_TTRALACC) / b.TNDROP

STS_CELTCHF a,STS_CELTCHH b.STS_ADM c:(c.RPL * ((a.TFTRALACC / a.TFNSCAN) + (b.THTRALACC / b.THNSCAN))) / (a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB)

TCH Drop Reason, Low STCH Drop Reason, Low SS DL


STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISSDL + b.THDISSDL + a.TFDISSDLSUB + b.THDISSDLSUB) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))

TCH Drop Reason, Low SS UL



STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISSUL + b.THDISSUL + a.TFDISSULSUB + b.THDISSULSUB) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))




STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISSBL + b.THDISSBL + a.TFDISSBLSUB + b.THDISSBLSUB) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))




STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISQADL + b.THDISQADL + a.TFDISQADLSUB + b.THDISQADLSUB) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))




STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISQAUL + b.THDISQAUL + a.TFDISQAULSUB + b.THDISQAULSUB) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))




STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISQABL + b.THDISQABL + a.TFDISQABLSUB + b.THDISQABLSUB) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))









TCH Drop Reason, OtherTCH Drop Reason, Other CELL_MAIN:100 * ((TNDROP - (TDISSDL + TDISSUL + TDISSBL + TDISQADL + TDISQAUL + TDISQABL + TDISTA + TSUDLOS)) / TNDROP)

STS_CELTCHF a, STS_CELTCHH b, STS_CLTCHDRF c, STS_CLTCHDRH d:100 * (((a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB) - ((c.TFDISSDL + d.THDISSDL + c.TFDISSDLSUB + d.THDISSDLSUB) + (c.TFDISSUL + d.THDISSUL +c.TFDISSULSUB + d.THDISSULSUB) + (c.TFDISSBL + d.THDISSBL + c.TFDISSBLSUB + d.THDISSBLSUB) + (c.TFDISQADL + d.THDISQADL +c.TFDISQADLSUB + d.THDISQADLSUB) + (c.TFDISQAUL + d.THDISQAUL + c.TFDISQAULSUB + d.THDISQAULSUB) + (c.TFDISQABL + d.THDISQABL +c.TFDISQABLSUB + d.THDISQABLSUB) + (c.TFDISTA + d.THDISTA + c.TFDISTASUB + d.THDISTASUB) + (c.TFSUDLOS + d.THSUDLOS +c.TFSUDLOSSUB + d.THSUDLOSSUB))) / (a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB))

TCH Drop Reason, Low STCH Drop Reason, Low SSReasons for TCH Drop Chart


STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * (((a.TFDISSDL + b.THDISSDL + a.TFDISSDLSUB + b.THDISSDLSUB) + (a.TFDISSUL + b.THDISSUL +a.TFDISSULSUB + b.THDISSULSUB) + (a.TFDISSBL + b.THDISSBL + a.TFDISSBLSUB + b.THDISSBLSUB)) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))



CELL_MAIN:100 * ((TDISQADL + TDISQAUL + TDISQABL) / TNDROP)

STS_CLTCHDRF a, STS_CLTCHDRH b, STS_CELTCHF c, STS_CELTCHH d:100 * (((a.TFDISQADL + b.THDISQADL + a.TFDISQADLSUB + b.THDISQADLSUB) + (a.TFDISQAUL + b.THDISQAUL + a.TFDISQAULSUB + b.THDISQAULSUB) + (a.TFDISQABL + b.THDISQABL + a:TFDISQABLSUB + b.THDISQABLSUB)) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))











STS_CELTCHF a, STS_CELTCHH b, STS_CLTCHDRF c, STS_CLTCHDRH d:100 * (((a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB) - ((c.TFDISSDL + d.THDISSDL + c.TFDISSDLSUB + d.THDISSDLSUB) + (c.TFDISSUL + d.THDISSUL +c.TFDISSULSUB + d.THDISSULSUB) + (c.TFDISSBL + d.THDISSBL + c.TFDISSBLSUB + d.THDISSBLSUB) + (c.TFDISQADL + d.THDISQADL +c.TFDISQADLSUB + d.THDISQADLSUB) + (c.TFDISQAUL + d.THDISQAUL + c.TFDISQAULSUB + d.THDISQAULSUB) + (c.TFDISQABL + d.THDISQABL +c.TFDISQABLSUB + d.THDISQABLSUB) + (c.TFDISTA + d.THDISTA + c.TFDISTASUB + d.THDISTASUB) + (c.TFSUDLOS + d.THSUDLOS +c.TFSUDLOSSUB + d.THSUDLOSSUB))) / (a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB))

TCH Drop Chart TCH Erlang Minutes per TCH Erlang Minutes per Drop

TCH Drop

SDCCH



STS_CELTCHF a, STS_CELTCHH b,STS_ADM c:(c.RPL * ((a.TFTRALACC / a.TFNSCAN) + (b.THTRALACC / b.THNSCAN))) / (a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB)




Dropped Calls Trend, BSC





SDCCH Drop due to TCH Cong.

SDCCH Drop Rate due to TCH Cong.

BSC_CELL_MAIN a, BSC_CELL_HO2 b:100 * (a.CNRELCONG / (a.CMSESTAB - b.CCHHOSUC))

STS_CLSDCCH a, STS_CELLCCHHO b:100 * (a.CNRELCONG / (a.CMSESTAB - b.CCHHOSUC))




STS_CLSDCCH:CNDROP




TCH TCH Traffic TCH Traffic



BSC_ADM a, BSC_CELL_MAIN b:(a.RPL * b.C_CTRALACC) / b.CNDROP

STS_CLSDCCH a,STS_ADM b:(b.RPL * a.C_CTRALACC) / a.CNDROP


















BSC_CELL_HO2 a, BSC_CELL_MAIN b:100 * ((a.CCHHOCNT - a.CCHHOSUC - a.CCHHOTOCH) / b.CNDROP)

STS_CELLCCHHO a, STS_CLSDCCH b:100 * ((a.CCHHOCNT - a.CCHHOSUC - a.CCHHOTOCH) / b.CNDROP)



TCH Drop




STS_CELTCHF a,STS_CELTCHH b:a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB


BSC_CELL_MAIN a, BSC_CELL_HO2 b:100 * (a.TNDROP / (a.TCASSALL + (b.SUMIHOSUCC - b.SUMIABSUCC - b.SUMIAWSUCC) - (b.SUMOHOSUCC - b.SUMOABSUCC - b.SUMOAWSUCC)))









BSC_CELL_MAIN:100 * (TDISSDL / TNDROP)

STS_CLTCHDRF a, STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * ((a.TFDISSDL + b.THDISSDL + a.TFDISSDLSUB + b.THDISSDLSUB) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))


BSC_CELL_MAIN:100 * (TDISSUL / TNDROP)

STS_CLTCHDRF a, STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * ((a.TFDISSUL + b.THDISSUL + a.TFDISSULSUB + b.THDISSULSUB) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))



BSC_CELL_MAIN:100 * (TDISSBL / TNDROP)

STS_CLTCHDRF a, STS_CLTCHDRH b100 * ((a.TFDISSBL + b.THDISSBL + a.TFDISSBLSUB + b.THDISSBLSUB) / TNDROP)



BSC_CELL_MAIN:100 * (TDISQADL / TNDROP)

STS_CLTCHDRF a, STS_CLTCHDRH b,STS_CELTCHF c, STS_CELTCHH d:100 * ((a.TFDISQADL + b.THDISQADL + a.TFDISQADLSUB + b.THDISQADLSUB) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))



BSC_CELL_MAIN:100 * (TDISQAUL / TNDROP)

STS_CLTCHDRF a, STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * ((a.TFDISQAUL + b.THDISQAUL + a.TFDISQAULSUB + b.THDISQAULSUB) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))



BSC_CELL_MAIN:100 * (TDISQABL / TNDROP)

STS_CLTCHDRF a,STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * ((a.TFDISQABL + b.THDISQABL + a.TFDISQABLSUB + b.THDISQABLSUB) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))




STS_CLTCHDRF a,STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * ((a.TFSUDLOS + b.THSUDLOS + a.TFSUDLOSSUB + b.THSUDLOSSUB) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))




STS_CLTCHDRF a,STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * ((a.TFDISTA + b.THDISTA) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))


SDCCH Drop SDCCH Drop


STS_CELTCHF a,STS_CELTCHH b,STS_CLTCHDRF c,STS_CLTCHDRH d:100 * (((a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB) - ((c.TFDISSDL + d.THDISSDL +c.TFDISSDLSUB + d.THDISSDLSUB) + (c.TFDISSUL + d.THDISSUL + c.TFDISSULSUB + d.THDISSULSUB) + (c.TFDISSBL + d.THDISSBL +c.TFDISSBLSUB + d.THDISSBLSUB) + (c.TFDISQADL + d.THDISQADL + c.TFDISQADLSUB + d.THDISQADLSUB) + (c.TFDISQAUL + d.THDISQAUL +c.TFDISQAULSUB + d.THDISQAULSUB) + (c.TFDISQABL + d.THDISQABL + c.TFDISQABLSUB + d.THDISQABLSUB) + (c.TFDISTA + d.THDISTA) + (c.TFSUDLOS + d.THSUDLOS +c.TFSUDLOSSUB + d.THSUDLOSSUB))) / (a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB))

SDCCH Traffic & Drop Chart



TCH Drop

TCH Traffic TCH Traffic



BSC_CELL_MAIN a, BSC_CELL_HO2 b:100 * (a.CNRELCONG / (a.CMSESTAB - b.CCHHOSUC))

STS_CLSDCCH a,STS_CELLCCHHO b:100 * (a.CNRELCONG / (a.CMSESTAB - b.CCHHOSUC))





TCH Traffic & Drop Chart


BSC_CELL_MAIN a, BSC_CELL_HO2 b:100 * (a.TNDROP / (a.TCASSALL + (b.SUMIHOSUCC - b.SUMIABSUCC - b.SUMIAWSUCC) - (b.SUMOHOSUCC - b.SUMOABSUCC - b.SUMOAWSUCC)))




TCH Erlang Mins. Per Drop






SDCCH




Dropped Calls Trend, Cell



CELL_MAIN:C_CTRALACC




CELL_MAIN a,CELL_HO2 b:100 * (a.CNRELCONG / (a.CMSESTAB - b.CCHHOSUC))




CELL_MAIN:CNDROP

STS_CLSDCCH:CNDROP





CELL_ADM a,CELL_MAIN b:(a.RPL * b.C_CTRALACC) / b.CNDROP





STS_CELLCCHDR a,STS_CLSDCCH b,100 * ((a.CDISSS + a.CDISSSSUB) / b.CNDROP)




STS_CELLCCHDR a,STS_CLSDCCH b:100 * (( a.CDISQA+ a.CDISQASUB) / b.CNDROP)






STS_CELLCCHDR a,STS_CLSDCCH b:100 * (a.CDISTA / b.CNDROP)






CELL_HO2 a,CELL_MAIN b:100 * ((a.CCHHOCNT - a.CCHHOSUC - a.CCHHOTOCH) / b.CNDROP)

STS_CELLCCHHO a,STS_CLSDCCH b:100 * ((a.CCHHOCNT - a.CCHHOSUC - a.CCHHOTOCH) / b.CNDROP)

CELL_MAIN:C_TTRALACC

STS_CELTCHF a,STS_CELTCHH b:(a.TFTRALACC / a.TFNSCAN) +(b.THTRALACC / b.THNSCAN)



CELL_MAINTNDROP

STS_CELTCHF a,STS_CELTCHH b:(a.TFNDROP + b.THNDROP +a.TFNDROPSUB + b.THNDROPSUB)

TCH Drop Subscriber Perceived TCH Drop

CELL_MAIN a,CELL_HO2 b,100 * (a.TNDROP / (a.TCASSALL + (b.SUMIHOSUCC - b.SUMIABSUCC - b.SUMIAWSUCC) - (b.SUMOHOSUCC - b.SUMOABSUCC - b.SUMOAWSUCC)))

STS_CELTCHF a,STS_CELTCHH b,STS_NCELLREL,IN c,STS_NCELLREL,OUT d:100 * ((a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB) / ((a.TFCASSALL + b.THCASSALL + a.TFCASSALLSUB + b.THCASSALLSUB) + (c.HOVERSUC - c.HOSUCBCL - c.HOSUCWCL) - (d.HOVERSUC - d.HOSUCBCL - d.HOSUCWCL)))



CELL_ADM a,CELL_MAIN b:(a.RPL * b.C_TTRALACC) / b.TNDROP

STS_CELTCHF a,STS_CELTCHH b,STS_ADM c:(c.RPL * ((a.TFTRALACC / a.TFNSCAN) + (b.THTRALACC / b.THNSCAN))) / (a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB)




STS_CLTCHDRF a,STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * ((a.TFDISSDL + b.THDISSDL + a.TFDISSDLSUB + b.THDISSDLSUB) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))




STS_CLTCHDRF a,STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * ((a.TFDISSUL + b.THDISSUL + a.TFDISSULSUB + b.THDISSULSUB) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))




STS_CLTCHDRF a,STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * ((a.TFDISSBL + b.THDISSBL + a.TFDISSBLSUB + b.THDISSBLSUB) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))




STS_CLTCHDRF a,STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * ((a.TFDISQADL + b.THDISQADL + a.TFDISQADLSUB + b.THDISQADLSUB) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))




STS_CLTCHDRF a,STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * ((a.TFDISQAUL + b.THDISQAUL + a.TFDISQAULSUB + b.THDISQAULSUB) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))




STS_CLTCHDRF a,STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * ((a.TFDISQABL + b.THDISQABL + a.TFDISQABLSUB + b.THDISQABLSUB) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))




STS_CLTCHDRF a,STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * ((a.TFSUDLOS + b.THSUDLOS + a.TFSUDLOSSUB + b.THSUDLOSSUB) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))


TCH Drop Reason,Excessive TA






CELL_MAIN:100 * ((TNDROP - (TDISSDL +TDISSUL + TDISSBL + TDISQADL + TDISQAUL + TDISQABL + TDISTA + TSUDLOS)) / TNDROP)





TCH Drop TCH Drop











CELL_MAIN a,CELL_HO2 b:100 * (a.TNDROP / (a.TCASSALL + (b.SUMIHOSUCC - b.SUMIABSUCC - b.SUMIAWSUCC ) - (b.SUMOHOSUCC - b.SUMOABSUCC - b.SUMOAWSUCC)))



STS_CELTCHF a,STS_CELTCHH b,(a.TFTRALACC / a.TFNSCAN) +(b.THTRALACC / b.THNSCAN)

TCH Erlang Min. per Drop






SDCCH




Dropped Calls Trend, Cell Set











CELL_MAIN:CNDROP

STS_CLSDCCH:CNDROP






STS_CLSDCCH a,STS_ADM b:(b.RPL * (a.CTRALACC / a.CNSCAN)) /a.CNDROP




STS_CELLCCHDR a,STS_CLSDCCH b:100 * ((a.CDISSS + a.CDISSSSUB) / b.CNDROP)




STS_CELLCCHDR a,STS_CLSDCCH b:100 * ((a.CDISQA + a.CDISQASUB) / b.CNDROP)









STS_CLSDCCH a,STS_CELLCCHDR b,100 * ((a.CNDROP - ((b.CDISSS + b.CDISSSSUB) + (b.CDISQA + b.CDISQASUB) + b.CDISTA)) / a.CNDROP)



CELL_HO2 a,CELL_MAIN b:100 * ((a.CCHHOCNT - a.CCHHOSUC - a.CCHHOTOCH) / b.CNDROP)

STS_CELLCCHHO a,STS_CLSDCCH b:100 * ((a.CCHHOCNT - a.CCHHOSUC - a.CCHHOTOCH) / b.CNDROP)


STS_CELTCHF a,STS_CELTCHH b: (a.TFTRALACC / a.TFNSCAN) +(b.THTRALACC / b.THNSCAN)



CELL_MAIN:TNDROP

STS_CELTCHF a,STS_CELTCHH b:(a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB)

TCH Drop Subscriber Perceived TCH Drop

CELL_MAIN a,CELL_HO2 b:100 * (a.TNDROP / ((a.TCASSALL + b.SUMIHOSUCC - b.SUMIABSUCC - b.SUMIAWSUCC) - b.SUMOHOSUCC - b.SUMOABSUCC - b.SUMOAWSUCC))

STS_CELTCHF a,STS_CELTCHH b,STS_NCELLREL,IN c,STS_NCELLREL,OUT d:100 * ((a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB) / (((a.TFCASSALL + b.THCASSALL + a.TFCASSALLSUB + b.THCASSALLSUB) + c.HOVERSUC - c.HOSUCBCL - c.HOSUCWCL) - (d.HOVERSUC - d.HOSUCBCL - d.HOSUCWCL))




STS_CELTCHF a,STS_CELTCHH b,STS_ADM c:(c.RPL * ((a.TFTRALACC / a.TFNSCAN) +(b.THTRALACC / b.THNSCAN))) / (a.TFNDROP + b.THNDROP +a.TFNDROPSUB + b.THNDROPSUB)




STS_CLTCHDRF a.STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * ((a.TFDISSDL + b.THDISSDL + a.TFDISSDLSUB + b.THDISSDLSUB) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))




STS_CLTCHDRF a,STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * ((a.TFDISSUL + b.THDISSUL + a.TFDISSULSUB + b.THDISSULSUB) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))




STS_CLTCHDRF a,STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * ((a.TFDISSBL + b.THDISSBL + a.TFDISSBLSUB + b.THDISSBLSUB) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))




STS_CLTCHDRF a,STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * ((a.TFDISQADL + b.THDISQADL +a.TFDISQADLSUB + b.THDISQADLSUB) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))




STS_CLTCHDRF a,STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * ((a.TFDISQAUL + b.THDISQAUL +a.TFDISQAULSUB + b.THDISQAULSUB) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))




STS_CLTCHDRF a,STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * ((a.TFDISQABL + b.THDISQABL +a.TFDISQABLSUB + b.THDISQABLSUB) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))




STS_CLTCHDRF a,STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * ((a.TFSUDLOS + b.THSUDLOS +a.TFSUDLOSSUB + b.THSUDLOSSUB) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))













TCH Drop TCH Drop











CELL_MAIN a,CELL_HO2 b:100 * (a.TNDROP / (a.TCASSALL + (b.SUMIHOSUCC - b.SUMIABSUCC - b.SUMIAWSUCC ) - (b.SUMOHOSUCC - b.SUMOABSUCC - b.SUMOAWSUCC)))





TCH Erlang minutes per Drop



STS_CELTCHF a,STS_CELTCHH b,STS_ADM c:(c.RPL * ((a.TFTRALACC / a.TFNSCAN) + (b.THTRALACC / b.THNSCAN))) / (a.TFNDROP + b.THNDROP +a.TFNDROPSUB + b.THNDROPSUB)


Random Access Attempts

Answer to Paging



Random Access, BSC

Random Access, BSC


CELL_MAIN:(CNROCNT + RAACCFA)

STS_RANDOMACC:(CNROCNT + RAACCFA)



CELL_MAIN:100 * (CNROCNT / (CNROCNT + RAACCFA))


SDCCH Estab. OL/UL No Cong.

SDCCH Estab. Rate OL/UL No Cong

CELL_MAIN:100 * (CMSESTAB / (CCALLS - CCONGS))

STS_CLSDCCH a,STS_CLSDCCHO b:100 * (a.CMSESTAB / (a.CCALLS - (a.CCONGS + b.CCONGSSUB)))

Answer to Paging of Total Random Access

CELL_MAIN:100 * (RAAPAG / (RAAPAG + RAOREQ + RAOTHER + RAEMCAL + RACAL))

STS_RNDACCEXT a,STS_RANDOMACC b:100 * ((a.RAANPAG + a.RAAPAG1 + a.RAAPAG2 + a.RAAPOPS) / ((a.RAANPAG + a.RAAPAG1 + a.RAAPAG2 +a.RAAPOPS) + (a.RAOSREQ + a.RAORSPE + a.RAORDAT) + b.RAOTHER + b.RAEMCAL + (a.RACALRE + a.RACALR1 + a.RACALR2)))

Emergency Calls

Mobile Originated Random Access of Total Random Access

Mobile Originated Random Access

CELL_MAIN:100 * (RAOREQ / (RAAPAG + RAOREQ + RAOTHER + RAEMCAL + RACAL))

STS_RNDACCEXT a,STS_RANDOMACC b:100 * ((a.RAOSREQ + a.RAORSPE + a.RAORDAT) / ((a.RAANPAG + a.RAAPAG1 + a.RAAPAG2 + a.RAAPOPS) + (a.RAOSREQ + a.RAORSPE + a.RAORDAT) + b.RAOTHER + b.RAEMCAL + (a.RACALRE + a.RACALR1 + a.RACALR2)))

All Other Cases of Random Access of Total Random Access

All Other Cases of Random Access

CELL_MAIN:100 * RAOTHER / (RAAPAG + RAOREQ + RAOTHER + RAEMCAL + RACAL)

STS_RANDOMACC a,STS_RNDACCEXT b:100 * a.RAOTHER / ((b.RAANPAG + b.RAAPAG1 + b.RAAPAG2 + b.RAAPOPS) + (b.RAOSREQ + b.RAORSPE + b.RAORDAT) + a.RAOTHER + a.RAEMCAL + (b.RACALRE + b.RACALR1 + b.RACALR2))

Emergency Calls of Total Random Access

CELL_MAIN:100 * (RAEMCAL / (RAAPAG + RAOREQ + RAOTHER + RAEMCAL + RACAL))

STS_RANDOMACC a,STS_RNDACCEXT b:100 * (a.RAEMCAL / ((b.RAANPAG + b.RAAPAG1 + b.RAAPAG2 + b.RAAPOPS) + (b.RAOSREQ + b.RAORSPE + b.RAORDAT) + a.RAOTHER + a.RAEMCAL + ( b.RACALRE + b.RACALR1 + b.RACALR2)))

Call Reestablishment

Answer to Paging Answer to Paging

Call Reestablishment of Total Random Access

CELL_MAIN:100 * (RACAL / (RAAPAG + RAOREQ + RAOTHER + RAEMCAL + RACAL))

STS_RANDOMACC a,STS_RNDACCEXT b:100 * ((b.RACALRE + b.RACALR1 + b.RACALR2) / ((b.RAANPAG + b.RAAPAG1 + b.RAAPAG2 + b.RAAPOPS) + (b.RAOSREQ + b.RAORSPE + b.RAORDAT) + a.RAOTHER + a.RAEMCAL + (b.RACALRE + b.RACALR1 + b.RACALR2)))

Rejected ImmediateAssignments

Rejected Immediate Assignments

CELL_MAIN:100 * ((CNROCNT - (RAAPAG + RAOREQ + RAOTHER + RAEMCAL + RACAL)) / CNROCNT)

STS_RANDOMACC a,STS_RNDACCEXT b:100 * ((a.CNROCNT - ((b.RAANPAG + b.RAAPAG1 + b.RAAPAG2 + b.RAAPOPS) + (b.RAOSREQ + b.RAORSPE + b.RAORDAT) + a.RAOTHER + a.RAEMCAL + (b.RACALRE + b.RACALR1 + b.RACALR2))) / a.CNROCNT)

Random Access Chart


STS_RANDOMACC a,STS_RNDACCEXT b:100 * ((b.RAANPAG + b.RAAPAG1 + b.RAAPAG2 + b.RAAPOPS) / ((b.RAANPAG + b.RAAPAG1 + b.RAAPAG2 + b.RAAPOPS) + (b.RAOSREQ + b.RAORSPE + b.RAORDAT) + a.RAOTHER + a.RAEMCAL + (b.RACALRE + b.RACALR1 + b.RACALR2)))

Emergency Calls Emergency Calls

Failed Random Access Failed Random Access Rate







CELL_MAIN:100 * (RAOTHER / (RAAPAG + RAOREQ + RAOTHER + RAEMCAL + RACAL)

STS_RNDACCEXT a,STS_RANDOMACC b:100 * (b.RAOTHER / ((b.RAANPAG + b.RAAPAG1 + b.RAAPAG2 + b.RAAPOPS) + (a.RAOSREQ + a.RAORSPE + a.RAORDAT) + b.RAOTHER + b.RAEMCAL + (a.RACALRE + a.RACALR1 + a.RACALR2))

CELL_MAIN:100 * (RAEMCAL / (RAAPAG + RAOREQ + RAOTHER + RAEMCAL + RACAL)

STS_RNDACCEXT a,STS_RANDOMACC b:100 * (b.RAEMCAL / ((a.RAANPAG + a.RAAPAG1 + a.RAAPAG2 + a.RAAPOPS) + (a.RAOSREQ + a.RAORSPE + a.RAORDAT) + b.RAOTHER + b.RAEMCAL + (a.RACALRE + a.RACALR1 + a.RACALR2))

CELL_MAIN:100 * (RAACCFA / (CNROCNT + RAACCFA))

STS_RANDOMACC:100 * (RAACCFA / (CNROCNT + RAACCFA))


Cell Set




TCH Time Congestion UL FR




Performance Overview, Cell Set










CELL_ADM a,CELL_OL3 b,CELL_MAIN c:100 * ((c.CTCONGS - b.CTCONGS_OL) / a.RPL * 60)

STS_CLSDCCH a,STS_CLSDCCHO b,STS_ADM c:100 * (((a.CTCONGS + b.CTCONSUB) - b.CTCONSUB) / c.RPL * 60)



CELL_MAIN:TNUCHCNT

STS_CLTCH:TNUCHCNT

TCH Time Congestion Full Rate UL

CELL_MAIN a,CELL_OL3 b,CELL_HR3 c,CELL_ADM d:100 * ((a.TTCONGS - b.TTCONGS_FR_OL - c.TTCONGS_HR) / d.RPL * 60)

STS_CELTCHF a,STS_CELTCHH b,STS_ADM c:100 * (((a.TFTCONGS + b.THTCONGS +a.TFTCONSUB + b.THTCONSUB) - a.TFTCONSUB - (b.THTCONGS + b.THTCONSUB)) / c.RPL * 60)

TCH Drop






CELL_MAIN a,CELL_HO2 b:100 * (a.TNDROP / (a.TCASSALL + ((b.SUMIHOSUCC - b.SUMIABSUCC - b.SUMIAWSUCC) - (b.SUMOHOSUCC - b.SUMOABSUCC - b.SUMOAWSUCC))))

STS_CELTCHF a,STS_CELTCHH b,STS_NCELLREL,IN c,STS_NCELLREL,OUT d:100 * ((a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB) / ((a.TFCASSALL + b.THCASSALL + a.TFCASSALLSUB + b.THCASSALLSUB) + ((c.HOVERSUC - c.HOSUCBCL - c.HOSUCWCL) - (d.HOVERSUC - d.HOSUCBCL - d.HOSUCWCL))))



CELL_MAIN:100 * ((CNRELCONG + TNRELCONG) / TASSALL)

STS_CLSDCCH a,STS_CELTCHF b,STS_CELTCHH c,STS_CLTCH d:100 * ((a.CNRELCONG + (b,TFNRELCONG + c.THNRELCONG + b.TFNRELCONGSUB + c.THNRELCONGSUB)) / d.TASSALL)

Perf Ov HO CellSet Handover Success Outgoing HO Success Rate

Handover Reversion

Radio Overview, BSC Random Access Random Access Attempts

Answer to Paging

CELL_HO:100 * ((SUMOHOSUCC + SUMEOHOSUCC) / (SUMOHOATT + SUMEOHOATT))

STS_NCELLREL,OUT a,STS_NECELLREL,OUT b:100 * ((a.HOVERSUC + b.HOVERSUC) / (a.HOVERCNT + b.HOVERCNT))


CELL_HO:100 * ((SUMOHOREV + SUMEOHOREV) / (SUMOHOATT + SUMEOHOATT))

STS_NCELLREL,OUT a,STS_NECELLREL,OUT b:100 * ((a.HORTTOCH + b.HORTTOCH) / (a.HOVERCNT + b.HOVERCNT))


BSC_CELL_MAIN:(CNROCNT+ RAACCFA)

STS_RANDOMACC:(CNROCNT+ RAACCFA)



BSC_CELL_MAIN:100 * (CNROCNT / (CNROCNT + RAACCFA))




BSC_CELL_MAIN:100 * (CMSESTAB / (CCALLS - CCONGS))



BSC_CELL_MAIN:100 * (RAAPAG / (RAAPAG + RAOREQ + RAOTHER + RAEMCAL + RACAL))

STS_RNDACCEXT a,STS_RANDOMACC b:100 * ((a.RAANPAG + a.RAAPAG1 + a.RAAPAG2 + a.RAAPOPS) / ((a.RAANPAG + a.RAAPAG1 + a.RAAPAG2 + a.RAAPOPS) + (a.RAOSREQ + a.RAORSPE + a.RAORDAT) + b.RAOTHER + b.RAEMCAL + (a.RACALRE + a.RACALR1 + a.RACALR2)))

Emergency Calls



BSC_CELL_MAIN:100 * (RAOREQ / (RAAPAG + RAOREQ + RAOTHER + RAEMCAL + RACAL))




BSC_CELL_MAIN:100 * (RAOTHER / (RAAPAG + RAOREQ + RAOTHER + RAEMCAL + RACAL))

STS_RNDACCEXT a,STS_RANDOMACC b:100 * (b.RAOTHER / ((a.RAANPAG + a.RAAPAG1 + a.RAAPAG2+ a.RAAPOPS) + (a.RAOSREQ + a.RAORSPE + a.RAORDAT) + b.RAOTHER + b.RAEMCAL + (a.RACALRE + a.RACALR1 + a.RACALR2)))


BSC_CELL_MAIN:100 * (RAEMCAL / (RAAPAG + RAOREQ + RAOTHER + RAEMCAL + RACAL))

STS_RNDACCEXT a,STS_RANDOMACC b:100 * (b.RAEMCAL / ((a.RAANPAG + a.RAAPAG1 + a.RAAPAG2 + a.RAAPOPS) + (a.RAOSREQ + a.RAORSPE + a.RAORDAT) + b.RAOTHER + b.RAEMCAL + (a.RACALRE + a.RACALR1 + a.RACALR2)))


SDCCH

No. of SDCCHs CNUCHCNT


BSC_CELL_MAIN:100 * (RACAL / (RAAPAG + RAOREQ + RAOTHER + RAEMCAL + RACAL))

STS_RNDACCEXT a,STS_RANDOMACC b:100 * ((a.RACALRE + a.RACALR1 + a.RACALR2) / ((a.RAANPAG + a.RAAPAG1 + a.RAAPAG2 + a.RAAPOPS) + (a.RAOSREQ + a.RAORSPE + a.RAORDAT) + b.RAOTHER + b.RAEMCAL + (a.RACALRE + a.RACALR1 + a.RACALR2)))



BSC_CELL_MAIN:100 * ((CNROCNT - (RAAPAG + RAOREQ + RAOTHER + RAEMCAL + RACAL)) / CNROCNT)

STS_RNDACCEXT a,STS_RANDOMACC b:100 * ((b.CNROCNT - ((a.RAANPAG + a.RAAPAG1 + a.RAAPAG2 + a.RAAPOPS) + (a.RAOSREQ + a.RAORSPE + a.RAORDAT) + b.RAOTHER + b.RAEMCAL + (a.RACALRE + a.RACALR1 + a.RACALR2))) / b.CNROCNT)





BSC_CELL_MAIN:CNUCHCNT

STS_CLSDCCH:CNUCHCNT

SDCCH Availability OL/UL

SDCCH Availability OL/UL Rate

BSC_CELL_MAIN:100 * (C_CAVAACC / CNUCHCNT)

STS_CLSDCCH:100 * ((CAVAACC / CAVASCAN) / CNUCHCNT)

SDCCH Seizure Attempts of Total No. of Random Accesses

SDCCH Seizure Attempts Rate

BSC_CELL_MAIN:100 * (CCALLS / (CNROCNT + RAACCFA))

STS_CLSDCCH a,STS_RANDOMACC b100 * (a.CCALLS / (b.CNROCNT + b.RAACCFA))








BSC_CELL_MAIN a,BSC_ADM b:100 * ((a.CTCONGS - a.CTCONGS_OL) / (b.RPL * 60))

STS_CLSDCCH a,STS_CLSDCCHO b,STS_ADM c:100 * (((a.CTCONGS + b.CTCONSUB) - b.CTCONSUB) / (c.RPL * 60))

SDCCH Mean Holding Time OL/UL


BSC_CELL_MAIN a,BSC_ADM b:((b.RPL * 60) * a.C_CTRALACC) / a.CMSESTAB

STS_CLSDCCH a,STS_ADM b:((b.RPL * 60) * (a.CTRALACC / a.CNSCAN)) / a.CMSESTAB




STS_CLSDCCH:CNDROP





BSC_ADM a,BSC_CELL_MAIN b:(a.RPL * b.C_CTRALACC) / b.CNDROP









TCH Availability TCH Availability Rate

TASSALL











STS_CLSDCCH a,STS_CELLCCHDR b100 * ((a.CNDROP - ((b.CDISSS + b.CDISSSSUB) + (b.CDISQA + b.CDISQASUB) + b.CDISTA)) / a.CNDROP)



BSC_CELL_MAIN:TNUCHCNT

STS_CLTCH:TNUCHCNT

BSC_CELL_MAIN:100 * (C_TAVA / TNUCHCNT)

STS_CLTCH:100 * ((TAVAACC / TAVASCAN) / TNUCHCNT)

Total Assignment Attempts

BSC_CELL_MAIN:TASSALL

STS_CLTCH:TASSALL

TCH Mean Holding Time

TCH Assignment Success

TCH Assignment Success Rate

BSC_CELL_MAIN:100 * (TCASSALL / TASSALL)

STS_CELTCHF a,STS_CELTCHH b,STS_CLTCH c:100 * ((a.TFCASSALL + b.THCASSALL + a.TFCASSALLSUB + b.THCASSALLSUB) / c.TASSALL)


BSC_CELL_MAIN a,BSC_ADM b:(b.RPL * 60) * (a.C_TTRALACC / a.TMSESTB)

STS_CELTCHF a,STS_CELTCHH b,STS_ADM c:(c.RPL * 60) * (((a.TFTRALACC / a.TFNSCAN) + (b.THTRALACC / b.THNSCAN)) / (a.TFMSESTB + b.THMSESTB))





TCH Drop



BSC_CELL_MAIN a,BSC_CELL_HO2 b:100 * (a.TNDROP / (a.TCASSALL + ((b.SUMIHOSUCC - b.SUMIABSUCC - b.SUMIAWSUCC ) - (b.SUMOHOSUCC - b.SUMOABSUCC - b.SUMOAWSUCC))))



BSC_ADM a,BSC_CELL_MAIN b:(a.RPL * b.C_TTRALACC) / b.TNDROP


TCH Drop Reason, Low SSTCH Drop Reason, Low SS

BSC_CELL_MAIN:100 * ((TDISSDL + TDISSUL + TDISSBL) / TNDROP)

STS_CLTCHDRF a,STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * (((a.TFDISSDL + b.THDISSDL + a.TFDISSDLSUB + b.THDISSDLSUB) + (a.TFDISSUL + b.THDISSUL + a.TFDISSULSUB + b.THDISSULSUB) + (a.TFDISSBL + b.THDISSBL + a.TFDISSBLSUB + b.THDISSBLSUB)) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))



BSC_CELL_MAIN:100 * ((TDISQADL + TDISQAUL + TDISQABL) / TNDROP)

STS_CLTCHDRF a,STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * (((a.TFDISQADL + b.THDISQADL + a.TFDISQADLSUB + b.THDISQADLSUB) + (a.TFDISQAUL + b.THDISQAUL +a.TFDISQAULSUB + b.THDISQAULSUB) + (a.TFDISQABL + b.THDISQABL + a.TFDISQABLSUB + b.THDISQABLSUB)) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))

TCH Drop Reason, Suddenly Lost Connection


BSC_CELL_MAIN:100 * (TSUDLOS / TNDROP )

STS_CLTCHDRF a,STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * ((a.TFSUDLOS + b.THSUDLOS + a.TFSUDLOSSUB + b.THSUDLOSSUB) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB) )







STS_CELTCHF a,STS_CELTCHH b,STS_CLTCHDRF c,STS_CLTCHDRH d:100 * (((a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB) - ((c.TFDISSDL + d.THDISSDL + c.TFDISSDLSUB + d.THDISSDLSUB) + (c.TFDISSUL + d.THDISSUL +c.TFDISSULSUB + d.THDISSULSUB) + (c.TFDISSBL + d.THDISSBL + c.TFDISSBLSUB + d.THDISSBLSUB) + (c.TFDISQADL + d.THDISQADL + c.TFDISQADLSUB + d.THDISQADLSUB) + (c.TFDISQAUL + d.THDISQAUL + c.TFDISQAULSUB + d.THDISQAULSUB) + (c.TFDISQABL + d.THDISQABL + c.TFDISQABLSUB + d.THDISQABLSUB) + (c.TFDISTA + d.THDISTA) + (c.TFSUDLOS + d.THSUDLOS + c.TFSUDLOSSUB + d.THSUDLOSSUB))) / (a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB))

Random Access Random Access Attempts

Answer to Paging



BSC_CELL_MAIN::100 * ((CNRELCONG + TNRELCONG) / TASSALL)

STS_CLSDCCH a,STS_CELTCHF b,STS_CELTCHH cSTS_CLTCH d:100 * ((a.CNRELCONG + (b.TFNRELCONG + c.THNRELCONG + b.TFNRELCONGSUB + c.THNRELCONGSUB)) / d.TASSALL)

Radio Overview, Cell Set














STS_RNDACCEXT a,STS_RANDOMACC b:100 * ((a.RAANPAG + a.RAAPAG1 + a.RAAPAG2 + a.RAAPOPS) / ((a.RAANPAG + a.RAAPAG1 + a.RAAPAG2 + a.RAAPOPS) + (a.RAOSREQ + a.RAORSPE + a.RAORDAT)+ b.RAOTHER + b.RAEMCAL + (a.RACALRE + a.RACALR1 + a.RACALR2))

Emergency Calls




STS_RNDACCEXT a,STS_RANDOMACC b:100 * ((a.RAOSREQ + a.RAORSPE + a.RAORDAT) / ((a.RAANPAG + a.RAAPAG1 + a.RAAPAG2 + a.RAAPOPS) + (a.RAOSREQ + a.RAORSPE + a.RAORDAT) + b.RAOTHER + b.RAEMCAL + (a.RACALRE + a.RACALR1 + a.RACALR2))



CELL_MAIN:100 * (RAOTHER / (RAAPAG + RAOREQ + RAOTHER + RAEMCAL + RACAL))

STS_RNDACCEXT a,STS_RANDOMACC b:100 * (b.RAOTHER / ((a.RAANPAG + a.RAAPAG1 + a.RAAPAG2 + a.RAAPOPS) + (a.RAOSREQ + a.RAORSPE + a.RAORDAT) + b.RAOTHER + b.RAEMCAL + (a.RACALRE + a.RACALR1 + a.RACALR2))


CELL_MAIN:100 * (RAEMCAL / (RAAPAG + RAOREQ + RAOTHER + RAEMCAL + RACAL))

STS_RNDACCEXT a,STS_RANDOMACC b:100 * (b.RAEMCAL / ((a.RAANPAG + a.RAAPAG1 + a.RAAPAG2 + a.RAAPOPS) + (a.RAOSREQ + a.RAORSPE + a.RAORDAT) + b.RAOTHER + b.RAEMCAL + (a.RACALRE + a.RACALR1 + a.RACALR2))


SDCCH

No. of SDCCHs CNUCHCNT


CELL_MAIN:100 * (RACAL / (RAAPAG + RAOREQ + RAOTHER + RAEMCAL + RACAL))

STS_RNDACCEXT a,STS_RANDOMACC b:100 * ((a.RACALRE + a.RACALR1 + a.RACALR2) / ((a.RAANPAG + a.RAAPAG1 + a.RAAPAG2 + a.RAAPOPS) + (a.RAOSREQ + a.RAORSPE + a.RAORDAT) + b.RAOTHER + b.RAEMCAL + (a.RACALRE + a.RACALR1 + a.RACALR2))



CELL_MAIN:100 * ((CNROCNT - (RAAPAG + RAOREQ + RAOTHER + RAEMCAL + RACAL)) / CNROCNT)

STS_RNDACCEXT a,STS_RANDOMACC b:100 * ((b.CNROCNT - ((a.RAANPAG + a.RAAPAG1 + a.RAAPAG2 + a.RAAPOPS) + (a.RAOSREQ + a.RAORSPE + a.RAORDAT) + b.RAOTHER + b.RAEMCAL + (a.RACALRE + a.RACALR1 + a.RACALR2))) / b.CNROCNT)





CELL_MAIN:CNUCHCNT

STS_CLSDCCH:CNUCHCNT



CELL_MAIN:100 * (C_CAVAACC / CNUCHCNT)



SDCCH Seizure Attempts of Total No. of Random Accesses

SDCCH Seizure Attempts Rate

CELL_MAIN:100 * (CCALLS / (CNROCNT + RAACCFA)

STS_CLSDCCH a,STS_RANDOMACC b100 * (a.CCALLS / (b.CNROCNT + b.RAACCFA)



CELL_MAIN:100 * (CMSESTAB / (CCALLS - CCONGS)

STS_CLSDCCH a,STS_CLSDCCHO b100 * (a.CMSESTAB / (a.CCALLS - (a.CCONGS + b.CCONGSSUB))



CELL_MAIN a,CELL_OL3 b,CELL_ADM c:100 * ((a.CTCONGS - b.CTCONGS_OL) / (c.RPL * 60))




CELL_MAIN a,CELL_ADM b:((b.RPL * 60) * a.C_CTRALACC) / a.CMSESTAB

STS_CLSDCCH a,STS_ADM b:((b.RPL * 60) * (a.CTRALACC / a.CNSCAN)) / a.CMSESTAB



CELL_MAIN:CNDROP

STS_CLSDCCH:CNDROP










TASSALL
















STS_CLSDCCH a,STS_CELLCCHDR b:100 * ((a.CNDROP - ((b.CDISSS + b.CDISSSSUB) + (b.CDISQA + b.CDISQASUB) + b.CDISTA)) / a.CNDROP)


STS_CELTCHF a,STS_CELTCHH b:(a.TFTRALACC / a.TFNSCAN) + (b.THTRALACC / b.THNSCAN)

CELL_MAIN:TNUCHCNT

STS_CLTCH:TNUCHCNT

CELL_MAIN:100 * (C_TAVA / TNUCHCNT)



CELL_MAIN:TASSALL

STS_CLTCH:TASSALL


TCH Drop



CELL_MAIN:100 * (TCASSALL / TASSALL)



CELL_MAIN a,CELL_ADM b:((b.RPL * 60) * a.C_TTRALACC) / a.TMSESTB

STS_CELTCHF a,STS_CELTCHH b,STS_ADM c:((c.RPL * 60) * ((a.TFTRALACC / a.TFNSCAN) + (b.THTRALACC / b.THNSCAN))) / (a.TFMSESTB + b.THMSESTB)



CELL_MAIN:TNDROP



CELL_MAIN a,CELL_HO2 b:100 * (a.TNDROP / (a.TCASSALL + ((b.SUMIHOSUCC - b.SUMIABSUCC - b.SUMIAWSUCC) - (b.SUMOHOSUCC - b.SUMOABSUCC - b.SUMOAWSUCC))))


TCH Drop Reason, Low SS





TCH Drop Reason, Low SS


STS_CLTCHDRF a,STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * (((a.TFDISSDL + b.THDISSDL + a.TFDISSDLSUB + b.THDISSDLSUB) + (a.TFDISSUL + b.THDISSUL + a.TFDISSULSUB + b.THDISSULSUB) + (a.TFDISSBL + b.THDISSBL + a.TFDISSBLSUB + b.THDISSBLSUB)) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))



CELL_MAIN:100 * ((TDISQADL + TDISQAUL + TDISQABL) / TNDROP)

STS_CLTCHDRF a,STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * (((a.TFDISQADL + b.THDISQADL + a.TFDISQADLSUB + b.THDISQADLSUB) + (a.TFDISQAUL + b.THDISQAUL +a.TFDISQAULSUB + b.THDISQAULSUB) + (a.TFDISQABL + b.THDISQABL + a.TFDISQABLSUB + b.THDISQABLSUB)) / (c.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))

TCH Drop Reason, Suddenly Lost Connection



STS_CLTCHDRF a,STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * ((a.TFSUDLOS + b.THSUDLOS + a.TFSUDLOSSUB + b.THSUDLOSSUB) / (a.TFNDROP + d.THNDROP +c.TFNDROPSUB + d.THNDROPSUB))




STS_CLTCHDRF a,STS_CLTCHDRH b,STS_CELTCHF c,STS_CELTCHH d:100 * ((a.TFDISTA + b.THDISTA) / (c.TFNDROP + d.THNDROP + c.TFNDROPSUB + d.THNDROPSUB))



STS_CELTCHF a,STS_CELTCHH b,STS_CLTCHDRF c,STS_CLTCHDRH d:100 * (((a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB) - ((c.TFDISSDL + d.THDISSDL + c.TFDISSDLSUB + d.THDISSDLSUB) + (c.TFDISSUL + d.THDISSUL + c.TFDISSULSUB + d.THDISSULSUB) + (c.TFDISSBL + d.THDISSBL + c.TFDISSBLSUB + d.THDISSBLSUB) + (c.TFDISQADL + d.THDISQADL +c.TFDISQADLSUB + d.THDISQADLSUB) + (c.TFDISQAUL + d.THDISQAUL + c.TFDISQAULSUB + d.THDISQAULSUB) + (c.TFDISQABL + d.THDISQABL +c.TFDISQABLSUB + d.THDISQABLSUB) + (c.TFDISTA + d.THDISTA) + (c.TFSUDLOS + d.THSUDLOS + c.TFSUDLOSSUB + d.THSUDLOSSUB))) / (a.TFNDROP + b.THNDROP +a.TFNDROPSUB + b.THNDROPSUB))

Channel Assignment Total Channel Assignments

Originating Mobile Traffic

Terminating Mobile Traffic




STS_CLSDCCH a,STS_CELTCHF b,STS_CELTCHH c,STS_CLTCH d:100 * ((a.CNRELCONG + (b.TFNRELCONG + c.THNRELCONG + b.TFNRELCONGSUB + c.THNRELCONGSUB)) / d.TASSALL)

Radio Overview, MSC

Total Channel Assignments

MSC_DATA:(NCHAFRMTOT + NCHATOMTOT)

STS_CHASSIGNT:(NCHAFRMTOT + NCHATOMTOT)

Originating Mobile Traffic

MSC_DATA:100 * (NCHAFRMTOT / (NCHAFRMTOT + NCHATOMTOT))

STS_CHASSIGNT:100 * (NCHAFRMTOT / (NCHAFRMTOT + NCHATOMTOT))

Terminating Mobile Traffic

MSC_DATA:100 * (NCHATOMTOT / (NCHAFRMTOT + NCHATOMTOT))

STS_CHASSIGNT:100 * (NCHATOMTOT / (NCHAFRMTOT + NCHATOMTOT))

Channel Assignment Success, Originating

Channel Assignment Succ Rate, Org

MSC_DATA:100 * (NCHAFRMSUCC / NCHAFRMTOT)

STS_CHASSIGNT:100 * (NCHAFRMSUCC / NCHAFRMTOT)

Channel Assignment Success, Terminating

Channel Assignment Succ Rate term.

MSC_DATA:100 * (NCHATOMSUCC / NCHATOMTOT)

STS_CHASSIGNT:100 * (NCHATOMSUCC / NCHATOMTOT)

Location Updating Location Update Succ. Rate

LU Succ Rate Reg

LU Succ Rate Non-Reg

LU Rate Reg

LU Rate Non-Reg.

LU Distr. Reg. Subs, Normal

Channel Assignment Success, Originating and Terminating

Channel Assignment Succ. Rate

MSC_DATA:100 * ((NCHATOMSUCC + NCHAFRMSUCC) / (NCHATOMTOT + NCHAFRMTOT))

STS_CHASSIGNT:100 * ((NCHATOMSUCC + NCHAFRMSUCC) / (NCHATOMTOT + NCHAFRMTOT))

Location Update Success, Registered and Non-Registered

MSC_DATA:100 * ((NLOCOLDSUCC + NLOCNRGSUCC) / (NLOCOLDTOT + NLOCNRGTOT))

STS_UPDLOCAT:100 * ((NLOCOLDSUCC + NLOCNRGSUCC) / (NLOCOLDTOT + NLOCNRGTOT))

Location Update Success, Registered

MSC_DATA:100 * (NLOCOLDSUCC / NLOCOLDTOT)

STS_UPDLOCAT:100 * (NLOCOLDSUCC / NLOCOLDTOT)

Location Update Success, Non-Registered

MSC_DATA:100 * (NLOCNRGSUCC / NLOCNRGTOT)

STS_UPDLOCAT:100 * (NLOCNRGSUCC / NLOCNRGTOT)

No. of Location Update Attempts

LU Attempts (RegandNon-Reg)

MSC_DATA:(NLOCOLDTOT + NLOCNRGTOT)

STS_UPDLOCAT:(NLOCOLDTOT + NLOCNRGTOT)

Location Update, Registered

MSC_DATA:100 * (NLOCOLDTOT / (NLOCOLDTOT + NLOCNRGTOT))

STS_UPDLOCAT:100 * (NLOCOLDTOT / (NLOCOLDTOT + NLOCNRGTOT))

Location Update, Non-Registered

MSC_DATA:100 * (NLOCNRGTOT / (NLOCOLDTOT + NLOCNRGTOT))

STS_UPDLOCAT:100 * (NLOCNRGTOT / (NLOCOLDTOT + NLOCNRGTOT))

Location Update Distribution Registered, Normal

MSC_DATA:100 * ((NLOCOLDTOT - NLOCPERTOT - NLOCATTTOT) / NLOCOLDTOT)

STS_UPDLOCAT:100 * ((NLOCOLDTOT - NLOCPERTOT - NLOCATTTOT) / NLOCOLDTOT)

Paging

1st Page Success Rate

Paging Success Rate

Location Update Distribution Registered, Periodic

LU Distr. Reg. Subs, Peroidic

MSC_DATA:100 * (NLOCPERTOT / NLOCOLDTOT)

STS_UPDLOCAT:100 * (NLOCPERTOT / NLOCOLDTOT)

IMSI Attach of Total Location Update from Registered

IMSI Attach of Total LU from Reg.

MSC_DATA:100 * (NLOCATTTOT / NLOCOLDTOT)

STS_UPDLOCAT:100 * (NLOCATTTOT / NLOCOLDTOT)

IMSI Detach of Received IMSI Attach


MSC_DATA:100 * (NLOCDETTOT / NLOCATTTOT

STS_UPDLOCAT:100 * (NLOCDETTOT / NLOCATTTOT

Total First Page Attempts

Number Of First Page Attempts

MSC_DATA:(NPAG1GLTOT + NPAG1LOTOT)

STS_PAGING:(NPAG1GLTOT + NPAG1LOTOT)

Global First Page of Total First Page Attempts

Global 1st Page Attempts Rate

MSC_DATA:100 * (NPAG1GLTOT / (NPAG1LOTOT + NPAG1GLTOT))

STS_PAGING:100 * (NPAG1GLTOT / (NPAG1LOTOT + NPAG1GLTOT))

First Page to Location Area of Total First Page Attempts

1st Page Attempts to LA Rate

MSC_DATA:100 * (NPAG1LOTOT / (NPAG1LOTOT + NPAG1GLTOT))

STS_PAGING:100 * (NPAG1LOTOT / (NPAG1LOTOT + NPAG1GLTOT))

Success First Page of Total First Page Attempts

MSC_DATA:100 * (NPAG1RESUCC / (NPAG1LOTOT + NPAG1GLTOT))

STS_PAGING:100 * (NPAG1RESUCC / (NPAG1LOTOT + NPAG1GLTOT))

Success First + Rep. Pages of Total First Page Attempts

MSC_DATA:100 * ((NPAG1RESUCC + NPAG2RESUCC) / (NPAG1LOTOT + NPAG1GLTOT))

STS_PAGING:100 * ((NPAG1RESUCC + NPAG2RESUCC) / (NPAG1LOTOT + NPAG1GLTOT))

Total Repeated Page Attempts

Number Of Repeated Page Attemps



Repeated Page Rate

Success Repeated Page

Peak Hour Report Route Traffic per Subscriber Traffic Per Subscriber

Peak Traffic Peak Traffic

TCH Congestion TCH Congestion


Repeated Pages of Total First Page Attempts

MSC_DATA:100 * ((NPAG2LOTOT + NPAG2GLTOT) / (NPAG1LOTOT + NPAG1GLTOT))

STS_PAGING:100 * ((NPAG2LOTOT + NPAG2GLTOT) / (NPAG1LOTOT + NPAG1GLTOT))

Rep. Page of Second Page Succ.Rate



MSC_TRAFFTYPE_PEAK a,VLR_DATA4 b:1000 * ((a.ORG_TRAFFIC + a.TE_TRAFFIC) / b.ATTSUB)

STS_MTRAFTYPE a,MML b:1000 * (((a.NTRALACC / a.NSCAN) + (a.NTRALACC / a.NSCAN)) / b.ATTSUB)

MSC_ROUTE_PEAK:TRAFFIC

OMS_TRAR:STL / ATLC

MSC_CELL_MAIN_PEAK:100 * ((TCONGSAS + TCONGSHO) / TCALLS)

STS_CELTCHF a,STS_CELTCHH b:100 * (((a.TFCONGSAS + b.THCONGSAS + a.TFCONGSASSUB + b.THCONGSASSUB) + (a.TFCONGSHO + b.THCONGSHO + a.TFCONGSHOSUB + b.THCONGSHOSUB)) / (a.TFCALLS + b.THCALLS))

MSC_CELL_MAIN_PEAK:C_TTRALACC




TCH Trend Peak Traffic on TCHs TCH Traffic

TCH Congestion TCH Congestion

Route Trend Peak Traffic on Routes RouteTraffic


System SDCCH Availability


MSC_ROUTE_PEAK:100 * (NUB / NB)

OMS_TRAR:100 * (NUB / NB)



VLR_DATA:ATTSUB

MML:ATTSUB

SYSTEM_CELL_MAIN_PEAK:C_TTRALACC


SYSTEM_CELL_MAIN_PEAK:100 * ((TCONGSAS + TCONGSHO) / TCALLS)

STS_CELTCHF a,STS_CELTCHH b:100 * (((a.TFCONGSAS + b.THCONGSAS +a.TFCONGSASSUB + b.THCONGSASSUB) + (a.TFCONGSHO + b.THCONGSHO + a.TFCONGSHOSUB + b.THCONGSHOSUB)) / (a.TFCALLS + b.THCALLS))

MSC_ROUTE_PEAK:TRAFFIC

OMS_TRAR:STL / ATLC

MSC_ROUTE_PEAK:100 * (NUB / NB)


Radio Network Performance


SYSTEM_CELL_MAIN:100 * (C_CAVAACC / CNUCHCNT)


SYSTEM_CELL_MAIN:100 * (C_TAVA / TNUCHCNT)


SDCCH Drop Droped Calls Rate on SDCCH

TCH Drop

SDCCH Congestion SDCCH Congestion

Handover Success

Cell Downtime C_TDWN

SYSTEM_CELL_MAIN a,SYSTEM_CELL_HO2 b:100 * (a.CNDROP / (a.CMSESTAB - b.CCHHOSUC))

STS_CLSDCCH a,STS_CELLCCHHO b:100 * (a.CNDROP / (a.CMSESTAB - b.CCHHOSUC))


SYSTEM_CELL_MAIN a,SYSTEM_CELL_HO2 b:100 * (a.TNDROP / (a.TCASSALL + ((b.SUMIHOSUCC - b.SUMIABSUCC - b.SUMIAWSUCC) - (b.SUMOHOSUCC - b.SUMOABSUCC - b.SUMOAWSUCC))))


SYSTEM_CELL_MAIN:100 * (CCONGS / CCALLS)

STS_CLSDCCH a,STS_CLSDCCHO b:100 * ((a.CCONGS + b.CCONGSSUB) / a.CCALLS)



SYSTEM_ADM a,SYSTEM_CELL_MAIN b:(a.RPL * b.C_CTRALACC) / b.CNDROP


Handover Success Rate, SDCCH

SYSTEM_CELL_HO:100 * (SUMOHOSUCC / SUMOHOATT)

STS_NCELLREL,OUT:100 * (HOVERSUC / HOVERCNT)

SYSTEM_CELL_MAIN:C_TDWN

STS_DOWNTIME:(TDWNACC / TDWNSCAN)

MSC SDCCH Availability


SDCCH Drop Droped Calls Rate on SDCCH

TCH Drop



MSC_CELL_MAIN:100 * (C_CAVAACC / CNUCHCNT)


MSC_CELL_MAIN:100 * (C_TAVA / TNUCHCNT)


MSC_CELL_MAIN a,MSC_CELL_HO2 b:100 * (a.CNDROP / (a.CMSESTAB - b.CCHHOSUC))



MSC_CELL_MAIN a,MSC_CELL_HO2 b:100 * (a.TNDROP / (a.TCASSALL + ((b.SUMIHOSUCC - b.SUMIABSUCC - b.SUMIAWSUCC) - (b.SUMOHOSUCC - b.SUMOABSUCC - b.SUMOAWSUCC))))


MSC_CELL_MAIN:100 * (CCONGS / CCALLS)


Handover Success


BSC SDCCH Availability


SDCCH Drop



MSC_ADM a,MSC_CELL_MAIN b:(a.RPL * b.C_CTRALACC) / b.CNDROP

STS_CLSDCCH,STS_ADM b:(b.RPL * (a.CTRALACC / a.CNSCAN)) / a.CNDROP


MSC_CELL_HO:100 * (SUMOHOSUCC / SUMOHOATT)


MSC_CELL_MAIN:C_TDWN



BSC_CELL_MAIN:100 * (C_CAVAACC / CNUCHCNT)




Droped Calls Rate on SDCCH

BSC_CELL_MAIN a,BSC_CELL_HO2 b:100 * (a.CNDROP / (a.CMSESTAB - b.CCHHOSUC))


TCH Drop


Handover Success


Trend


BSC_CELL_MAIN a,BSC_CELL_HO2 b:100 * (a.TNDROP / (a.TCASSALL + ((b.SUMIHOSUCC - b.SUMIABSUCC - b.SUMIAWSUCC ) - (b.SUMOHOSUCC - b.SUMOABSUCC - b.SUMOAWSUCC))))

STS_CELTCHF a.STS_CELTCHH b,STS_NCELLREL,IN c,STS_NCELLREL,OUT d:100 * ((a.TFNDROP + b.THNDROP + a.TFNDROPSUB + b.THNDROPSUB) / ((a.TFCASSALL + b.THCASSALL + a.TFCASSALLSUB + b.THCASSALLSUB) + ((c.HOVERSUC - c.HOSUCBCL - c.HOSUCWCL) - (d.HOVERSUC - d.HOSUCBCL - d.HOSUCWCL))))

BSC_CELL_MAIN:100 * (CCONGS / CCALLS)







BSC_CELL_HO:100 * (SUMOHOSUCC / SUMOHOATT)


BSC_CELL_MAIN:C_TDWN


Erlang Minutes per drop




Congestion on TCH TCH Congestion

Non Availability on TCH TCH Non Availability Rate

Downtime Trend Average Cell Downtime Average Cell Down Time

Switch Performance Restarts Small Manual

Small Restarts, Auto Restarts Small Auto

Restarts Large Manual

Large Restarts, Auto Restart Large Auto

Reload, Manual Reload Manual

BSC_CELL_MAIN:100 * ((TCONGSAS + TCONGSHO) / TCALLS)

STS_CELTCHF a,STS_CELTCHH b:100 * (((a.TFCONGSAS + b.THCONGSAS + a.TFCONGSASSUB + b.THCONGSASSUB) + (a.TFCONGSHO + b.THCONGSHO + a.TFCONGSHOSUB + b.THCONGSHOSUB)) / (a.TFCALLS + b.THCALLS))



SYSTEM_CELL_MAIN:C_TDWN


Switch Performance, MSC

Small Restarts, Manual

MSC_DATA:RESTARTSM

STS_PARSERESTART:RESTARTSM

MSC_DATA:RESTARTSA

STS_PARSERESTART:RESTARTSA

Large Restarts, Manual

MSC_DATA:RESTARTLM

STS_PARSERESTART:RESTARTLM

MSC_DATA:RESTARTLA

STS_PARSERESTART:RESTARTLA

MSC_DATA:RELOADM

STS_PARSERESTART:RELOADM

Reload, Auto Reload Auto

Cell Down Time Average Cell Down Time

Small Restarts, Manual Restarts Small Manual

Small Restarts, Auto Restarts Small Auto


Large Restarts, Auto Restart Large Auto

Reload, Manual Reload Manual

Reload, Auto Reload Auto

Cell Down Time Average Cell Down Time

Reloads Trend Reloads, Manual Reload Manual

Reloads, Auto Reload Auto

Restarts Trend Restart Large, Auto Restart Large Auto

MSC_DATARELOADA

STS_PARSERESTART:RELOADA

MSC_CELL_MAIN:C_TDWN


Switch Performance, BSC

BSC_DATA:RESTARTSM


BSC_DATA:RESTARTSA


Large Restarts, Manual

BSC_DATA:RESTARTLM


BSC_DATA:RESTARTLA


BSC_DATA:RELOADM


BSC_DATA:RELOADA


BSC_CELL_MAIN:C_TDWN


SYSTEM_MSC_DATA:RELOADM


SYSTEM_MSC_DATA:RELOADA


SYSTEM_MSC_DATA:RESTARTLA



Restarts Small, Auto Restarts Small Auto

Restarts Small Manual



Restarts Large, Manual

SYSTEM_MSC_DATA:RESTARTLM


SYSTEM_MSC_DATA:RESTARTSA


Restarts Small, Manual

SYSTEM_MSC_DATA:RESTARTSM


Hardware Dimensioning BSC

HW Dimensioning, BSC

Average No. of Available SDCCH OL/UL

Avg. Number of Avail. SDCCH OL/UL

CELL_MAIN_PEAK:C_CAVAACC

STS_CLSDCCH:(CAVAACC / CAVASCAN)



CELL_MAIN_PEAK:100 * (C_CAVAACC / CNUCHCNT)




CELL_MAIN_PEAK:C_CTRALACC



CELL_MAIN_PEAK a,CELL_OL_PEAK3 b,CELL_ADM c:100 * ((a.CTCONGS - b.CTCONGS_OL) / (c.RPL * 60))


Average No. of Available TCH

Average Number of Available TCH

CELL_MAIN_PEAK:C_TAVA

STS_CLTCH:(TAVAACC / TAVASCAN)

CELL_MAIN_PEAK:100 * (C_TAVA / TNUCHCNT)



SDCCH/TCH Ratio SDCCH/TCH ratio

CELL_MAIN_PEAK:C_TTRALACC

STS_CELTCHF a,STS_CELTCHH b:(a.TFTRALACC / a.TFNSCAN) + (b.THTRALACC / b.THNSCAN)

CELL_MAIN_PEAK:(C_CTRALACC / C_TTRALACC)

STS_CLSDCCH a,STS_CELTCHF b,STS_CELTCHH c:((a.CTRALACC / a.CNSCAN) / ((b.TFTRALACC / b.TFNSCAN) +(c.THTRALACC / c.THNSCAN)))

Reconf. Attempts TCH=>SDCCH

No.Of Reconf. Attempts TCH->SDCCH

CELL_MAIN_PEAK:100 * (CONFATTC / (CONFATTC + CONFATTT))

STS_CELLCONF:100 * (CONFATTC / (CONFATTC + CONFATTT))

Reconf. Attempts SDCCH=>TCH

No. Of Reconf. Attempts SDCCH->TCH

CELL_MAIN_PEAK:100 * (CONFATTT / (CONFATTC + CONFATTT)

STS_CELLCONF:100 * (CONFATTT / (CONFATTC + CONFATTT)



CELL_MAIN_PEAK:100 * ((CNRELCONG + TNRELCONG) / TASSALL)

STS_CLSDCCH a,STS_CELTCHF b,STS_CELTCHH c,STS_CLTCH d:100 * ((a.CNRELCONG + (b.TFNRELCONG + c.THNRELCONG +b.TFNRELCONGSUB +c.THNRELCONGSUB)) / d.TASSALL)

Hardware Dimensioning Cell Set

HW Dimensioning, Cell Set

Average No. OfAvailable SDCCH OL/UL

Avg. Number of Avail. SDCCH OL/UL

CELL_MAIN_PEAK:C_CAVAACC

STS_CLSDCCH:(CAVAACC / CAVASCAN)




SDCCH/TCH Ratio SDCCH/TCH ratio



CELL_MAIN_PEAK:100 * (C_CAVAACC / CNUCHCNT)




CELL_MAIN_PEAK:C_CTRALACC



CELL_MAIN_PEAK a,CELL_OL_PEAK3 b,CELL_ADM c:100 * (a.CTCONGS - b.CTCONGS_OL) / (c.RPL * 60)

STS_CLSDCCH a,STS_CLSDCCHO b,STS_ADM c:100 * ((a.CTCONGS + b.CTCONSUB) - b.CTCONSUB) / (c.RPL * 60)

Average No. of Available TCH

Average Number of Available TCH

CELL_MAIN_PEAK:C_TAVA

STS_CLTCH:(TAVAACC / TAVASCAN)

CELL_MAIN_PEAK:100 * (C_TAVA / TNUCHCNT)




CELL_MAIN_PEAK:(C_CTRALACC / C_TTRALACC)

STS_CLSDCCH a,STS_CELTCHF b,STS_CELTCHH c:((a.CTRALACC / a.CNSCAN) / ((b.TFTRALACC / b.TFNSCAN) +(c.THTRALACC / c.THNSCAN)))

Reconf. Attempts TCH=>SDCCH

No.Of Reconf. Attempts TCH->SDCCH

CELL_MAIN_PEAK:100 * (CONFATTC / (CONFATTC + CONFATTT))

STS_CELLCONF:100 * (CONFATTC / (CONFATTC + CONFATTT)

Paging, MSC


1st Page Success 1st Page Success Rate

Repeated Page Repeated Page Rate

Reconf. Attempts SDCCH=>TCH

No. Of Reconf. Attempts SDCCH->TCH

CELL_MAIN_PEAK:100 * (CONFATTT / (CONFATTC + CONFATTT))

STS_CELLCONF:100 * (CONFATTT / (CONFATTC + CONFATTT))




STS_CLSDCCH a,STS_CELTCHF b,STS_CELTCHH c,STS_CLTCH d:100 * ((a.CNRELCONG + (b.TFNRELCONG + c.THNRELCONG +b.TFNRELCONGSUB +c.THNRELCONGSUB)) / d.TASSALL)

Paging Statistics, MSC

No. of 1st Page Attempts






1st Page Attempts to LA

1st Page Attempts to LA Rate

MSC_DATA:100 * (NPAG1LOTOT / (NPAG1LOTOT + NPAG1GLTOT))

STS_PAGING:100 * (NPAG1LOTOT / (NPAG1LOTOT + NPAG1GLTOT))



MSC_DATA:100 * ((NPAG2LOTOT + NPAG2GLTOT) / (NPAG1LOTOT + NPAG1GLTOT))

STS_PAGING:100 * ((NPAG2LOTOT + NPAG2GLTOT) / (NPAG1LOTOT + NPAG1GLTOT))

2nd Page Success

Paging, MSC Chart Paging Success Paging Success Rate

TOTPAG

TOTPAG

SDCCH Trend Failed Random Access Failed Random Access Rate


Rep. Page of Second Page Succ.Rate





Number of First Page Attempts




BSC Paging Congestion

No. of Received Paging Messages

BSC_DATA:TOTPAG

STS_BSC:TOTPAG

Discarded Paging due to Cong.




Paging Congestion Chart

No. of Paging Messages Received from the MSC

BSC_DATA:TOTPAG

STS_BSC:TOTPAG

Discarded Paging Due To Cong.




System performance Charts

BSC_CELL_MAIN:100 * (RAACCFA / (CNROCNT + RAACCFA))

STS_RANDOMACC:100 * (RAACCFA / (CNROCNT + RAACCFA))




Traffic Traffic Traffic, IEX TRAFFIC(IEX)

Traffic, IEXSTT TRAFFIC(IEXSTT)

Traffic, IEXTE TRAFFIC(IEXTE)

Traffic, INT TRAFFIC(INT)

Traffic, OEX TRAFFIC(OEX)

Traffic, ORG TRAFFIC(ORG)

Traffic, ORGOEX TRAFFIC(ORGOEX)

Traffic, ORGSTT TRAFFIC(ORGSTT)

Traffic, SOSTT TRAFFIC(STT)

Traffic, SOT TRAFFIC(SOSTT)



MSC_TRAFFTYPE:IEX_TRAFFIC

STS_MTRAFTYPE:(NTRALACC / NSCAN)

MSC_TRAFFTYPE:IEXSTT_TRAFFIC


MSC_TRAFFTYPE:IEXTE_TRAFFIC

STS_MTRAFTYPE:NTRALACC / NSCAN

MSC_TRAFFTYPE:INT_TRAFFIC


MSC_TRAFFTYPE:OEX_TRAFFIC


MSC_TRAFFTYPE:ORG_TRAFFIC


MSC_TRAFFTYPE:ORGOEX_TRAFFIC


MSC_TRAFFTYPE:ORGSTT_TRAFFIC


MSC_TRAFFTYPE:STT_TRAFFIC


MSC_TRAFFTYPE:SOSTT_TRAFFIC


Traffic, SOTOEX TRAFFIC(SOT)

Traffic, SOTTE TRAFFIC(SOTOEX)

Traffic, STT TRAFFIC(SOTTE)

Traffic, TE TRAFFIC(TE)

Traffic, TRA TRAFFIC(TRA)

Traffic Distribution Traffic Distribution, IEX IEX

IEXSTT

IEXTE

Traffic Distribution, INT INT

OEX

MSC_TRAFFTYPE:SOT_TRAFFIC


MSC_TRAFFTYPE:SOTOEX_TRAFFIC


MSC_TRAFFTYPE:SOTTE_TRAFFIC


MSC_TRAFFTYPE:TE_TRAFFIC


MSC_TRAFFTYPE:TRA_TRAFFIC


MSC_TRAFFTYPE:100 * (IEX_TRAFFIC / TRAFFIC_TRAFFIC)

STS_MTRAFTYPE:100 * ((NTRALACC / NSCAN) / (NTRALACC / NSCAN))

Traffic Distribution, IEXSTT

MSC_TRAFFTYPE:100 * (IEXSTT_TRAFFIC / TRAFFIC_TRAFFIC)


Traffic Distribution, IEXTE

MSC_TRAFFTYPE:100 * (IEXTE_TRAFFIC / TRAFFIC_TRAFFIC)


MSC_TRAFFTYPE:100 * (INT_TRAFFIC / TRAFFIC_TRAFFIC)


Traffic Distribution, OEX

MSC_TRAFFTYPE:100 * (OEX_TRAFFIC / TRAFFIC_TRAFFIC)


ORG

ORGOEX

ORGSTT

Traffic Distribution, STT STT

SOSTT

SOT

SOTOEX

SOTTE

Traffic Distribution, TE TE

Traffic Distribution, ORG

MSC_TRAFFTYPE:100 * (ORG_TRAFFIC / TRAFFIC_TRAFFIC)


Traffic Distribution, ORGOEX

MSC_TRAFFTYPE:100 * (ORGOEX_TRAFFIC / TRAFFIC_TRAFFIC)


Traffic Distribution, ORGSTT

MSC_TRAFFTYPE:100 * (ORGSTT_TRAFFIC / TRAFFIC_TRAFFIC)


MSC_TRAFFTYPE:100 * (STT_TRAFFIC / TRAFFIC_TRAFFIC)


Traffic Distribution, SOSTT

MSC_TRAFFTYPE:100 * (SOSTT_TRAFFIC / TRAFFIC_TRAFFIC)


Traffic Distribution, SOT

MSC_TRAFFTYPE:100 * (SOT_TRAFFIC / TRAFFIC_TRAFFIC)


Traffic Distribution, SOTOEX

MSC_TRAFFTYPE:100 * (SOTOEX_TRAFFIC / TRAFFIC_TRAFFIC)


Traffic Distribution, SOTTE

MSC_TRAFFTYPE:100 * (SOTTE_TRAFFIC / TRAFFIC_TRAFFIC)


MSC_TRAFFTYPE:100 * (TE_TRAFFIC / TRAFFIC_TRAFFIC)


Traffic Distribution, TRA TRA

Route Traffic RouteTraffic


Route Mean Holding Time

No. of Devices Number of Devices

No. of Blocked Devices Number of Blocked Devices

Bids NB


Route Traffic RouteTraffic

No Data Fetch... ?

MSC_TRAFFTYPE:100 * (TRA_TRAFFIC / TRAFFIC_TRAFFIC)


Traffic Measurements On Routes MSC

Traffic Measurements

ROUTE_PEAK:TRAFFIC

OMS_TRAR:STL / ATLC

ROUTE_PEAK:100 * (NUB / NB)


Route Mean Holding Time

ROUTE_PEAK a,MSC_ADM b:(b.RPL * a.TRAFFIC * 60) / (a.NB - a.NUB)

OMS_TRAR a,STS_ADM b:(b.RPL * (a.STL / a.ATLC) * 60) /(a.NB - a.NUB)

ROUTE_PEAK:ND

OMS_TRAR:ND

ROUTE_PEAK:NOBLOCKDEV


ROUTE_PEAK:NB

OMS_TRAR:NB

Traffic Measurements Chart

ROUTE_PEAK:100 * (NUB / NB)


ROUTE_PEAK:TRAFFIC

OMS_TRAR:STL / ATLC

Traffic Measurements On Routes Route Set

Traffic Measurements

Call Setup CCALLS

CMSESTAB



Call Setup Performance, BSC

No. of SDCCH Seizure Attempts

CELL_MAIN:CCALLS

STS_CLSDCCH:CCALLS

Congestion basedon Seizure Attempts

Congestion based on Seizure Attempt

CELL_MAIN:100 * (CCONGS / CCALLS)

STS_CLSDCCH a,STS_CLSDCCHO b:100 * (a.CCONGS + b.CCONGSSUB / a.CCALLS)

No. of SDCCH Connections

CELL_MAIN:CMSESTAB

STS_CLSDCCH:CMSESTAB


CELL_MAIN a,CELL_OL3 b,CELL_ADM c:100 * ((a.CTCONGS - b.CTCONGS_OL) / (c.RPL * 60))




CELL_MAIN:CNDROP

STS_CLSDCCH:CNDROP





CELL_MAIN a,CELL_ADM b:(b.RPL * 60) * (a.C_CTRALACC / a.CMSESTAB)

STS_CLSDCCH a,STS_ADM b:(b.RPL * 60) * ((a.CTRALACC / a.CNSCAN) / a.CMSESTAB)





TASSALL



CELL_MAIN:TASSALL

STS_CLTCH:TASSALL





Immediate Assignment Trend


CELL_MAIN:CMSESTAB




CELL_MAIN:CCALLS

STS_CLSDCCH:CCALLS


SDCCH Estab. Rate OL/UL No Cong.



Assignment Succ. Rate Trend





Call Setup CCALLS

CMSESTAB



Worst Performing Cell


SDCCH Estab. Rate OL/UL No Cong.



Call Setup Performance Cell Set


CELL_MAIN:CCALLS

STS_CLSDCCH:CCALLS



CELL_MAIN:100 * (CCONGS / CCALLS)



CELL_MAIN:CMSESTAB







CELL_MAIN a,CELL_OL3 b,CELL_ADM c:100 * (a.CTCONGS - b.CTCONGS_OL) / (c.RPL * 60)

STS_CLSDCCH a,STS_CLSDCCHO b,STS_ADM c:100 * ((a.CTCONGS + b.CTCONSUB) - (b.CTCONSUB)) / (c.RPL * 60)



CELL_MAIN:CNDROP

STS_CLSDCCH:CNDROP



TASSALL

CCALLS

CMSESTAB



CELL_MAIN a,CELL_ADM b:(b.RPL * 60 * a.C_CTRALACC) / a.CMSESTAB

STS_CLSDCCH a,STS_ADM b:(b.RPL * 60) * ((a.CTRALACC / a.CNSCAN) / a.CMSESTAB)

No. of Assignment Attempts

CELL_MAIN:TASSALL

STS_CLTCH:TASSALL




STS_CELTCHF a,STS_CELTCHH b,STS_CLTCH c:100 * ((a.TFCASSALL + b.THCASSALL +a.TFCASSALLSUB + b.THCASSALLSUB) / c.TASSALL)


No. Of SDCCH Seizure Attempts

CELL_MAIN:CCALLS

STS_CLSDCCH:CCALLS

No. Of SDCCH Connections

CELL_MAIN:CMSESTAB






Call Setup, MSC CCALLS

CMSESTAB

Assignment Succ Rate Trend





Worst Performing Cell





Call Setup Performance Overview


MSC_CELL_MAIN:CCALLS

STS_CLSDCCH:CCALLS

Congestion Based on Seizure Attempts


MSC_CELL_MAIN:100 * (CCONGS / CCALLS)



MSC_CELL_MAIN:CMSESTAB




MSC_CELL_MAIN:100 * (CMSESTAB / (CCALLS - CCONGS))

STS_CLSDCCH a,STS_CLDCCHO b:100 * (a.CMSESTAB / (a.CCALLS - (a.CCONGS + b.CCONGSSUB)))



TASSALL

Call Setup, BSC CCALLS


MSC_CELL_MAIN a,MSC_CELL_OL3 b,MSC_ADM c:100 * ((a.CTCONGS - b.CTCONGS_OL) / (c.RPL * 60))




MSC_CELL_MAIN:CNDROP

STS_CLSDCCH:CNDROP

MSC_CELL_MAIN:100 * (CNDROP / CMSESTAB)




MSC_CELL_MAIN a,MSC_ADM b:(b.RPL * 60 * a.C_CTRALACC) / a.CMSESTAB

STS_CLSDCCH a,STS_ADM b:(b.RPL * 60 * (a.CTRALACC / a.CNSCAN)) / a.CMSESTAB


MSC_CELL_MAIN:TASSALL

STS_CLTCH:TASSALL



MSC_CELL_MAIN:100 * (TCASSALL / TASSALL)



BSC_CELL_MAIN:CCALLS

STS_CLSDCCH:CCALLS

CMSESTAB



TASSALL

Congestion based On Seizure Attempts





BSC_CELL_MAIN:CMSESTAB





STS_CLSDCCH a,STS_CLDCCHO b:100 * (a.CMSESTAB / (a.CCALLS - (a.CCONGS + b.CCONGSSUB)))


BSC_CELL_MAIN a,BSC_CELL_OL3 b,BSC_ADM c:100 * ((a.CTCONGS - b.CTCONGS_OL) / (c.RPL * 60))



Total DroppedSDCCH Connections


STS_CLSDCCH:CNDROP





BSC_CELL_MAIN a,BSC_ADM b:(b.RPL * 60 * a.C_CTRALACC) / a.CMSESTAB

STS_CLSDCCH a,STS_ADM b:(b.RPL * 60 * (a.CTRALACC / a.CNSCAN)) / a.CMSESTAB


BSC_CELL_MAIN:TASSALL

STS_CLTCH:TASSALL

CCALLS

CMSESTAB







No. Of SDCCH Seizure Attempts

BSC_CELL_MAIN:CCALLS

STS_CLSDCCH:CCALLS

No. Of SDCCH Connections

BSC_CELL_MAIN:CMSESTAB






Assignment Succ. Rate Trend





Traffic Trend Cell Set Normal




Traffic Trend, Routes Traffic Trend, Routes Minimum Traffic

Maximum Traffic

Average Traffic

Discarded CPU Frames, DL




STS_CLSDCCH a,STS_CELTCHF b,STS_CELTCHH c,STS_CLTCH d:100 * ((a.CNRELCONG + (b.TFNRELCONG + c.THNRELCONG +b.TFNRELCONGSUB + c.THNRELCONGSUB)) / d.TASSALL)

Traffic Trend Cell Set PEAK






STS_CLSDCCH a,STS_CELTCHF b,STS_CELTCHH c,STS_CLTCH d:100 * ((a.CNRELCONG + (b.TFNRELCONG + c.THNRELCONG +b.TFNRELCONGSUB + c.THNRELCONGSUB)) / d.TASSALL)

GPRS Performance Overview

GPRS BSC CPU, BSC

Discarded CPU Frames, DL

BSC_DATA:DISCDL

STS_BSCGPRS:DISCDL

Discarded CPU Frames, UL

08.18 CS Paging (area > cell)

08.18 PS Paging (area > cell)

08.18 CS Paging Rejected

GPRS Cell PDCH Usage PDCH Usage

PCH Allocation Failure PCH Allocation Failure Rate

No. Of Radio Blocks, DL

No. Of Radio Blocks, UL

Discarded CPU Frames, UL

BSC_DATA:DISCUL

STS_BSCGPRS:DISCUL

08.18 CS Paging (area > cell )

BSC_DATA:PAGCSBSC

STS_BSCGPRS:PAGCSBSC

08.18 PS Paging (area > cell )

BSC_DATA:PAGPSBSC

STS_BSCGPRS:PAGPSBSC

08.18 CS Paging Rejected

BSC_DATA:PAGCSCONG

STS_BSCGPRS:PAGCSCONG

GPRS Performance BSC

CELL_GPRS:(ALLPDCHACC / ALLPDCHSCAN)

STS_CELLGPRS:(ALLPDCHACC / ALLPDCHSCAN)

No. of PCH AllocationAttempts

No. Of PCH Allocation Attempts

CELL_GPRS:PCHALLATT

STS_CELLGPRS:PCHALLATT

CELL_GPRS:100 * (PCHALLFAIL / PCHALLATT)

STS_CELLGPRS:100 * (PCHALLFAIL / PCHALLATT)

No. of Packet Data Random Accesses

No. Of Packet Data Random Accesses

CELL_GPRS:PDRAC

STS_CELLGPRS:PDRAC

No. of Packet Data Packet RA

No. Of Packet Data Packet RA

CELL_GPRS:PDPRAC

STS_CELLGPRS:PDPRAC

No. of Radio Blocks, DL

CELL_GPRS:RBCDL

STS_CELLGPRS:RBCDL

No. of Radio Blocks, UL

CELL_GPRS:RBCUL

STS_CELLGPRS:RBCUL

Retransmission, DL Retransmission Rate, DL

Retransmission, UL Retransmission Rate, UL

No. Of CS Paging on PCH

No. Of CS Paging On PPCH

Acceptable SQ Percentage Acceptable SQ

Unsatisfactory SQ

Good SQ Percentage Good SQ

CELL_GPRS:100 * (RETRANSDL / RBCDL)

STS_CELLGPRS:100 * (RETRANSDL / RBCDL)

CELL_GPRS:100 * (RETRANSUL / RBCUL)

STS_CELLGPRS:100 * (RETRANSUL / RBCUL)

No. of CS Paging on PCH

CELL_GPRS:PAGCSBVCI

STS_CELLGPRS:PAGCSBVCI

No. of CS Paging on PPCH

CELL_GPRS:PPAGCSBVCI

STS_CELLGPRS:PPAGCSBVCI

Speech Quality, Chart

Speech Quality, Chart

CELL_MAIN:100 * (TSQIACCPT / (TSQIGOOD + TSQIACCPT + TSQIBAD))

STS_CELLSQI:100 * ((TSQIACCPT + TSQIACCPTSUB) / ((TSQIGOOD + TSQIGOODSUB) + (TSQIACCPT + TSQIACCPTSUB) + (TSQIBAD + TSQIBADSUB)))

Percentage Unsatisfactory SQ

CELL_MAIN:100 * (TSQIBAD / (TSQIGOOD + TSQIACCPT + TSQIBAD))

STS_CELLSQI100 * ((TSQIBAD + TSQIBADSUB) / ((TSQIGOOD + TSQIGOODSUB) + (TSQIACCPT + TSQIACCPTSUB) + (TSQIBAD + TSQIBADSUB)))

CELL_MAIN:100 * (TSQIGOOD / (TSQIGOOD + TSQIACCPT + TSQIBAD))

STS_CELLSQI100 * (TSQIGOOD + TSQIGOODSUB) / ((TSQIGOOD + TSQIGOODSUB) + (TSQIACCPT + TSQIACCPTSUB) + (TSQIBAD + TSQIBADSUB)))

Total No. of Samples Total No. of Samples

No. of Samples Good SQ

Percentage Good SQ

No. of Samples Acceptable SQ

Percentage Acceptable SQ

No. of Samples Unsatisfactory SQ

Speech Quality Worst Cells

Speech Quality Worst Cells

CELL_MAIN:(TSQIGOOD + TSQIACCPT + TSQIBAD)

STS_CELLSQI:((TSQIGOOD + TSQIGOODSUB) + (TSQIACCPT + TSQIACCPTSUB) + (TSQIBAD + TSQIBADSUB))

CELL_MAIN:(TSQIGOOD / 1500)

STS_CELLSQI:((TSQIGOOD + TSQIGOODSUB) / 1500)

Percentage of Total Good SQ


STS_CELLSQI:100 * ((TSQIGOOD + TSQIGOODSUB) / ((TSQIGOOD + TSQIGOODSUB) + (TSQIACCPT + TSQIACCPTSUB) + (TSQIBAD + TSQIBADSUB)))

CELL_MAIN:(TSQIACCPT / 1500)

STS_CELLSQI:((TSQIACCPT + TSQIACCPTSUB) / 1500)

Percentage of TotalAcceptable SQ



CELL_MAIN:(TSQIBAD / 1500)

STS_CELLSQI:((TSQIBAD + TSQIBADSUB) / 1500)

Total No. of Samples Total No. of Samples

No. of Samples Good SQ

Percentage Good SQ

No. of Samples Acceptable SQ

Percentage Acceptable SQ

Percentage of Total Unsatisfactory SQ



STS_CELLSQI:100 * ((TSQIBAD + TSQIBADSUB) / ((TSQIGOOD + TSQIGOODSUB) + (TSQIACCPT + TSQIACCPTSUB) + (TSQIBAD + TSQIBADSUB)))

Speech Quality, Exceptions

Speech Quality, Exceptions

CELL_MAIN:(TSQIGOOD + TSQIACCPT + TSQIBAD)

STS_CELLSQI:(TSQIGOOD + TSQIGOODSUB) + (TSQIACCPT + TSQIACCPTSUB) + (TSQIBAD + TSQIBADSUB)

CELL_MAIN:(TSQIGOOD / 1500)

STS_CELLSQI:((TSQIGOOD + TSQIGOODSUB) / 1500)

Percentage of Total Good SQ


STS_CELLSQI:100 * ((TSQIGOOD + TSQIGOODSUB) / ((TSQIGOOD + TSQIGOODSUB) + (TSQIACCPT + TSQIACCPTSUB) + (TSQIBAD + TSQIBADSUB)))

CELL_MAIN:(TSQIACCPT / 1500)

STS_CELLSQI:((TSQIACCPT + TSQIACCPTSUB) / 1500)

Percentage of TotalAcceptable SQ



No. of Samples Unsatisfactory SQ

TCH Traffic

Dual of Total Traffic DUAL Of Total Traffic

Assignment Attempts Assignment Attempts

Assignment Success Assignment Success Rate

CELL_MAIN:(TSQIBAD / 1500)

STS_CELLSQI:((TSQIBAD + TSQIBADSUB) / 1500)

Percentage of Total Unsatisfactory SQ



STS_CELLSQI:100 * ((TSQIBAD + TSQIBADSUB) / ((TSQIGOOD + TSQIGOODSUB) + (TSQIACCPT + TSQIACCPTSUB) + (TSQIBAD + TSQIBADSUB)))

Dual Band Mobile Performance Cell, BSC

Dual Band Mobile BSC

TCH Traffic from Dual Band Mobiles

CELL_MAIN:C_TFDUALTRALACC

STS_CELLDUALT a,STS_CELTCHF b:(a.TFDUALTTRALACC / b.TFNSCAN)

CELL_MAIN:100 * (C_TFDUALTRALACC / C_TTRALACC)

STS_CELLDUALT a,STS_CELTCHF b,STS_CELTCHH c:100 * ((a.TFDUALTTRALACC / b.TFNSCAN) / ((b.TFTRALACC / b.TFNSCAN) +(c.THTRALACC / c.THNSCAN)))

CELL_MAIN:TFDUALASSALL

STS_CELLDUALT:TFDUALASSALL

CELL_MAIN:100 * (TFDUALCASSALL / TFDUALASSALL)

STS_CELLDUALT:100 * (TFDUALCASSALL / TFDUALASSALL)

Assignment Attempts of Total Assignment Attempts

Assgn Attmpt OfTotAssgn Attmpt Rate

CELL_MAIN:100 * (TFDUALASSALL / TASSALL)

STS_CELLDUALT a,STS_CLTCH b:100 * (a.TFDUALASSALL / b.TASSALL)

Dual Band Cell Set TCH Traffic


Dropped TCH Connections

Dropped TCH Connections Dual Band

CELL_MAIN:TFDUALNDROP

STS_CELLDUALT:TFDUALNDROP

TCH Erlang Minutes/Dropped Call


CELL_MAIN a,CELL_ADM b:(b.RPL * a.C_TFDUALTRALACC) / a.TFDUALNDROP

STS_CELLDUALT a,STS_CELTCHF b,STS_ADM c:(c.RPL * (a.TFDUALTTRALACC / b.TFNSCAN)) / a.TFDUALNDROP



CELL_ADM a;CELL_MAIN b:(a.RPL * b.C_TTRALACC) / b.TNDROP


TCH Drop of Connections Assigned In BSC

TCH DropRate for Dual Band Mobiles

CELL_MAIN:100 * (TFDUALNDROP / TFDUALCASSALL)

STS_CELLDUALT:100 * (TFDUALNDROP / TFDUALCASSALL)

Dual Band Mobile Performance Cell, CellSet





STS_CELLDUALT a,STS_CELTCHF b,STS_CELTCHH c:100 * ((a.TFDUALTTRALACC / b.TFNSCAN) / ((b.TFTRALACC / b.TFNSCAN) + (c.THTRALACC / c.THNSCAN)))















TCH Erlang Minutes / Dropped Call












TCH Traffic




Dual Band Performance Trend Cell

Dual Band Trend Cell






















TCH Erlang Minutes per DropTCH Erlang Minutes per Drop







TCH Traffic & Assignment

Assignment Attempts Of Total Assignment Attempts

Assgn Attmpt OfTotAssgnAttmpt Rate



TCH Traffic From Dual Band Mobiles





TCH Erlang Minutes/ Dropped Call




TCH Traffic




TCH Erlang Minutes / Dropped Call all Mobiles




Dual Band Mobile Performance Trend Cell Set

Dual Band Cell Set Trend






























Traffic & Assignment Trend


Assgn Attmpt OfTotAssgnAttmpt Rate



TCH Traffic From Dual Band Mobiles




CP Load CP Load, MSC Processor Load, MSC PROCLOAD

Traffic TRAFFIC (ORG + IEX + SOT)

CP Load, MSC Chart Processor Load, MSC PROCLOAD

Traffic(ORG+IEX+SOT) TRAFFIC (ORG + IEX + SOT)

CP Load, BSC Processor Load, BSC PROCLOAD


TCH Erlang Min. Per Drop

TCH Erlang Minutes/ Dropped Call








MSC_PEAK:PROCLOAD

STS_LOAS:(ACCLOAD / NSCAN)

MSC_TRAFFTYPE_PEAK:TRAFFIC_TRAFFIC


MSC_PEAK:PROCLOAD


MSC_TRAFFTYPE_PEAK:TRAFFIC_TRAFFIC


BSC_PEAK:PROCLOAD


BSC_CELL_MAIN_PEAK:C_TTRALACC

STS_CELTCHF a,STS_CELTCHH b:(TFTRALACC / TFNSCAN) +(THTRALACC / THNSCAN)

CP Load, BSC Chart Processor Load, BSC PROCLOAD


Location Updating

Location Update, Reg. LU Rate Reg

LU Rate Non-Reg.


LU Succ Rate Reg

LU Succ Rate Non-Reg

BSC_PEAK:PROCLOAD


BSC_CELL_MAIN_PEAK:C_TTRALACC

STS_CELTCHF a,STS_CELTCHH b:(TFTRALACC / TFNSCAN) +(THTRALACC / THNSCAN)

Location Update, MSC

LU Attempts (Reg. and Non-Reg.)

LU Attempts (RegandNon-Reg)

MSC_DATA:(NLOCOLDTOT + NLOCNRGTOT)

STS_UPDLOCAT:(NLOCOLDTOT + NLOCNRGTOT)

MSC_DATA:100 * (NLOCOLDTOT / (NLOCOLDTOT + NLOCNRGTOT))

STS_UPDLOCAT:100 * (NLOCOLDTOT / (NLOCOLDTOT + NLOCNRGTOT))

Location Update, Non-Reg.

MSC_DATA:100 * (NLOCNRGTOT /(NLOCOLDTOT + NLOCNRGTOT)

STS_UPDLOCAT:100 * (NLOCNRGTOT /(NLOCOLDTOT + NLOCNRGTOT)





Location Update Success, Reg.+Non-Reg.



Location Update Success, Reg.

MSC_DATA:100 * (NLOCOLDSUCC / NLOCOLDTOT)

STS_UPDLOCAT:100 * (NLOCOLDSUCC / NLOCOLDTOT)

Location Update Success, Non-Reg.

MSC_DATA:100 * (NLOCNRGSUCC / NLOCNRGTOT)

STS_UPDLOCAT:100 * (NLOCNRGSUCC / NLOCNRGTOT)




NLAPAG1LOTOT

Location Update Distribution, Reg. Subs., Normal



Location Update Distribution, Reg. Subs., Periodic




Location Updating Trend

No. Of Location Updates, Non-Reg.

Number of Location Updates, Non-Reg

MSC_DATA:NLOCNRGTOT

STS_UPDLOCAT:NLOCNRGTOT

No. Of Location Updates, Reg.

Number of Location Updates, Reg

MSC_DATA:NLOCOLDTOT

STS_UPDLOCAT:NLOCOLDTOT

Location Update Success (Reg. + Non-Reg.)



Location Updating Chart

Location Update Distribution, Reg.Subs. Normal



Location Update Distribution, Reg.Subs.Periodic




IMSI Attach Of TotalLU from Reg.




Paging Statistics and Location Updating

Paging & Location Updating

No. of 1st Page Attempts

LA_DATA:NLAPAG1LOTOT

STS_LOCAREAST:NLAPAG1LOTOT


Successful First Page Successful First Page Rate

Repeated Page Repeated Page Rate

NLALOCTOT

Update Not Registered

Update Registered

No. of IMSI Attach

LA_DATA:100 * ((NLAPAG1RESUCC + NLAPAG2RESUCC) / NLAPAG1LOTOT)

STS_LOCAREAST:100 * ((NLAPAG1RESUCC + NLAPAG2RESUCC) / NLAPAG1LOTOT)

LA_DATA:100 * (NLAPAG1RESUCC / NLAPAG1LOTOT)

STS_LOCAREAST:100 * (NLAPAG1RESUCC / NLAPAG1LOTOT)

LA_DATA:100 * (NLAPAG2LOTOT / NLAPAG1LOTOT)

STS_LOCAREAST:100 * (NLAPAG2LOTOT / NLAPAG1LOTOT)

Successful Repeated Page

Successful Repeated Page Rate

LA_DATA:100 * (NLAPAG2RESUCC / NLAPAG2LOTOT)

STS_LOCAREAST:100 * (NLAPAG2RESUCC / NLAPAG2LOTOT)

Location Update Success

Location Update Success Rate

LA_DATA:100 * (NLALOCSUCC / NLALOCTOT)

STS_LOCAREAST:100 * (NLALOCSUCC / NLALOCTOT)

No. of Location Updates

LA_DATA:NLALOCTOT

STS_LOCAREAST:NLALOCTOT

Number of Location Updates, Non-Reg

MSC_DATA:NLOCNRGTOT

STS_UPDLOCAT:NLOCNRGTOT

Number of Location Updates, Reg

MSC_DATA:NLOCOLDTOT

STS_UPDLOCAT:NLOCOLDTOT




No. of IMSI Detach

Authen. Requests Sent

NLALOCTOT

Paging Trend NLAPAG1LOTOT


TCH Traffic UL Full TCH Traffic UL Full Rate


MSC_DATA:100 * (NLOCDETTOT / NLOCATTTOT)

STS_UPDLOCAT:100 * (NLOCDETTOT / NLOCATTTOT)

Authentication Requests Sent

MSC_DATA:NAUTREQTOT

STS_SECHAND:NAUTREQTOT

Successful Authent.Incl. SRES

Successful Authent. Incl. SRES

MSC_DATA:100 * (NAUTREQSUCC / NAUTREQTOT)

STS_SECHAND:100 * (NAUTREQSUCC / NAUTREQTOT)

Location Updating Trend

Total No. of Location Updates

LA_DATA:NLALOCTOT

STS_LOCAREAST:NLALOCTOT

Location Update Success

Location Update Success Rate

LA_DATA:100 * (NLALOCSUCC / NLALOCTOT)

STS_LOCAREAST:100 * (NLALOCSUCC / NLALOCTOT)

No. of First Page Attempts

LA_DATA:NLAPAG1LOTOT

STS_LOCAREAST:NLAPAG1LOTOT

LA_DATA:100 * ((NLAPAG1RESUCC + NLAPAG2RESUCC) / NLAPAG1LOTOT)

STS_LOCAREAST:100 * ((NLAPAG1RESUCC + NLAPAG2RESUCC) / NLAPAG1LOTOT)

Overlaid & UnderlaidSubcells BSC

OL/UL Subcells, BSC

CELL_MAIN_PEAK a,CELL_HR_PEAK2 b,CELL_OL_PEAK3 c:(a.C_TTRALACC - b.C_TTRALACC_HR - c.C_TTRAL_FR_OL)

STS_CELTCHF a,STS_CELTCHH b:(((a.TFTRALACC / a.TFNSCAN) + (b.THTRALACC / b.THNSCAN)) - (b.THTRALACC / b.THNSCAN) - (a.TFTRALSUB / a.TFNSCAN))

TCH Traffic UL Half TCH Traffic UL Half Rate

TCH Traffic OL Full TCH Traffic OL Full Rate

TCH Traffic OL Half TCH Traffic OL Half Rate


TCH Time Congestion UL HR

CELL_HR_PEAK a,CELL_OL_PEAK2 b:(a.C_TTRALACC_HR - b.C_TTRAL_HR_OL)

STS_CELTCHH:((THTRALACC / THNSCAN) - (THTRALSUB / THNSCAN))

CELL_OL_PEAK:C_TTRAL_FR_OL

STS_CELTCHF:(TFTRALSUB / TFNSCAN)

CELL_OL_PEAK:C_TTRAL_HR_OL

STS_CELTCHH:(THTRALSUB / THNSCAN)

TCH Time Congestion Full UL

CELL_MAIN_PEAK a,CELL_OL_PEAK3 b,CELL_HR_PEAK3 c,CELL_ADM d:100 * ((a.TTCONGS - b.TTCONGS_FR_OL - c.TTCONGS_HR) / (d.RPL * 60))

STS_CELTCHF a,STS_CELTCHH b,STS_ADM c:100 * (((a.TFTCONGS + b.THTCONGS + a.TFTCONSUB + b.THTCONSUB) - a.TFTCONSUB - (b.THTCONGS + b.THTCONSUB)) / (c.RPL * 60)

TCH Time Congestion Half UL

CELL_HR_PEAK a,CELL_OL_PEAK2 b,CELL_ADM c:100 * ((a.TTCONGS_HR - b.TTCONGS_HR_OL) / (c.RPL * 60))

STS_CELTCHH a,STS_ADM b:100 * (((a.THTCONGS + a.THTCONSUB) - a.THTCONSUB) / (b.RPL * 60))

TCH Traffic UL Full TCH Traffic UL Full Rate

TCH Traffic UL Half TCH Traffic UL Half Rate

TCH Traffic OL Full TCH Traffic OL Full Rate

TCH Traffic OL Half TCH Traffic OL Half Rate



CELL_MAIN_PEAK:100 * (CNRELCONG + TNRELCONG) / TASSALL

STS_CLSDCCH a,STS_CELTCHF b,STS_CELTCHH c,STS_CLTCH:100 * (a.CNRELCONG + (b.TFNRELCONG + c.THNRELCONG + b.TFNRELCONGSUB + c.THNRELCONGSUB)) / d.TASSALL

Overlaid & UnderlaidSubcells Cell Set

OL/UL Subcells, Cell Set

CELL_MAIN_PEAK a,CELL_HR_PEAK2 b,CELL_OL_PEAK3 c:(a.C_TTRALACC - b.C_TTRALACC_HR - c.C_TTRAL_FR_OL)

STS_CELTCHF a,STS_CELTCHH b:(((a.TFTRALACC / a.TFNSCAN) +(b.THTRALACC / b.THNSCAN)) - (b.THTRALACC / b.THNSCAN) - (a.TFTRALSUB / a.TFNSCAN))

CELL_HR_PEAK a,CELL_OL_PEAK2 b:(a.C_TTRALACC_HR - b.C_TTRAL_HR_OL)

STS_CELTCHH:((THTRALACC / THNSCAN) - (THTRALSUB / THNSCAN))

CELL_OL_PEAK:C_TTRAL_FR_OL

STS_CELTCHF:(TFTRALSUB / TFNSCAN)

CELL_OL_PEAK:C_TTRAL_HR_OL

STS_CELTCHH:(THTRALSUB / THNSCAN)

TCH Time Congestion Half UL

TCH Time Congestion UL HR

CELL_HR_PEAK a,CELL_OL_PEAK2 b,CELL_ADM c:100 * ((a.TTCONGS_HR - b.TTCONGS_HR_OL) / (c.RPL * 60))

STS_CELTCHH a,STS_ADM b:100 * (((a.THTCONGS + a.THTCONSUB) - a.THTCONSUB) / (b.RPL * 60))

Calls and Answers Number of Calls No. of Calls, IEX IEX_NCALLS

No. of Calls, IEXSTT IEXSTT_NCALLS

No. of Calls, IEXTE IEXTE_NCALLS

No. of Calls, INT INT_NCALLS

No. of Calls, OEX OEX_NCALLS

TCH Time Congestion Full UL


CELL_MAIN_PEAK a,CELL_OL_PEAK3 b,CELL_HR_PEAK3 c,CELL_ADM d:100 * ((a.TTCONGS - b.TTCONGS_FR_OL - c.TTCONGS_HR) / (d.RPL * 60))

STS_CELTCHF a,STS_CELTCHH b,STS_ADM c:100 * (((a.TFTCONGS + b.THTCONGS + a.TFTCONSUB + b.THTCONSUB) - a.TFTCONSUB - (b.THTCONGS + b.THTCONSUB)) / (c.RPL * 60)




STS_CLSDCCH a,STS_CELTCHF b,STS_CELTCHH c,STS_CLTCH:100 * ((a.CNRELCONG + (b.TFNRELCONG + c.THNRELCONG + b.TFNRELCONGSUB + c.THNRELCONGSUB)) / d.TASSALL)

MSC_TRAFFTYPE:IEX_NCALLS

STS_MTRAFTYPE:IEX_NCALLS

MSC_TRAFFTYPE:IEXSTT_NCALLS

STS_MTRAFTYPE:IEXSTT_NCALLS

MSC_TRAFFTYPE:IEXTE_NCALLS

STS_MTRAFTYPE:IEXTE_NCALLS

MSC_TRAFFTYPE:INT_NCALLS

STS_MTRAFTYPE:INT_NCALLS

MSC_TRAFFTYPE:OEX_NCALLS

STS_MTRAFTYPE:OEX_NCALLS

No. of Calls, ORG ORG_NCALLS

No. of Calls, ORGOEX ORGOEX_NCALLS

No. of Calls, ORGSTT ORGSTT_NCALLS

No. of Calls, STT STT_NCALLS

No. of Calls, SOSTT SOSTT_NCALLS

No. of Calls, SOT SOT_NCALLS

No. of Calls, SOTOEX SOTOEX_NCALLS

No. of Calls, SOTTE SOTTE_NCALLS

No. of Calls, TE TE_NCALLS

No. of Calls, TRA TRA_NCALLS

No. of Calls, TRAFFIC TRAFFIC_NCALLS

Number of Answers No. of Answers, IEX IEX_NANSW

MSC_TRAFFTYPE:ORG_NCALLS

STS_MTRAFTYPE:ORG_NCALLS

MSC_TRAFFTYPE:ORGOEX_NCALLS

STS_MTRAFTYPE:ORGOEX_NCALLS

MSC_TRAFFTYPE:ORGSTT_NCALLS

STS_MTRAFTYPE:ORGSTT_NCALLS

MSC_TRAFFTYPE:STT_NCALLS

STS_MTRAFTYPE:STT_NCALLS

MSC_TRAFFTYPE:SOSTT_NCALLS

STS_MTRAFTYPE:SOSTT_NCALLS

MSC_TRAFFTYPE:SOT_NCALLS

STS_MTRAFTYPE:SOT_NCALLS

MSC_TRAFFTYPE:SOTOEX_NCALLS

STS_MTRAFTYPE:SOTOEX_NCALLS

MSC_TRAFFTYPE:SOTTE_NCALLS

STS_MTRAFTYPE:SOTTE_NCALLS

MSC_TRAFFTYPE:TE_NCALLS

STS_MTRAFTYPE:TE_NCALLS

MSC_TRAFFTYPE:TRA_NCALLS

STS_MTRAFTYPE:TRA_NCALLS

MSC_TRAFFTYPE:TRAFFIC_NCALLS

STS_MTRAFTYPE:TRAFFIC_NCALLS

MSC_TRAFFTYPE:IEX_NANSW

STS_MTRAFTYPE:IEX_NANSW

No. of Answers, IEXSTT IEXSTT_NANSW

No. of Answers, IEXTE IEXTE_NANSW

No. of Answers, INT INT_NANSW

No. of Answers, OEX OEX_NANSW

No. of Answers, ORG ORG_NANSW

ORGOEX_NANSW

ORGSTT_NANSW

No. of Answers, STT STT_NANSW

SOSTT_NANSW

No. of Answers, SOT SOT_NANSW

SOTOEX_NANSW

SOTTE_NANSW

MSC_TRAFFTYPE:IEXSTT_NANSW

STS_MTRAFTYPE:IEXSTT_NANSW

MSC_TRAFFTYPE:IEXTE_NANSW

STS_MTRAFTYPE:IEXTE_NANSW

MSC_TRAFFTYPE:INT_NANSW

STS_MTRAFTYPE:INT_NANSW

MSC_TRAFFTYPE:OEX_NANSW

STS_MTRAFTYPE:OEX_NANSW

MSC_TRAFFTYPE:ORG_NANSW

STS_MTRAFTYPE:ORG_NANSW

No. of Answers, ORGOEX

MSC_TRAFFTYPE:ORGOEX_NANSW

STS_MTRAFTYPE:ORGOEX_NANSW

No. of Answers, ORGSTT

MSC_TRAFFTYPE:ORGSTT_NANSW

STS_MTRAFTYPE:ORGSTT_NANSW

MSC_TRAFFTYPE:STT_NANSW

STS_MTRAFTYPE:STT_NANSW

No. of Answers, SOSTT

MSC_TRAFFTYPE:SOSTT_NANSW

STS_MTRAFTYPE:SOSTT_NANSW

MSC_TRAFFTYPE:SOT_NANSW

STS_MTRAFTYPE:SOT_NANSW

No. of Answers, SOTOEX

MSC_TRAFFTYPE:SOTOEX_NANSW

STS_MTRAFTYPE:SOTOEX_NANSW

No. of Answers, SOTTE

MSC_TRAFFTYPE:SOTTE_NANSW

STS_MTRAFTYPE:SOTTE_NANSW

No. of Answers, TE TE_NANSW

No. of Answers, TRA TRA_NANSW

TRAFFIC_NANSW

Answer Rate IEX Answers Answer Rate, IEX

IEXSTT Answers Answer Rate, IEXSTT

IEXTE Answers Answer Rate, IEXTE

INT Answers Answer Rate, INT

OEX Answers Answer Rate, OEX

ORG Answers Answer Rate, ORG

ORGOEX Answers Answer Rate, ORGOEX

MSC_TRAFFTYPE:TE_NANSW

STS_MTRAFTYPE:TE_NANSW

MSC_TRAFFTYPE:TRA_NANSW

STS_MTRAFTYPE:TRA_NANSW

No. of Answers, TRAFFIC

MSC_TRAFFTYPE:TRAFFIC_NANSW

STS_MTRAFTYPE:TRAFFIC_NANSW

MSC_TRAFFTYPE:100 * (IEX_NANSW / IEX_NCALLS)

STS_MTRAFTYPE:100 * (IEX_NANSW / IEX_NCALLS)

MSC_TRAFFTYPE:100 * (IEXSTT_NANSW / IEXSTT_NCALLS)

STS_MTRAFTYPE:100 * (IEXSTT_NANSW / IEXSTT_NCALLS)

MSC_TRAFFTYPE:100 * (IEXTE_NANSW / IEXTE_NCALLS)

STS_MTRAFTYPE:100 * (IEXTE_NANSW / IEXTE_NCALLS)

MSC_TRAFFTYPE:100 * (INT_NANSW / INT_NCALLS)

STS_MTRAFTYPE:100 * (INT_NANSW / INT_NCALLS)

MSC_TRAFFTYPE:100 * (OEX_NANSW / OEX_NCALLS)

STS_MTRAFTYPE:100 * (OEX_NANSW / OEX_NCALLS)

MSC_TRAFFTYPE:100 * (ORG_NANSW / ORG_NCALLS)

STS_MTRAFTYPE:100 * (ORG_NANSW / ORG_NCALLS)

MSC_TRAFFTYPE:100 * (ORGOEX_NANSW / ORGOEX_NCALLS)

STS_MTRAFTYPE:100 * (ORGOEX_NANSW / ORGOEX_NCALLS)

ORGSTT Answers Answer Rate, ORGSTT

STT Answers Answer Rate, STT

SOSTT Answers Answer Rate, SOSTT

SOT Answers Answer Rate, SOT

SOTOEX Answers Answer Rate, SOTOEX

SOTTE Answers Answer Rate, SOTTE

TE Answers Answer Rate, TE

TRA Answers Answer Rate, TRA

Congestion External Congestion External Congestion, IEX

MSC_TRAFFTYPE:100 * (ORGSTT_NANSW / ORGSTT_NCALLS)

STS_MTRAFTYPE:100 * (ORGSTT_NANSW / ORGSTT_NCALLS)

MSC_TRAFFTYPE:100 * (STT_NANSW / STT_NCALLS)

STS_MTRAFTYPE:100 * (STT_NANSW / STT_NCALLS)

MSC_TRAFFTYPE:100 * (SOSTT_NANSW / SOSTT_NCALLS)

STS_MTRAFTYPE:100 * (SOSTT_NANSW / SOSTT_NCALLS)

MSC_TRAFFTYPE:100 * (SOT_NANSW / SOT_NCALLS)

STS_MTRAFTYPE:100 * (SOT_NANSW / SOT_NCALLS)

MSC_TRAFFTYPE:100 * (SOTOEX_NANSW / SOTOEX_NCALLS)

STS_MTRAFTYPE:100 * (SOTOEX_NANSW / SOTOEX_NCALLS)

MSC_TRAFFTYPE:100 * (SOTTE_NANSW / SOTTE_NCALLS)

STS_MTRAFTYPE:100 * (SOTTE_NANSW / SOTTE_NCALLS)

MSC_TRAFFTYPE:100 * (TE_NANSW / TE_NCALLS)

STS_MTRAFTYPE:100 * (TE_NANSW / TE_NCALLS)

MSC_TRAFFTYPE:100 * (TRA_NANSW / TRA_NCALLS)

STS_MTRAFTYPE:100 * (TRA_NANSW / TRA_NCALLS)

External Congestion, IEX

MSC_TRAFFTYPE:100 * (IEX_NECONG / IEX_NCALLS)

STS_MTRAFTYPE:100 * (IEX_NECONG / IEX_NCALLS)

External Congestion, IEXSTT

External Congestion, IEXTE

External Congestion, INT

External Congestion, OEX

External Congestion, ORG

External Congestion, STT

External Congestion, SOSTT

External Congestion, IEXSTT

MSC_TRAFFTYPE:100 * (IEXSTT_NECONG / IEXSTT_NCALLS)

STS_MTRAFTYPE:100 * (IEXSTT_NECONG / IEXSTT_NCALLS)

External Congestion, IEXTE

MSC_TRAFFTYPE:100 * (IEXTE_NECONG / IEXTE_NCALLS)

STS_MTRAFTYPE:100 * (IEXTE_NECONG / IEXTE_NCALLS)

External Congestion, INT

MSC_TRAFFTYPE:100 * (INT_NECONG / INT_NCALLS)

STS_MTRAFTYPE:100 * (INT_NECONG / INT_NCALLS)

External Congestion, OEX

MSC_TRAFFTYPE:100 * (OEX_NECONG / OEX_NCALLS)

STS_MTRAFTYPE:100 * (OEX_NECONG / OEX_NCALLS)

External Congestion, ORG

MSC_TRAFFTYPE:100 * (ORG_NECONG / ORG_NCALLS)

STS_MTRAFTYPE:100 * (ORG_NECONG / ORG_NCALLS)

External Congestion, ORGOEX

External Congestion, ORGOEX

MSC_TRAFFTYPE:100 * (ORGOEX_NECONG / ORGOEX_NCALLS)

STS_MTRAFTYPE:100 * (ORGOEX_NECONG / ORGOEX_NCALLS)

External Congestion, ORGSTT

External Congestion, ORGSTT

MSC_TRAFFTYPE:100 * (ORGSTT_NECONG / ORGSTT_NCALLS)

STS_MTRAFTYPE:100 * (ORGSTT_NECONG / ORGSTT_NCALLS)

External Congestion, STT

MSC_TRAFFTYPE:100 * (STT_NECONG / STT_NCALLS)

STS_MTRAFTYPE:100 * (STT_NECONG / STT_NCALLS)

External Congestion, SOSTT

MSC_TRAFFTYPE:100 * (SOSTT_NECONG / SOSTT_NCALLS)

STS_MTRAFTYPE:100 * (SOSTT_NECONG / SOSTT_NCALLS)

External Congestion, SOT

External Congestion, SOTTE

External Congestion, TE

External Congestion, TRA

Internal Congestion Internal Congestion, IEX

Internal Congestion, IEXSTT

Internal Congestion, IEXTE

Internal Congestion, INT

External Congestion, SOT

MSC_TRAFFTYPE:100 * (SOT_NECONG / SOT_NCALLS)

STS_MTRAFTYPE:100 * (SOT_NECONG / SOT_NCALLS)

External Congestion, SOTOEX

External Congestion, SOTOEX

MSC_TRAFFTYPE:100 * (SOTOEX_NECONG / SOTOEX_NCALLS)

STS_MTRAFTYPE:100 * (SOTOEX_NECONG / SOTOEX_NCALLS)

External Congestion, SOTTE

MSC_TRAFFTYPE:100 * (SOTTE_NECONG / SOTTE_NCALLS)

STS_MTRAFTYPE:100 * (SOTTE_NECONG / SOTTE_NCALLS)

External Congestion, TE

MSC_TRAFFTYPE:100 * (TE_NECONG / TE_NCALLS)

STS_MTRAFTYPE:100 * (TE_NECONG / TE_NCALLS)

External Congestion, TRA

MSC_TRAFFTYPE:100 * (TRA_NECONG / TRA_NCALLS)

STS_MTRAFTYPE:100 * (TRA_NECONG / TRA_NCALLS)

Internal Congestion, IEX

MSC_TRAFFTYPE:100 * (IEX_NICONG / IEX_NCALLS)

STS_MTRAFTYPE:100 * (IEX_NICONG / IEX_NCALLS)

Internal Congestion, IEXSTT

MSC_TRAFFTYPE:100 * (IEXSTT_NICONG / IEXSTT_NCALLS)

STS_MTRAFTYPE:100 * (IEXSTT_NICONG / IEXSTT_NCALLS)

Internal Congestion, IEXTE

MSC_TRAFFTYPE:100 * (IEXTE_NICONG / IEXTE_NCALLS)

STS_MTRAFTYPE:100 * (IEXTE_NICONG / IEXTE_NCALLS)

Internal Congestion, INT

MSC_TRAFFTYPE:100 * (INT_NICONG / INT_NCALLS)

STS_MTRAFTYPE:100 * (INT_NICONG / INT_NCALLS)

Internal Congestion, OEX

Internal Congestion, ORG

Internal Congestion, STT

Internal Congestion, SOSTT

Internal Congestion, SOT

Internal Congestion, SOTTE

Internal Congestion, OEX

MSC_TRAFFTYPE:100 * (OEX_NICONG / OEX_NCALLS)

STS_MTRAFTYPE:100 * (OEX_NICONG / OEX_NCALLS)

Internal Congestion, ORG

MSC_TRAFFTYPE:100 * (ORG_NICONG / ORG_NCALLS)

STS_MTRAFTYPE:100 * (ORG_NICONG / ORG_NCALLS)

Internal Congestion, ORGOEX

Internal Congestion, ORGOEX

MSC_TRAFFTYPE:100 * (ORGOEX_NICONG / ORGOEX_NCALLS)

STS_MTRAFTYPE:100 * (ORGOEX_NICONG / ORGOEX_NCALLS)

Internal Congestion, ORGSTT

Internal Congestion, ORGSTT

MSC_TRAFFTYPE:100 * (ORGSTT_NICONG / ORGSTT_NCALLS)

STS_MTRAFTYPE:100 * (ORGSTT_NICONG / ORGSTT_NCALLS)

Internal Congestion, STT

MSC_TRAFFTYPE:100 * (STT_NICONG / STT_NCALLS)

STS_MTRAFTYPE:100 * (STT_NICONG / STT_NCALLS)

Internal Congestion, SOSTT

MSC_TRAFFTYPE:100 * (SOSTT_NICONG / SOSTT_NCALLS)

STS_MTRAFTYPE:100 * (SOSTT_NICONG / SOSTT_NCALLS)

Internal Congestion, SOT

MSC_TRAFFTYPE:100 * (SOT_NICONG / SOT_NCALLS)

STS_MTRAFTYPE:100 * (SOT_NICONG / SOT_NCALLS)

Internal Congestion, SOTOEX

Internal Congestion, SOTOEX

MSC_TRAFFTYPE:100 * (SOTOEX_NICONG / SOTOEX_NCALLS)

STS_MTRAFTYPE:100 * (SOTOEX_NICONG / SOTOEX_NCALLS)

Internal Congestion, SOTTE

MSC_TRAFFTYPE:100 * (SOTTE_NICONG / SOTTE_NCALLS)

STS_MTRAFTYPE:100 * (SOTTE_NICONG / SOTTE_NCALLS)

Internal Congestion, TE

Internal Congestion, TRA

Through Connect Calls, IEX

Through Connect Calls, INT

Through Connect Calls, OEX

Through Connect Calls, ORG

Internal Congestion, TE

MSC_TRAFFTYPE:100 * (TE_NICONG / TE_NCALLS)

STS_MTRAFTYPE:100 * (TE_NICONG / TE_NCALLS)

Internal Congestion, TRA

MSC_TRAFFTYPE:100 * (TRA_NICONG / TRA_NCALLS)

STS_MTRAFTYPE:100 * (TRA_NICONG / TRA_NCALLS)

Through Connect Calls

Through Connect Calls

Through Connect Calls, IEX

MSC_TRAFFTYPE:100 * (IEX_NSUEOS / IEX_NCALLS)

STS_MTRAFTYPE:100 * (IEX_NSUEOS / IEX_NCALLS)

Through Connect Calls, IEXSTT

Through Connect Calls, IEXSTT

MSC_TRAFFTYPE:100 * (IEXSTT_NSUEOS / IEXSTT_NCALLS)

STS_MTRAFTYPE:100 * (IEXSTT_NSUEOS / IEXSTT_NCALLS)

Through Connect Calls, IEXTE

Through Connect Calls, IEXTE

MSC_TRAFFTYPE:100 * (IEXTE_NSUEOS / IEXTE_NCALLS)

STS_MTRAFTYPE:100 * (IEXTE_NSUEOS / IEXTE_NCALLS)

Through Connect Calls, INT

MSC_TRAFFTYPE:100 * (INT_NSUEOS / INT_NCALLS)

STS_MTRAFTYPE:100 * (INT_NSUEOS / INT_NCALLS)

Through Connect Calls, OEX

MSC_TRAFFTYPE:100 * (OEX_NSUEOS / OEX_NCALLS)

STS_MTRAFTYPE:100 * (OEX_NSUEOS / OEX_NCALLS)

Through Connect Calls, ORG

MSC_TRAFFTYPE:100 * (ORG_NSUEOS / ORG_NCALLS)

STS_MTRAFTYPE:100 * (ORG_NSUEOS / ORG_NCALLS)

Through Connect Calls, ORGOEX

Through Connect Calls, ORGOEX

MSC_TRAFFTYPE:100 * (ORGOEX_NSUEOS / ORGOEX_NCALLS)

STS_MTRAFTYPE:100 * (ORGOEX_NSUEOS / ORGOEX_NCALLS)

Through Connect Calls, STT

Through Connect Calls, SOT

Through Connect Calls, TE

Through Connect Calls, TRA

Through Connect Calls, ORGSTT

Through Connect Calls, ORGSTT

MSC_TRAFFTYPE:100 * (ORGSTT_NSUEOS / ORGSTT_NCALLS)

STS_MTRAFTYPE:100 * (ORGSTT_NSUEOS / ORGSTT_NCALLS)

Through Connect Calls, STT

MSC_TRAFFTYPE:100 * (STT_NSUEOS / STT_NCALLS)

STS_MTRAFTYPE:100 * (STT_NSUEOS / STT_NCALLS)

Through Connect Calls, SOSTT

Through Connect Calls, SOSTT

MSC_TRAFFTYPE:100 * (SOSTT_NSUEOS / SOSTT_NCALLS)

STS_MTRAFTYPE:100 * (SOSTT_NSUEOS / SOSTT_NCALLS)

Through Connect Calls, SOT

MSC_TRAFFTYPE:100 * (SOT_NSUEOS / SOT_NCALLS)

STS_MTRAFTYPE:100 * (SOT_NSUEOS / SOT_NCALLS)

Through Connect Calls, SOTOEX

Through Connect Calls, SOTOEX

MSC_TRAFFTYPE:100 * (SOTOEX_NSUEOS / SOTOEX_NCALLS)

STS_MTRAFTYPE:100 * (SOTOEX_NSUEOS / SOTOEX_NCALLS)

Through Connect Calls, SOTTE

Through Connect Calls, SOTTE

MSC_TRAFFTYPE:100 * (SOTTE_NSUEOS / SOTTE_NCALLS)

STS_MTRAFTYPE:100 * (SOTTE_NSUEOS / SOTTE_NCALLS)

Through Connect Calls, TE

MSC_TRAFFTYPE:100 * (TE_NSUEOS / TE_NCALLS)

STS_MTRAFTYPE:100 * (TE_NSUEOS / TE_NCALLS)

Through Connect Calls, TRA

MSC_TRAFFTYPE:100 * (TRA_NSUEOS / TRA_NCALLS)

STS_MTRAFTYPE:100 * (TRA_NSUEOS / TRA_NCALLS)

Call Rejection Call Rejection

Lost Traffic Lost Traffic

Offered Traffic Offered Traffic

Measured Traffic Measured Traffic

Answered Calls Answered Calls

Internal Congestion Internal Congestion

Call Rejection Exceptions

Call Rejection Exceptions

MSC_TRAFFTYPE:100 * ((ORG_NUNSUCC + IEX_NUNSUCC + SOT_NUNSUCC) / (ORG_NCALLS + IEX_NCALLS + SOT_NCALLS))

STS_MTRAFTYPE:100 * ((ORG_NUNSUCC + IEX_NUNSUCC + SOT_NUNSUCC) / (ORG_NCALLS + IEX_NCALLS + SOT_NCALLS))

MSC_TRAFFTYPE:100 * (((ORG_NCALLS + IEX_NCALLS + SOT_NCALLS) - (OEX_NCALLS + STT_NCALLS + TE_NCALLS)) / (ORG_NCALLS + IEX_NCALLS + SOT_NCALLS))

STS_MTRAFTYPE:100 * (((ORG_NCALLS + IEX_NCALLS + SOT_NCALLS) - (OEX_NCALLS + STT_NCALLS + TE_NCALLS)) / (ORG_NCALLS + IEX_NCALLS + SOT_NCALLS))

MSC_TRAFFTYPE:100 * (ORG_TRAFFIC + IEX_TRAFFIC + SOT_TRAFFIC)

STS_MTRAFTYPE:100 * ((NTRALACC / NSCAN) + (NTRALACC / NSCAN) + (NTRALACC / NSCAN))

MSC_TRAFFTYPE:100 * (OEX_TRAFFIC + TE_TRAFFIC + STT_TRAFFIC)

STS_MTRAFTYPE:100 * ((NTRALACC / NSCAN) + (NTRALACC / NSCAN) + (NTRALACC / NSCAN))

MSC_TRAFFTYPE:100 * ((ORG_NANSW + IEX_NANSW+ SOT_NANSW) / (ORG_NCALLS + IEX_NCALLS + SOT_NCALLS))

STS_MTRAFTYPE:100 * ((ORG_NANSW + IEX_NANSW+ SOT_NANSW) / (ORG_NCALLS + IEX_NCALLS + SOT_NCALLS))

MSC_TRAFFTYPE:100 * ((ORG_NICONG + IEX_NICONG + SOT_NICONG) / (ORG_NCALLS + IEX_NCALLS + SOT_NCALLS))

STS_MTRAFTYPE:100 * ((ORG_NICONG + IEX_NICONG + SOT_NICONG) / (ORG_NCALLS + IEX_NCALLS + SOT_NCALLS))

External Congestion External Congestion

Through Connect Calls Through Connect

Call Rejection Trend Call Rejection Call Rejection

Subscriber Info Call Processing Call Setups Call Setups

Mean Call Holding Time

Calling Minutes Calling Minutes

MSC_TRAFFTYPE:100 * ((ORG_NECONG + IEX_NECONG + SOT_NECONG) / (ORG_NCALLS + IEX_NCALLS + SOT_NCALLS))

STS_MTRAFTYPE:100 * ((ORG_NECONG + IEX_NECONG + SOT_NECONG) / (ORG_NCALLS + IEX_NCALLS + SOT_NCALLS))

MSC_TRAFFTYPE:100 * ((ORG_NSUEOS + IEX_NSUEOS + SOT_NSUEOS) / (ORG_NCALLS + IEX_NCALLS + SOT_NCALLS))

STS_MTRAFTYPE:100 * ((ORG_NSUEOS + IEX_NSUEOS + SOT_NSUEOS) / (ORG_NCALLS + IEX_NCALLS + SOT_NCALLS))

MSC_TRAFFTYPE:100 * ((ORG_NUNSUCC + IEX_NUNSUCC + SOT_NUNSUCC) / (ORG_NCALLS + IEX_NCALLS + SOT_NCALLS))

STS_MTRAFTYPE:100 * ((ORG_NUNSUCC + IEX_NUNSUCC + SOT_NUNSUCC) / (ORG_NCALLS + IEX_NCALLS + SOT_NCALLS))

SYSTEM_MSC_TRAFFTYPE:TRAFFIC_NSUEOS

STS_MTRAFTYPE:TRAFFIC_NSUEOS

Mean Call Holding Time

SYSTEM_MSC_TRAFFTYPE a,SYSTEM_ADM b:(a.TRAFFIC_TRAFFIC * b.RPL * 60) / a.TRAFFIC_NSUEOS

STS_MTRAFTYPE a,STS_ADM b:((a.NTRALACC / a.NSCAN) * b.RPL * 60) / a.TRAFFIC_NSUEOS

SYSTEM_MSC_TRAFFTYPE a,SYSTEM_ADM b:a.TRAFFIC_TRAFFIC * b.RPL

STS_MTRAFTYPE a,STS_ADM b:(a.NTRALACC / a.NSCAN) * b.RPL

No. of Reg. Subscribers

No. of Registered Subscribers



No. of Calls per Subscriber

Info, HLR HLR Subscribers

Info, VLR VLR Subscribers

Calling Minutes per Subscriber

Calling Minutes per Subscriber

SYSTEM_ADM a,SYSTEM_MSC_TRAFFTYPE b,SYSTEM_VLR_DATA c:a.RPL * (b.ORG_TRAFFIC + b.TE_TRAFFIC) / c.ACTSUB

STS_ADM a,STS_MTRAFTYPE b,MML c:a.RPL * ((b.NTRALACC / b.NSCAN) + (b.NTRALACC / b.NSCAN)) / (c.HLRSUB + c.ONWSUB)

No. of Calls per Subscriber

SYSTEM_MSC_TRAFFTYPE a,SYSTEM_VLR_DATA b:(a.ORG_NSUEOS + a.TE_NSUEOS) / b.ACTSUB

STS_MTRAFTYPE a,MML b:(a.ORG_NSUEOS + a.TE_NSUEOS) / (b.HLRSUB + b.ONWSUB)

Total No. of HLR Subscribers

HLR_DATA:TOTSUB

MML:TOTSUB

No. of HLR Subscribers Roaming in Other Networks

HLR Subscribers in other network

HLR_DATA:ONWSUB

MML:ONWSUB

No. of HLR Subscribers for which VLR Location is Unknown

HLR Subscribers not Registered

HLR_DATA:UNKSUB

MML:UNKSUB

Total No. of VLR Subscribers

VLR_DATA:ACTSUB

MML:ACTSUB

No. of VLR Subscribers Roaming from Other Networks

VLR Subsribers from other HLR

VLR_DATA:ONWSUB

MML:ONWSUB


Distribution, HLR

Distribution,VLR


Calling Minutes

VLR Subscribers

No. of Attached VLR Subscribers

VLR_DATA:ATTSUB

MML:ATTSUB

HLR Subscribers in Own Network

HLR Subscribers in own network

SYSTEM_HLR_DATA:HOMESUB

MML:HOMESUB

HLR Subscribers in Other Network

HLR Subscribers in other network

SYSTEM_HLR_DATA:ONWSUB

MML:ONWSUB

HLR subscribers not Registered

HLR Subscribers not Registered

SYSTEM_HLR_DATA:UNKSUB

MML:UNKSUB

VLR Subscribers for Own HLR

VLR Subscribers from Own HLR

SYSTEM_VLR_DATA:HLRSUB

MML:HLRSUB

VLR Subscribers from Other HLR

VLR Subsribers from other HLR

SYSTEM_VLR_DATA:ONWSUB

MML:ONWSUB



MML:ATTSUB

Traffic Trend Chart, VLR

System Calling Minutes

SYSTEM_MSC_TRAFFTYPE a,SYSTEM_ADM b:(a.TRAFFIC_TRAFFIC * b.RPL)

STS_MTRAFTYPE a,STS_ADM b:((a.NTRALACC / a:NSCAN) * b.RPL)

Total Number of VLR Subscribers



Report Name Object Types

Performance Overview MSC STS_CHASSIGNTSTS_UPDLOCATSTS_LOCAREASTSTS_NBRMSCLSTSTS_BSCSTAT

Performance Overview BSC STS_RANDOMACCSTS_BSCSTS_CLSDCCHSTS_CLSDCCHOSTS_CELTCHFSTS_CELTCHHSTS_CLTCHSTS_LOASSTS_NCELLREL,OUTSTS_NECELLREL,OUTSTS_ADM

Infrastructure STS_PARSEINFRASTRUCTUREMML

Traffic Trend BSC Normal STS_CELTCHFSTS_CELTCHHSTS_CLSDCCHSTS_CLTCH

Traffic Trend BSC PEAK STS_CELTCHFSTS_CELTCHHSTS_CLSDCCHSTS_CLSDCCHOSTS_CLTCH

Subscriber Activity Profile MML

Route Performance OMS_TRAR

Traffic Dispersion OMS_TRDIP

Unsuccessful Calls STS_MTRAFTYPE

Handover Performance Per Cell, BSC STS_NCELLREL,OUT STS_NECELLREL,OUT STS_CELLCCHHOSTS_NCELLREL,INSTS_NECELLREL,IN

Handover Performance Per Cell Relation, BSC STS_NCELLRELSTS_NECELLRELSTS_NICELHOSTS_NECELHOSTS_NICELHOEXSTS_NECELHOEX

STS_NICELASSSTS_NECELASS

Intra-Cell Handover, BSC STS_CLEVENTISTS_CELTCHFSTS_CELTCHH

Intra-Cell Handover, CellSet STS_CLEVENTISTS_CELTCHFSTS_CELTCHH

Intra-Cell Handover Overview STS_CLEVENTISTS_CELTCHFSTS_CELTCHH

Inter BSC Handover Performance STS_NCELLRELSTS_NECELLREL

Handover Activity, BSC STS_NCELLRELSTS_NECELLRELSTS_NICELHOSTS_NECELHOSTS_NICELASSSTS_NECELASSSTS_NICELHOEXSTS_NECELHOEX

Handover Activity, Cell Set STS_NCELLRELSTS_NECELLRELSTS_NICELHOSTS_NECELHOSTS_NICELASSSTS_NECELASSSTS_NICELHOEXSTS_NECELHOEX

Handover Performance OL/UL, BSC STS_CELEVENTS

Handover Performance OL/UL, Cell Set STS_CELEVENTS

Handover Performance Overview, Cell Set STS_NCELLREL,OUTSTS_NECELLREL,OUT

Handover Performance Per Cell, Cell Set STS_NCELLREL,OUTSTS_NECELLREL,OUTSTS_CELLCCHHOSTS_NCELLREL,INSTS_NECELLREL,IN

Dropped Calls Cell, BSC STS_CLSDCCHSTS_CELLCCHDRSTS_CELLCCHHOSTS_CELTCHFSTS_CELTCHH

STS_NCELLREL,INSTS_NCELLREL,OUTSTS_CLTCHDRFSTS_CLTCHDRHSTS_ADM

Dropped Calls Overview STS_CLSDCCHSTS_CELLCCHDRSTS_CELTCHFSTS_CELTCHHSTS_NCELLREL,INSTS_NCELLREL,OUTSTS_CLTCHDRFSTS_CLTCHDRHSTS_CELLCCHHOSTS_ADM

Handover Performance per Cell Relation, Cell Set STS_NCELLREL

STS_NECELLRELSTS_NICELHOSTS_NECELHOSTS_NICELASSSTS_NECELASSSTS_NICELHOEXSTS_NECELHOEX

Dropped Calls Cell, Cell Set STS_CLSDCCHSTS_CELLCCHDRSTS_CELTCHFSTS_CELTCHHSTS_NCELLREL,INSTS_NCELLREL,OUTSTS_CLTCHDRFSTS_CLTCHDRHSTS_CELLCCHHOSTS_ADM

Dropped Calls Trend, BSC STS_CLSDCCHSTS_CELLCCHHOSTS_CELLCCHDRSTS_NCELLREL,INSTS_NCELLREL,OUTSTS_CELTCHFSTS_CELTCHHSTS_CLTCHDRFSTS_CLTCHDRHSTS_ADM

Dropped Calls Trend, Cell STS_CLSDCCHSTS_CELLCCHHOSTS_CELLCCHDRSTS_NCELLREL,INSTS_NCELLREL,OUT

STS_CELTCHFSTS_CELTCHHSTS_CLTCHDRFSTS_CLTCHDRHSTS_ADM

Dropped Calls Trend, Cell Set STS_CLSDCCHSTS_CELLCCHHOSTS_CELLCCHDRSTS_NCELLREL,INSTS_NCELLREL,OUTSTS_CELTCHFSTS_CELTCHHSTS_CLTCHDRFSTS_CLTCHDRHSTS_ADM

Random Access, BSC STS_RANDOMACCSTS_CLSDCCHSTS_CLSDCCHOSTS_RNDACCEXT

Performance Overview, Cell Set STS_RANDOMACCSTS_CLSDCCHSTS_CLSDCCHOSTS_CELTCHFSTS_CELTCHHSTS_CLTCHSTS_NCELLREL,INSTS_NCELLREL,OUTSTS_NECELLREL,OUTSTS_ADM

Radio Overview, BSC STS_RANDOMACCSTS_CLSDCCHSTS_CLSDCCHOSTS_RNDACCEXTSTS_CELLCCHDRSTS_CELTCHFSTS_CELTCHHSTS_CLTCHSTS_NCELLREL,INSTS_NCELLREL,OUTSTS_CLTCHDRFSTS_CLTCHDRHSTS_ADM

Radio Overview, Cell Set STS_RANDOMACCSTS_CLSDCCHSTS_CLSDCCHOSTS_RNDACCEXTSTS_CELLCCHDRSTS_CELTCHFSTS_CELTCHH

STS_CLTCHSTS_NCELLREL,INSTS_NCELLREL,OUTSTS_CLTCHDRFSTS_CLTCHDRHSTS_ADM

Radio Overview, MSC STS_CHASSIGNTSTS_UPDLOCATSTS_PAGING

Peak Hour Report STS_MTRAFTYPESTS_CELTCHFSTS_CELTCHHOMS_TRARMML

Radio Network Performance STS_CLSDCCHSTS_CLTCHSTS_CELLCCHHOSTS_CELTCHFSTS_CELTCHHSTS_NCELLREL,INSTS_NCELLREL,OUTSTS_DOWNTIMESTS_ADM

Switch Performance STS_PARSERESTARTSTS_DOWNTIME

Hardware Dimensioning BSC STS_CLSDCCHSTS_CLSDCCHOSTS_CLTCHSTS_CELTCHFSTS_CELTCHHSTS_CELLCONFSTS_ADM

Hardware Dimensioning Cell Set STS_CLSDCCHSTS_CLSDCCHOSTS_CLTCHSTS_CELTCHFSTS_CELTCHHSTS_CELLCONFSTS_ADM

Paging Statistics, MSC STS_PAGINGSTS_BSC

System performance Charts STS_RANDOMACCSTS_CLSDCCHSTS_CLSDCCHO

Traffic STS_MTRAFTYPE

Traffic Measurements On Routes MSC OMS_TRARSTS_ADM

Traffic Measurements On Routes Route Set ?

Call Setup Performance, BSC STS_CLSDCCHSTS_CLSDCCHOSTS_CLTCHSTS_CELTCHFSTS_CELTCHHSTS_ADM

Call Setup Performance Cell Set STS_CLSDCCHSTS_CLSDCCHOSTS_CLTCHSTS_CELTCHFSTS_CELTCHHSTS_ADM

Call Setup Performance Overview STS_CLSDCCHSTS_CLSDCCHOSTS_CLTCHSTS_CELTCHFSTS_CELTCHHSTS_ADM

Traffic Trend Cell Set Normal STS_CELTCHFSTS_CELTCHHSTS_CLSDCCHSTS_CLTCH

Traffic Trend Cell Set PEAK STS_CELTCHFSTS_CELTCHHSTS_CLSDCCHSTS_CLTCH

Traffic Trend, Routes ?

GPRS Performance Overview STS_BSCGPRS

GPRS Performance BSC STS_CELLGPRS

Speech Quality, Chart STS_CELLSQI

Speech Quality Worst Cells STS_CELLSQI

Speech Quality, Exceptions STS_CELLSQI

Dual Band Mobile Performance Cell, BSC STS_CELLDUALT STS_CELTCHFSTS_CELTCHHSTS_ADM

Dual Band Mobile Performance Cell, CellSet STS_CELLDUALT STS_CELTCHFSTS_CELTCHHSTS_ADM

Dual Band Performance Trend Cell STS_CELLDUALT STS_CELTCHFSTS_CELTCHHSTS_ADM

Dual Band Mobile Performance Trend Cell Set STS_CELLDUALT STS_CELTCHFSTS_CELTCHHSTS_ADM

CP Load STS_LOASSTS_MTRAFTYPESTS_CELTCHFSTS_CELTCHH

Location Update, MSC STS_UPDLOCAT

Paging Statistics and Location Updating STS_LOCAREASTSTS_UPDLOCATSTS_SECHAND

Overlaid & Underlaid Subcells BSC STS_CELTCHFSTS_CELTCHHSTS_CLSDCCHSTS_CLTCHSTS_ADM

Overlaid & Underlaid Subcells Cell Set STS_CELTCHFSTS_CELTCHHSTS_CLSDCCHSTS_CLTCHSTS_ADM

Calls and Answers STS_MTRAFTYPE

Congestion STS_MTRAFTYPE

Through Connect Calls STS_MTRAFTYPE

Call Rejection Exceptions STS_MTRAFTYPE

Subscriber Info STS_MTRAFTYPEMMLSTS_ADM

Object Type Report Name

STS_CHASSIGNT Performance Overview MSCRadio Overview, MSC

STS_UPDLOCAT Performance Overview MSCRadio Overview, MSCLocation Update, MSCPaging Statistics and Location Updating

STS_LOCAREAST Performance Overview MSCPaging Statistics and Location Updating

STS_NBRMSCLST Performance Overview MSC

STS_BSCSTAT Performance Overview MSC

STS_RANDOMACC Performance Overview BSCRandom Access, BSCPerformance Overview, Cell SetRadio Overview, BSCRadio Overview, Cell SetSystem performance Charts

STS_BSC Performance Overview BSCPaging Statistics, MSC

STS_CLSDCCH Performance Overview BSCTraffic Trend BSC NormalTraffic Trend BSC PEAKDropped Calls Cell, BSCDropped Calls OverviewDropped Calls Cell, Cell SetDropped Calls Trend, BSCDropped Calls Trend, CellDropped Calls Trend, Cell SetRandom Access, BSCPerformance Overview, Cell SetRadio Overview, BSCRadio Overview, Cell SetRadio Network PerformanceHardware Dimensioning BSCHardware Dimensioning Cell SetSystem performance ChartsCall Setup Performance, BSCCall Setup Performance Cell SetCall Setup Performance OverviewTraffic Trend Cell Set NormalTraffic Trend Cell Set PEAKOverlaid & Underlaid Subcells BSCOverlaid & Underlaid Subcells Cell Set

STS_CLSDCCHO Performance Overview BSCTraffic Trend BSC PEAK

Random Access, BSCPerformance Overview, Cell SetRadio Overview, BSCRadio Overview, Cell SetHardware Dimensioning BSCHardware Dimensioning Cell SetSystem performance ChartsCall Setup Performance, BSCCall Setup Performance Cell SetCall Setup Performance Overview

STS_CELTCHF Performance Overview BSCTraffic Trend BSC NormalTraffic Trend BSC PEAKIntra-Cell Handover, BSCIntra-Cell Handover, CellSetIntra-Cell Handover OverviewDropped Calls Cell, BSCDropped Calls OverviewDropped Calls Cell, Cell SetDropped Calls Trend, BSCDropped Calls Trend, CellDropped Calls Trend, Cell SetPerformance Overview, Cell SetRadio Overview, BSCRadio Overview, Cell SetPeak Hour ReportRadio Network PerformanceHardware Dimensioning BSCHardware Dimensioning Cell SetCall Setup Performance, BSCCall Setup Performance Cell SetCall Setup Performance OverviewTraffic Trend Cell Set NormalTraffic Trend Cell Set PEAKDual Band Mobile Performance Cell, BSCDual Band Mobile Performance Cell, CellSetDual Band Performance Trend CellDual Band Mobile Performance Trend Cell Set CP LoadOverlaid & Underlaid Subcells BSCOverlaid & Underlaid Subcells Cell Set

STS_CELTCHH Performance Overview BSCTraffic Trend BSC NormalTraffic Trend BSC PEAKIntra-Cell Handover, BSCIntra-Cell Handover, CellSetIntra-Cell Handover OverviewDropped Calls Cell, BSCDropped Calls OverviewDropped Calls Cell, Cell SetDropped Calls Trend, BSCDropped Calls Trend, Cell

Dropped Calls Trend, Cell SetPerformance Overview, Cell SetRadio Overview, BSCRadio Overview, Cell SetPeak Hour ReportRadio Network PerformanceHardware Dimensioning BSCHardware Dimensioning Cell SetCall Setup Performance, BSCCall Setup Performance Cell SetCall Setup Performance OverviewTraffic Trend Cell Set NormalTraffic Trend Cell Set PEAKDual Band Mobile Performance Cell, BSCDual Band Mobile Performance Cell, CellSetDual Band Performance Trend CellDual Band Mobile Performance Trend Cell Set CP LoadOverlaid & Underlaid Subcells BSCOverlaid & Underlaid Subcells Cell Set

STS_CLTCH Performance Overview BSCTraffic Trend BSC NormalTraffic Trend BSC PEAKPerformance Overview, Cell SetRadio Overview, Cell SetRadio Overview, BSCRadio Network PerformanceHardware Dimensioning BSCHardware Dimensioning Cell SetCall Setup Performance, BSCCall Setup Performance Cell SetCall Setup Performance OverviewTraffic Trend Cell Set NormalTraffic Trend Cell Set PEAKOverlaid & Underlaid Subcells BSCOverlaid & Underlaid Subcells Cell Set

STS_LOAS Performance Overview BSCCP Load

STS_NCELLREL,OUT Performance Overview BSCHandover Performance Per Cell, BSCHandover Performance Overview, Cell SetHandover Performance Per Cell, Cell SetDropped Calls Cell, BSCDropped Calls OverviewDropped Calls Cell, Cell SetDropped Calls Trend, BSCDropped Calls Trend, CellDropped Calls Trend, Cell SetPerformance Overview, Cell SetRadio Overview, BSCRadio Overview, Cell Set

Radio Network PerformanceHandover Performance Per Cell Relation, BSCInter BSC Handover PerformanceHandover Activity, BSCHandover Activity, Cell SetHandover Performance per Cell Relation, Cell Set

STS_NECELLREL,OUT Performance Overview BSCHandover Performance Overview, Cell SetHandover Performance Per Cell, Cell SetPerformance Overview, Cell SetHandover Performance Per Cell Relation, BSCInter BSC Handover PerformanceHandover Activity, BSCHandover Activity, Cell SetHandover Performance per Cell Relation, Cell Set

STS_PARSEINFRASTRUCTURE Infrastructure

OMS_TRDIP Traffic Dispersion

STS_MTRAFTYPE Unsuccessful CallsPeak Hour ReportTrafficCP LoadCalls and AnswersCongestionThrough Connect CallsCall Rejection ExceptionsSubscriber InfoHandover Performance Per Cell, BSC

STS_CELLCCHHO Handover Performance Per Cell, BSCHandover Performance Per Cell, Cell SetDropped Calls Cell, BSCDropped Calls OverviewDropped Calls Cell, Cell SetDropped Calls Trend, BSCDropped Calls Trend, CellDropped Calls Trend, Cell SetRadio Network Performance

STS_NCELLREL,IN Handover Performance Per Cell, BSCHandover Performance Per Cell, Cell SetDropped Calls Cell, BSCDropped Calls OverviewDropped Calls Cell, Cell SetDropped Calls Trend, BSCDropped Calls Trend, CellDropped Calls Trend, Cell SetPerformance Overview, Cell SetRadio Overview, BSCRadio Overview, Cell SetRadio Network Performance

Handover Performance Per Cell Relation, BSCInter BSC Handover PerformanceHandover Activity, BSCHandover Activity, Cell SetHandover Performance per Cell Relation, Cell Set

STS_NECELLREL,IN Handover Performance Per Cell, BSCHandover Performance Per Cell, Cell SetHandover Performance Per Cell Relation, BSCInter BSC Handover PerformanceHandover Activity, BSCHandover Activity, Cell SetHandover Performance per Cell Relation, Cell Set

STS_NICELHO Handover Performance Per Cell Relation, BSCHandover Activity, BSCHandover Activity, Cell SetHandover Performance per Cell Relation, Cell Set

STS_NECELHO Handover Performance Per Cell Relation, BSCHandover Activity, BSCHandover Activity, Cell SetHandover Performance per Cell Relation, Cell Set

STS_NICELHOEX Handover Performance Per Cell Relation, BSCHandover Activity, BSCHandover Activity, Cell SetHandover Performance per Cell Relation, Cell Set

STS_NECELHOEX Handover Performance Per Cell Relation, BSCHandover Activity, BSCHandover Activity, Cell SetHandover Performance per Cell Relation, Cell Set

STS_NICELASS Handover Performance Per Cell Relation, BSCHandover Activity, BSCHandover Activity, Cell SetHandover Performance per Cell Relation, Cell Set

STS_NECELASS Handover Performance Per Cell Relation, BSCHandover Activity, BSCHandover Activity, Cell SetHandover Performance per Cell Relation, Cell Set

STS_CLEVENTI Intra-Cell Handover, BSCIntra-Cell Handover, CellSetIntra-Cell Handover Overview

STS_CELEVENTS Handover Performance OL/UL, BSCHandover Performance OL/UL, Cell Set

STS_CELLCCHDR Dropped Calls Cell, BSCDropped Calls OverviewDropped Calls Cell, Cell Set

Dropped Calls Trend, BSCDropped Calls Trend, CellDropped Calls Trend, Cell SetRadio Overview, BSCRadio Overview, Cell Set

STS_CLTCHDRF Dropped Calls Cell, BSCDropped Calls OverviewDropped Calls Cell, Cell SetDropped Calls Trend, BSCDropped Calls Trend, CellDropped Calls Trend, Cell SetRadio Overview, BSCRadio Overview, Cell Set

STS_CLTCHDRH Dropped Calls Cell, BSCDropped Calls OverviewDropped Calls Cell, Cell SetDropped Calls Trend, BSCDropped Calls Trend, CellDropped Calls Trend, Cell SetRadio Overview, BSCRadio Overview, Cell Set

STS_RNDACCEXT Random Access, BSCRadio Overview, BSCRadio Overview, Cell Set

STS_PAGING Radio Overview, MSCPaging Statistics, MSC

STS_DOWNTIME Radio Network PerformanceSwitch Performance

STS_PARSERESTART Switch Performance

STS_CELLCONF Hardware Dimensioning BSCHardware Dimensioning Cell Set

STS_BSCGPRS GPRS Performance Overview

STS_CELLGPRS GPRS Performance BSC

STS_CELLSQI Speech Quality, ChartSpeech Quality Worst CellsSpeech Quality, Exceptions

STS_CELLDUALT Dual Band Mobile Performance Cell, BSCDual Band Mobile Performance Cell, CellSetDual Band Performance Trend CellDual Band Mobile Performance Trend Cell Set

STS_SECHAND Paging Statistics and Location Updating

OMS_TRAR Route PerformancePeak Hour ReportTraffic Measurements On Routes MSC

STS_ADM Performance Overview BSCDropped Calls Cell, BSCDropped Calls OverviewDropped Calls Cell, Cell SetDropped Calls Trend, BSCDropped Calls Trend, CellDropped Calls Trend, Cell SetPerformance Overview, Cell SetRadio Overview, BSCRadio Overview, Cell SetRadio Network PerformanceHardware Dimensioning BSCHardware Dimensioning Cell SetTraffic Measurements On Routes MSCCall Setup Performance, BSCCall Setup Performance Cell SetCall Setup Performance OverviewDual Band Mobile Performance Cell, BSCDual Band Mobile Performance Cell, CellSetDual Band Performance Trend CellDual Band Mobile Performance Trend Cell Set Overlaid & Underlaid Subcells BSCOverlaid & Underlaid Subcells Cell SetSubscriber Info

MML Infrastructure Subscriber Activity ProfilePeak Hour ReportSubscriber Info

Documents

STS Formulas (Version 1)