FORMULA
DESCRIPTION
TRAFFIC:
TF_TRAFF
TCH Traffic FR
TH_TRAFF
TCH Traffic HR
T_TRAFF
Total Traffic per cell
S_TRAFF
SDCCH Traffic
TCH_UTIL
TCH Utilization
S_UTIL
SDCCH Utilization
P_UTIL
PDCH Utilization
TF_MEANH
TCH Mean Holding Time FR
TH_MEANH
TCH Mean Holding Time HR
S_MEANH
SDCCH Mean Holding Time
CALL_MHT
Call Mean Holding Time
N_CALLS
The total number of terminated calls in a cell
I_CALLS
Number of initiated calls in a cell,
AVAILABILITY:
T_AVAIL
TCH Availability
T_AVAIL
TCH Availability Percentage(Available TCHs of Total Number of Defined TCHs)
S_AVAIL
SDCCH Availability
T_DWN
TCH Downtime
CSSR:
S_EST
SDCCH Establishment
T_AS_SUC
TCH Assignment Success Rate
CONGESTION:
S_BLCK
SDCCH Congestion/Blocking
T_BLCK
TCH Congestion/Blocking
S_CONGT
SDCCH Time Congestion
T_CONGT
TCH Time Congestion
T_CONG
Subscriber Perceived TCH Congestion.
SIG_CONGT
Signalling Connection Setup Time Congestion for Procedures that Require a TCH
DROP CALL RATE:
S_DR
SDCCH Drop Call Rate
S_DR_TA
Dropped SDCCH Connections due to Excessive TA
S_DR_SS
Dropped SDCCH Connections due to Low SS
S_DR_BQ
Dropped SDCCH Connections due to Bad Quality
S_DR_OTH
Dropped SDCCH Connections due to Other Reasons
T_DR
TCH Drop Call Rate
T_DR_CLM
Average time period between TCH drops in minutes.
T_DR_TA
Dropped TCH Connections due to Excessive TA
T_DR_SS
Dropped TCH Connections due to Low SS
T_DR_BQ
Dropped TCH Connections due to Bad Quality
T_DR_OTH
Dropped TCH Connections due to Other Reasons
TN_DROP
Total Number of Drops on TCH
T_DR_S
Subscriber Perceived Drop Rate on TCH
HANDOVER:
H_SUC
Handover Success Rate(Total)
HO_LOST
Lost Handovers over Total Handover Commands
H_SUC_UTRAN
GSM to UTRAN Handover Success Rate
H_LOST_UTRAN
GSM to UTRAN Handover Lost Rate
SUMOHOSUCC
Sum of Successful Internal Handovers (Outgoing Handover)
SUMOABSUCC
Sum of Successful Internal Assignment Handovers to Better Cell (Outgoing Handover)
SUMOAWSUCC
Sum of Successful Internal Assignment Handovers to Worse Cell (Outgoing
Handover)
SUMIHOSUCC
Sum of Successful Internal Handovers (Incoming Handover)
SUMIABSUCC
Sum of Successful Internal Assignment Handovers to Better Cell (Incoming Handover)
SUMIAWSUCC
Sum of Successful Internal Assignment Handovers to Worse Cell (Incoming
Handover)
SUMEIHOSUCC
Sum of Successful External Handovers (Incoming Handover)
SUMEIABSUCC
Sum of Successful External Assignment Handovers to Better Cell (Incoming
Handover)
SUMEIAWSUCC
Sum of Successful Internal Assignment Handovers to Worse Cell (Incoming
Handover)
SUMEOHOSUCC
Sum of Successful External Handovers (Outgoing Handover)
SUMEOABSUCC
Sum of Successful External Assignment Handovers to Better Cell (Outgoing
Handover)
SUMEOAWSUCC
Sum of Successful External Assignment Handovers to Worse Cell (Outgoing
Handover)
SUMOHOATT
Sum of Internal Handover Attempts (Outgoing Handover)
SUMEOHOATT
Sum of External handover Attempts (Outgoing Handover)
SUMOHOLOST
Sum of MS Lost Internal Handovers (Outgoing Handover)
SUMEOHOLOST
Sum of MS Lost External Handovers (Outgoing Handover)
Sum of the counter HOVERCNTUTRAN over all GSM to UTRAN cell relations
SUMHOVERCNTUTRAN (outgoing handover)
Sum of the counter HOVERSUCUTRAN over all GSM to UTRAN cell relations
SUMHOVERSUCUTRAN (outgoing handover)
SUMHOLOSTUTRAN
SIGNAL QUALITY:
Sum of HOVERCNTUTRAN - HOVERSUCUTRAN - HORTTOCHUTRAN over all
GSM to UTRAN cell relations (outgoing handover)
SQI_GOOD
Good Speech Quality Index Percentage
SQI_ACCPT
Accepted Speech Quality Index Percentage
SQI_BAD
Bad Speech Quality Index Percentage
INTERFERENCE:
INTRF_OUT1
Interference of Idle TCH/F Out of Band 1
INTRF_OUT2
Interference of Idle TCH/F Out of Band 2
INTRF_OUT3
Interference of Idle TCH/F Out of Band 3
INTRF_OUT4
Interference of Idle TCH/F Out of Band 4
INFRASTRACTURE
NOBSC
Number of BSC
NOTCH
Number of TCH
NOTRX
Number of TRX
NOSITE
Number of SITE
NOCELL
Number of CELLS
EXPRESSION
TFTRALACC/TFNSCAN
THTRALACC/THNSCAN
(TFTRALACC/TFNSCAN)+(THTRALACC/THNSCAN)
CTRALACC/CNSCAN
100*((TFTRALACC/TFNSCAN)+(THTRALACC/THNSCAN))*TAVASCAN/TAVAACC
100*(CTRALACC*CAVASCAN)/(CNSCAN*CAVAACC)
100*(ALLPDCHACTACC / ALLPDCHACC)
60*(TFTRALACC/TFNSCAN)*PERLEN/TFMSESTB
60*(THTRALACC/THNSCAN)*PERLEN/THMSESTB
60*(CTRALACC/CNSCAN)*PERLEN/CMSESTAB
60*(TFTRALACC*PERLEN)/(TFNSCAN*TFCASSALL)
I_CALLS + Inc(AB+AW) - Outg(AB+AW)
TFCASSALL+TFCASSALLSUB+THCASSALL+THCASSALLSUB
TAVAACC/TAVASCAN
100*TAVAACC/(TAVASCAN*TNUCHCNT)
CAVAACC/CAVASCAN
100*TDWNACC/TDWNSCAN
100*CMSESTAB/(CCALLS-(CCONGS+CCONGSSUB))
100 * (TFCASSALL + THCASSALL + TFCASSALLSUB + THCASSALLSUB) / TASSALL
100*CCONGS/CCALLS
100*(TFCONGSAS+TFCONGSHO)/TFCALLS
100*CTCONGS/(PERLEN*60)
100*TFTCONGS/(PERLEN*60)
100 * (CNRELCONG +(TFNRELCONG + THNRELCONG +TFNRELCONGSUB + THNRELCONGSUB)) /
TASSALL - Inc(AB+AW) + Outg(AB+AW)
100*CSCSTCONG/(PERLEN*60)
100*(CNDROP-CNRELCONG)/CMSESTAB
100*CDISTA/CNDROP
100*CDISSS/CNDROP
100*CDISQA/CNDROP
100*(CNDROP-CDISTA-CDISSS-CDISQA)/CNDROP
100*(TFNDROP+TFNDROPSUB+THNDROP+THNDROPSUB) / [(TFCASSALL+TFCASSALLSUB+
THCASSALL+THCASSALLSUB) + (SUMIHOSUCC-SUMAIBSUCC-SUMIAWSUCC) - (SUMOHOSUCCSUMOABSUCC-SUMOAWSUCC) +(SUMEIHOSUCC-SUMEIABSUCC-SUMEIAWSUCC) - (SUMEOHOSUCCSUMEOABSUCC-SUMEOAWSUCC)]
[PERLEN*(TFTRALACC/TFNSCAN)+(THTRALACC/THNSCAN)] /
(TFNDROP+TFNDROPSUB+THNDROP+THNDROPSUB)
100*TFDISTA/TFNDROP
100*(TFDISSDL+TFDISSUL+TFDISSBL)/TFNDROP
100*(TFDISQADL+TFDISQAUL+TFDISQABL)/TFNDROP
100*(TFNDROP-TFDISTA-TFDISSDL-TFDISSUL-TFDISSBL-TFDISQADL-TFDISQAUL-TFDISQABL)/TFNDROP
TFNDROP + TFNDROPSUB + THNDROP + THNDROPSUB
100*TN_DROP/N_CALLS
100*(SUMOHOSUCC+SUMEOHOSUCC) / (SUMOHOATT + SUMEOHOATT)
100*(HOVERCNT - HOVERSUC - HORTTOCH)/HOVERCNT
100*SUMHOSUCUTRAN / SUMHOVERCNTUTRAN
100*SUMHOLOSTUTRAN / SUMHOVERCNTUTRAN
NCELLREL*HOVERSUC
NICELASS*HOSUCBCL
NICELASS*HOSUCWCL
NCELLREL*HOVERSUC
NICELASS*HOSUCBCL
NICELASS*HOSUCWCL
NECELLREL*HOVERSUC
NECELASS*HOSUCBCL
NECELASS*HOSUCWCL
NECELLREL*HOVERSUC
NECELASS*HOSUCBCL
NECELASS*HOSUCWCL
NCELLREL*HOVERCNT
NECELLREL*HOVERCNT
NCELLREL*HOVERCNT - NCELLREL*HORTTOCH - NCELLREL*HOVERSUC
NECELLREL*HOVERCNT - NECELLREL*HORTTOCH - NECELLREL*HOVERSUC
NUCELLREL*HOVERCNT
NUCELLREL*HOVERSUC
NUCELLREL*HOVERCNT - NUCELLREL*HORTTOCH - NUCELLREL*HOVERSUC
100*TSQIGOOD/(TSQIGOOD+TSQIACCPT+TSQIBAD)
100*TSQIACCPT/(TSQIGOOD+TSQIACCPT+TSQIBAD)
100*TSQIBAD/(TSQIGOOD+TSQIACCPT+TSQIBAD)
100*(1-(ITFUSIB1/(ITFUSIB1+ITFUSIB2+ITFUSIB3+ITFUSIB4+ITFUSIB5)))
100*(1-((ITFUSIB1+ITFUSIB2)/(ITFUSIB1+ITFUSIB2+ITFUSIB3+ITFUSIB4+ITFUSIB5)))
100*(1-((ITFUSIB1+ITFUSIB2+ITFUSIB3)/(ITFUSIB1+ITFUSIB2+ITFUSIB3+ITFUSIB4+ITFUSIB5)))
100*(1-((ITFUSIB1+ITFUSIB2+ITFUSIB3+ITFUSIB4)/(ITFUSIB1+ITFUSIB2+ITFUSIB3+ITFUSIB4+ITFUSIB5)))
OBJECT TYPES
RANDOMACC
RNDACCEXT
CLSDCCH,
CLSDCCHO
COUNTERS
CELL
DATE
DATE2
PERLEN
EXCHID
CNROCNT
RAACCFA
RAEMCAL
RACALRE
RAANPAG
RAOSREQ
RAOTHER
RATRHFAEMCAL
RATRHFAOTHER
RATRHFAREG
RACALR1
RACALR2
RAAPAG1
RAAPAG2
RAAPOPS
RAORSPE
RAORDAT
CCALLS
CCONGS
CTCONGS
CTRALACC
CNSCAN
CNDROP
CNUCHCNT
CAVAACC
CAVASCAN
CMSESTAB
CNRELCONG
CCALLSSUB
CCONGSSUB
CTCONSUB
CTRALSUB
CNSCANSUB
CNUCHSUB
CAVASUB
CAVASCANSUB
CMSESTABSUB
CNRELCONGSUB
CDISQA
CDISSS1
CELLCCHDR
CLTCH
CELTCHF
CDISSS2
CDISSS3
CDISSS4
CDISSS5
CDISTA
CDISQASUB
CDISSS
CDISSSSUB
TNUCHCNT
TNUCHSUB
TAVAACC
TAVASCAN
TAVASUB
TAVASCANSUB
TASSALL
TCASSALL
NONAVFCH
NONAVHCH
TASSATT
TCHSIG
TFNDROP
TFCASSALL
TFMSESTB
TFMSESTBSUB
TFCALLS
TFCALLSSUB
TFTCONGS
TFTCONSUB
TFTRALACC
TFNSCAN
TFTRALSUB
TFNDROPSUB
TFCASSALLSUB
TFCONGSAS
TFCONGSASSUB
TFCONGSHO
TFCONGSHOSUB
TFNRELCONG
TFNRELCONGSUB
TFTHARDCONGS
TFTHARDCONGSSUB
TFNCEDROP
TFNCEDROPSUB
THNDROP
THCASSALL
THMSESTB
CELTCHH
CELEVENTD
CLTCHDRF
CLSMS
THMSESTBSUB
THCALLS
THCALLSSUB
THTCONGS
THTCONSUB
THTRALACC
THNSCAN
THTRALSUB
THNDROPSUB
THCASSALLSUB
THCONGSAS
THCONGSASSUB
THCONGSHO
THCONGSHOSUB
THNRELCONG
THNRELCONGSUB
THTHARDCONGS
THTHARDCONGSSUB
THNCEDROP
THNCEDROPSUB
DISNORM
DISBQA
DISBSS
DISETA
TFDISTA
TFDISSS1
TFDISSS2
TFDISSS3
TFDISSS4
TFDISSS5
TFSUDLOS
TFSUDLOSSUB
TFDISSDL
TFDISSDLSUB
TFDISSUL
TFDISSULSUB
TFDISSBL
TFDISSBLSUB
TFDISQADL
TFDISQADLSUB
TFDISQAUL
TFDISQAULSUB
TFDISQABL
TFDISQABLSUB
CSMSDWN
CSMSUP
CLSMS
CELLSQI
IDLEUTCHF
CELLCONF
DOWNTIME
CELLCCHHO
CELEVENTI
CELEVENTH
CELEVENTS
NCELLREL,
NECELLREL
NICELASS,
NECELASS
NICELHO,
TSMSDWN
TSMSUP
TSQIGOOD
TSQIGOODSUB
TSQIACCPT
TSQIACCPTSUB
TSQIBAD
TSQIBADSUB
NOACCUF
ITFUSIB1
ITFUSIB2
ITFUSIB3
ITFUSIB4
ITFUSIB5
CONFATTC
CONFATTT
TDWNACC
BDWNACC
TDWNSCAN
CCHHOCNT
CCHHOSUC
CCHHOTOCH
HOINUQA
HOINDQA
HOINBQA
HOINSUC
HOINBOCH
CLSTIME
TOTCLSTIME
HOATTLS
HOSUCLS
HOATTBL
HOSUCBL
HOAATUL
HOSUCUL
HOAATOL
HOSUCOL
HOVERCNT
HOVERSUC
HORTTOCH
HOASBCL
HOASWCL
HOSUCBCL
HOSUCWCL
HOTOLCL
HOTOKCL
NICELHO,
NECELHO
NICELHOEX,
NECELHOEX
HOUPLQA
HODWNQA
HOEXCTA
HODUPFT
HOTOHCS
HOATTLSS
HOATTHSS
HOATTHR
HOSUCHR
SUMOHOSUCC
SUMOABSUCC
SUMOAWSUCC
SUMIHOSUCC
SUMIABSUCC
SUMIAWSUCC
SUMEIHOSUCC
SUMEIABSUCC
SUMEIAWSUCC
SUMEOHOSUCC
SUMEOABSUCC
SUMEOAWSUCC
SUMOHOATT
SUMEOHOATT
SUMOHOLOST
SUMEOHOLOST
SUMHOVERCNTUTRAN
SUMHOVERSUCUTRAN
SUMHOLOSTUTRAN
NCELLREL
NICELASS
NECELLREL
CELLGPRS
NECELASS
ALLPDCHACC
ALLPDCHACTACC
ALLPDCHSCAN
DESCRIPTION
Cell Name
Date with specified time
Date only
Measurement PERiod LENgth in minutes used in STS
BSC Name
Total Accepted Random Accesses
Total FAiled RAndom ACCess Attempts
Number of random accesses, Emergency call
Number of random accesses, Call reestablishment
Number of random accesses, Answer to paging
Number of random accesses, Other service request
Number of random accesses, All other cases
Number of rejected CHANNEL REQUIRED in TRH with establishment cause "Emergency call"
Number of rejected CHANNEL REQUIRED in TRH which are not included in RATRHFAEMCAL, RATRHFAREG and RATRHFAANPAG
Number of rejected CHANNEL REQUIRED in TRH with establishment cause "Location Update"
Number of random accesses, Call reestablishment. TCH/H was in use, and the network sets the NECI bit to 1.
Number of random accesses, Call reestablishment TCH/H+TCH/H was in use, and the network sets the NECI bit to 1.
Number of random accesses, Answer to paging. Channel needed = TCH/F MS capability = Dual rate
Number of random accesses, Answer to paging. Channel needed = TCH/H or TCH/F MS capability = Dual rate
Number of random accesses, Answer to paging or other procedures that can be completed with an SDCCH
Number of random accesses, Originating speech call from dual rate MS when TCH/H is sufficient and the network sets the NECI bit to 1.
Number of random accesses, Originating data call from dual rate MS when TCH/H is sufficient and the network sets the NECI bit to 1.
Total SDCCH Seizure Attempts
Congestion Counter for Underlaid Subcell. Stepped each time an allocation attempt fails due to SDCCH congestion.
Congestion Time counter for Underlaid Subcell. Stepped each second all available SDCCH channels are busy.
Traffic Level Accumulator for SDCCH
No. of Accumulations of Traffic Level Counter for SDCCH
Total number of dropped SDCCH channels in a cell.
Total number of defined SDCCH channels
Available BPC for SDCCH Accumulator
No. of Accumulations of Available BPC for SDCCH
Successful MS establishment on SDCCH
No. of released connections on SDCCH due to TCH or Transcoder congestion. CNDROP is stepped at the same time.
Call attempt counter for overlaid subcell
Congestion counter for overlaid subcell
SDCCH congestion time for overlaid subcell
Traffic level counter accumulator for overlaid subcell
Number of accumulations of SDCCH traffic level counter for overlaid subcell
Number of defined channels in overlaid subcell
Available channels accumulator for overlaid subcell
Number of accumulations of available channels counter for overlaid subcell
Successful MS channel establishment on SDCCHs for overlaid subcell
Number of SDCCH released due to radio resource congestion for overlaid subcell
Dropped SDCCH connection at bad quality DL/UL per cell in underlaid subcell.
Dropped connections for power class 1 MSs, at low signal strength down or up link
TYPE
Random Access
Measurements per Cell
Traffic Measurements for
SDCCH per Cell
Dropped connections for power class 2 MSs, at low signal strength down or up link
Dropped connections for power class 3 MSs, at low signal strength down or up link
Dropped connections for power class 4 MSs, at low signal strength down or up link
Dropped connections for power class 5 MSs, at low signal strength down or up link
Dropped SDCCH connection at excessive Timing Advance.
Dropped connections at bad quality down or up link per overlaid subcell
Dropped connections at low signal strength down or up link per cell
Dropped connections at low signal strength down or up link per overlaid subcell
Total defined TCH Channels FR and HR underlaid
Total defined TCH Channels FR and HR overlaid
Available BPC for Traffic Channels Accumulator
No. of Accumulations of Available BPC for Traffic Channels Counter
Available BPCs for traffic channels accumulator for overlaid subcell
Number of accumulations of available BPCs for traffic channels counter for overlaid subcell
No. of first assignment attempts on TCH for all MS power classes. Successful attempts are counted in the target cell and failed attempts are counted in the serving cell.
Assignment complete for all MS power classes
Number of attempts to allocate channels of TCH/F type when no channels of that type are defined
Number of attempts to allocate channels of TCH/H type when no channels of that type are defined
No. of first assignment attempts on TCH for all MS power classes. Both successful and unsuccessful attempts are counted in the target cell.
Number of TCH connections for signalling
Total number of dropped full-rate TCH in underlaid subcell due to failure.
No. of assignment complete messages for all MS power classes in underlaid subcell
Successful MS establishment on TCH Full-Rate
Successful MS channel establishment on TCHs for overlaid subcell
Total TCH-FR Seizure Attempts in underlaid cell. Call Attempt counter
Call attempt counter for overlaid subcell.
Congestion time counter for Underlaid Subcell. The counter is not started until an allocation attempt fails due to congestion.
TCH congestion time for overlaid subcell
Traffic Level Accumulator for Full-Rate TCH
No. of Accumulations of Traffic Level Counter for Full-Rate TCH
TCH traffic level accumulated in overlaid subcell.
Dropped connections in overlaid subcell due to failure
Assignment complete in overlaid subcell for all MS power classes
No. of congestion at assignment or immediate assignment in underlaid subcell.
Number of congestion at assignment in overlaid subcell
No. of congestion at incoming handover in underlaid subcell.
Number of congestion at handover in overlaid subcell
No. of released signalling TCH connections due to transcoder resource congestion at immediate assignment on TCH. TFNDROP is stepped at the same time.
Number of released TCH due to radio resource congestion in overlaid subcell
Counts the time when all radio resources are occupied (hard congestion)
Counts the time when all radio resources are occupied (hard congestion) in the overlaid subcell
Dropped connections due to failure that occur when a subscriber to subscriber connection is established.
Dropped connections due to failure that occur in the overlaid subcell when a subscriber to subscriber connection is established.
Total number of dropped full-rate TCH in underlaid subcell due to failure.
No. of assignment complete messages for all MS power classes in underlaid subcell
Successful MS establishment on TCH Full-Rate
Measurements for
Dropped Connections on
SDCCH per Cell
Traffic Measurements for
TCH per Cell
Measurements for Traffic
Channels for Full Rate
Connections per Cell
Successful MS channel establishment on TCHs for overlaid subcell
Total TCH-FR Seizure Attempts in underlaid cell. Call Attempt counter
Call attempt counter for overlaid subcell.
Congestion time counter for Underlaid Subcell. The counter is not started until an allocation attempt fails due to congestion.
TCH congestion time for overlaid subcell
Traffic Level Accumulator for Full-Rate TCH
No. of Accumulations of Traffic Level Counter for Full-Rate TCH
TCH traffic level accumulated in overlaid subcell.
Dropped connections in overlaid subcell due to failure
Assignment complete in overlaid subcell for all MS power classes
No. of congestion at assignment or immediate assignment in underlaid subcell.
Number of congestion at assignment in overlaid subcell
No. of congestion at incoming handover in underlaid subcell.
Number of congestion at handover in overlaid subcell
No. of released signalling TCH connections due to transcoder resource congestion at immediate assignment on TCH. TFNDROP is stepped at the same time.
Number of released TCH due to radio resource congestion in overlaid subcell
Counts the time when all radio resources are occupied (hard congestion)
Counts the time when all radio resources are occupied (hard congestion) in the overlaid subcell
Dropped connections due to failure that occur when a subscriber to subscriber connection is established.
Dropped connections due to failure that occur in the overlaid subcell when a subscriber to subscriber connection is established.
Normal Disconnection
Normal Disconnection at Bad Quality
Normal Disconnection at low Signal Strength
Normal Disconnection at excessive Timing Advance
Total number of dropped full-rate TCH connections due to excessive TA.
Dropped connections for classmark 1 MSs, at low signal strength downlink or uplink
Dropped connections for classmark 2 MSs, at low signal strength downlink or uplink
Dropped connections for classmark 3 MSs, at low signal strength downlink or uplink
Dropped connections for classmark 4 MSs, at low signal strength downlink or uplink
Dropped connections for classmark 5 MSs, at low signal strength downlink or uplink
Sudden Loss of connection in underlaid subcell.
Sudden Loss of connection in overlaid subcell.
Total number of dropped full-rate TCH connections due to low signal strength on DL in underlaid subcell.
Dropped connections at low signal strength downlink in overlaid subcell
Total number of dropped full-rate TCH connections due to Low Signal Strength on UL in underlaid subcell.
Dropped connections at low signal strength uplink in overlaid subcell
Total number of dropped full-rate TCH connections due to Low Signal Strength on Both Links in underlaid subcell.
Dropped connections at low signal strength in both directions in overlaid subcell
Total number of dropped full-rate TCH connections due to Bad Quality on DL in underlaid subcell.
Dropped connections at bad quality downlink in overlaid subcell
Total number of dropped full-rate TCH connections due to Bad Quality on UL in underlaid subcell.
Dropped connections at bad quality uplink in overlaid subcell
Total number of dropped full-rate TCH connections due to Bad Quality on Both Links in underlaid subcell.
Dropped connections at bad quality in both directions in overlaid subcell
SMS messages downlink SDCCH
SMS messages uplink SDCCH
Measurements for Traffic
Channels for Half Rate
Connections per Cell
Subscriber Initiated
Disconnection
Measurements per Cell
Measurements for
Dropped Connections on
TCH per Cell
Short Message Service
Measurements per Cell
SMS messages downlink TCH
SMS messages uplink TCH
Accumulated number of SQI samples that represent Good Speech Quality
Number of measurements with good speech quality in overlaid subcell on uplink
Accumulated number of SQI samples that represent Acceptable Speech Quality
Number of measurements with acceptable speech quality in overlaid subcell on uplink
Accumulated number of SQI samples that represent Bad Speech Quality
Number of measurements with unsatisfactory speech quality in overlaid subcell on uplink
Number of accumulations in Full rate Channels
Accumulated number of idle TCH/F in underlaid cell in Interference Band1
Accumulated number of idle TCH/F in underlaid cell in Interference Band2
Accumulated number of idle TCH/F in underlaid cell in Interference Band3
Accumulated number of idle TCH/F in underlaid cell in Interference Band4
Accumulated number of idle TCH/F in underlaid cell in Interference Band5
Number of all reconfiguration attempts from TCH to SDCCH
Number of all reconfiguration attempts from SDCCH to TCH
Counter is stepped every tenth second if there are no TCHs in IDLE or BUSY state in the cell and the cell state is ACTIVE. Cell downtime accumulator
Cell downtime accumulator due to no available BCCH
Counter is stepped every tenth second when the cell state is ACTIVE. Number of accumulations of Cell downtime accumulator
SDCCH handover attempts
Successful SDCCH handover attempts
SDCCH handover attempts return to old channel
Number of Intra-Cell Handover Attempts at Bad Quality UL.
Number of Intra-Cell Handover Attempts at Bad Quality DL.
Number of Intra-Cell Handover Attempts at Bad Quality Both Links.
Number of Successful Intra-Cell Handover
Number of Unsuccessful Intra-Cell Handover Attempts, MS back to old Channel
Total time in seconds cell load sharing evaluations is performed in the cell
Total time in seconds the cell is active for cell load sharing
Handover attempts due to Cell load sharing
Successful handovers due to Cell load sharing
Handover attempts due to operation and maintenance intervention
Successful handovers due to operation and maintenance intervention
Handover attempts to underlaid subcell
Number of Successful handover attempts to underlaid subcell
Handover attempts to overlaid subcell
Number of Successful handover attempts to overlaid subcell
Number of handover commands sent to the neighboring cell
Number of successful handovers to the neighboring cell
Number of handover attempts where the MS returns to the old channel or has been ordered by the network and succeeded in getting back to the old channel.
Number of assignment handovers to better cell
Number of assignment handovers to worse cell
Number of successful assignment handovers to better cell
Number of successful assignment handovers to worse cell
Number of handovers to better L-cell
Number of handovers to better K-cell
Short Message Service
Measurements per Cell
Speech Quality
Supervision Uplink per
Cell
Idle Traffic Channel
Measurements
Measurements for
Adaptive Configuration
of Logical Channels per
Cell
Cell Downtime
Measurements per Cell
Measurements for
SDCCH Handovers per
Cell
Intra Cell Handover
Measurements per Cell
Measurements for Cell
Load Sharing and
Handovers Due to
Operation and
Maintenance
Intervention per Cell
Measurements for
Handover between
Overlaid and Underlaid
Subcells of the Same Cell
Handover Measurements
per Neighboring Cell
Relation
Measurements for
Assignment Handovers
per Neighboring Cell
Number of handovers at bad uplink quality with or without bad downlink quality
Number of handovers at bad downlink quality
Number of handovers due to exceeded time alignment
Number of successful handover back to old channel within a predefined time
Number of handover attempts to a HCS prioritized neighbor
Number of handover attempts when the serving cell is a low signal strength cell
Number of handover attempts when the serving cell is a high signal strength cell
Number of handover attempts at high handover rate
Number of successful handovers at high handover rate
Sum of Successful Internal Handovers (Outgoing Handover)
Sum of Successful Internal Assignment Handovers to Better Cell (Outgoing Handover)
Sum of Successful Internal Assignment Handovers to Worse Cell (Outgoing Handover)
Sum of Successful Internal Handovers (Incoming Handover)
Sum of Successful Internal Assignment Handovers to Better Cell (Incoming Handover)
Sum of Successful Internal Assignment Handovers to Worse Cell (Incoming Handover)
Sum of Successful External Handovers (Incoming Handover)
Sum of Successful External Assignment Handovers to Better Cell (Incoming Handover)
Sum of Successful Internal Assignment Handovers to Worse Cell (Incoming Handover)
Sum of Successful External Handovers (Outgoing Handover)
Sum of Successful External Assignment Handovers to Better Cell (Outgoing Handover)
Sum of Successful External Assignment Handovers to Worse Cell (Outgoing Handover)
Sum of Internal Handover Attempts (Outgoing Handover)
Sum of External handover Attempts (Outgoing Handover)
Sum of MS Lost Internal Handovers (Outgoing Handover)
Sum of MS Lost External Handovers (Outgoing Handover)
Sum of the counter HOVERCNTUTRAN over all GSM to UTRAN cell relations (outgoing handover)
Sum of the counter HOVERSUCUTRAN over all GSM to UTRAN cell relations (outgoing handover)
Measurements for
Assignment Handovers
per Neighboring Cell
Relation
Summation Counters for
Internal and External
Handover
Summation Utran
Handover
Sum of HOVERCNTUTRAN - HOVERSUCUTRAN - HORTTOCHUTRAN over all GSM to UTRAN cell relations (outgoing handover)
Handover to Neighboring Internal Cell
Assignment Handovers to Neighboring Internal Cell
Handover to Neighboring External Cell
Assignment Handovers to Neighboring External Cell
Number of allocated PDCHs accumulator.
Number of used PDCHs accumulator.
Number of accumulations.
Handover Object Types
PDCH
Field
Date
Busy Hour
MSC
BSC
Vendor
Zone
Area Type
Cell Name
Cell Code
No. Of TRX Defined
# of PDCH Channels Defined (Average
Number of Allocated PDCHs)
# of TS Channel Varience
HR Activated YES/NO
HR Threshold
HR Channel Equivalent
Carried Traffic Total (E)
Carried Traffic FR (E)
Carried Traffic HR (E)
TCH Congestion(Total number of
dropped calls due to TCH congestion
divided by the total number of TCH
assignments)
TCH Drops
TCH Drop Rate
Unit
COUNTERS
Formula Headings
#
CGP_PDCHUS
#
#
#
Erl
Erl
Erl
T_TRAFF
TF_TRAFF
TH_TRAFF
T_CONG
%
#
T_DR
%
TCH Drop Rate(with Handover)
TCH Mean Hold Time (Sec)
# of TCH TS Channels Defined
Average # of Available TCH
TS Channel availability %
TCH Accessibility
TCH Accessibility (without congestion)
S
#
#
%
%
TCH Attempts
TCH Assign Success
%
#
#
Subscriber Perceived Drop Rate on TCH
%
TCH Attempts Congested
TCH Drop Due to ULSS
TCH Drop Due to DLSS
#
#
#
TF_MEANH
TNUCHCNT
T_AVAIL_ave
T_AVAIL
T_AS_SUC
TASSALL
TCASSALL
T_DR_S
TCH
TCH
TCH
TCH
TCH
TCH
TCH
Drop Due to BothLink SS
Drop Due to ULQual
Drop Due to DLQual
Drop Due to BothLink Qual
Drop Due to TA
Drop Due to Suden Loss
Capacity @ 2.0% GOS
TCH Utilization @ 2.0% GOS
SDCCH Traffic
SDCCH Cong
SDCCH Drops
SDCCH Drops(W/O CONGESTION)
SDCCH Drop Rate
SDCCH Drop Rate(W/O CONGESTION)
SDCCH Drop Rate Due to SS
SDCCH Drop Rate Due to Qual
SDCCH Drop Rate Due to TA
SDCCH Drop Rate Due to Other
Reasons
SDCCH Assign Success
SDCCH Establishment(without cong)
SDCCH Establishment
# of SDCCH Channels Defined
SDCCH Capacity @ 0.25% GOS
SDCCH Utilization @ 0.25% GOS
SDCCH Attempts
SDCCH Attempts Congested
SDCCH Mean Hold Time (Sec)
Call Success Rate(CSR)
#
#
#
#
#
#
Erl
%
Erl
%
# CNDROP
#
%
TCH_UTIL
%
%
%
%
S_DR_cong
%
#
S_DR_OTH
%
%
#
Erl
%
#
#
S
S_TRAFF
S_BLCK
S_DR
S_DR_SS
S_DR_BQ
S_DR_TA
CMSESTAB
CSSR
S_EST_cong
S_EST
CNUCHCNT
S_UTIL
CCALLS
CCONGS
S_MHT
CSR_MIC
CSR_MIC
CSR
CSR_cong
%
CSR(without Congestion)
%
HO Attempts
HO Success
HO Success Rate(PER CELL)
HO retrieve to old channel
HO due to DL Qual
HO due to UL Qual
HO due to TA
HO due to worse cell
HO due to better cell
Call drop due to HO(lost handover)
HO due to KCELL
HO due to LCELL
Radio cell Downtime(tch)
#
#
%
#
#
#
#
#
#
#
#
#
%
HOVERCNT
HOVERSUC
H_SUC
HORTTOCH
HODWNQA
HOUPQA
HOEXCTA
HOASWCL
HOASBCL
HO_LOST
HOTOKCL
HOTOLCL
T_DWN
Formula BSC_08B
Short Name
Date
Busy Hour
MSC
BSC
Vendor
Zone
Area Type
Cell Name
Cell Code
No_Trx_Def
ALLPDCHACC / ALLPDCHSCAN
DHA
DTHAMR
(TFTRALACC/TFNSCAN)+(THTRALACC/THNSCAN)
TFTRALACC/TFNSCAN
THTRALACC/THNSCAN
No_PDCH_Def
No_TS_Var
HR_Activated
HR_THR
HR_Equivalent
Carr_Traff_Tot
Carr_Traff_FR
Carr_Traff_HR
(CNRELCONG + TFNRELCONG + TFNRELCONGSUB + THNRELCONG +
THNRELCONGSUB) / TASSALL
TCH_Cong_Rate
TCH_Drop
100*(TFNDROP+TFNDROPSUB+THNDROP+THNDROPSUB) /
[(TFCASSALL+TFCASSALLSUB+ THCASSALL+THCASSALLSUB)
TCH_Drop_Rate
100*(TFNDROP+TFNDROPSUB+THNDROP+THNDROPSUB) /
[(TFCASSALL+TFCASSALLSUB+ THCASSALL+THCASSALLSUB) + (SUMIHOSUCCSUMAIBSUCC-SUMIAWSUCC) - (SUMOHOSUCC-SUMOABSUCC-SUMOAWSUCC) +
(SUMEIHOSUCC-SUMEIABSUCC-SUMEIAWSUCC) - (SUMEOHOSUCCSUMEOABSUCC-SUMEOAWSUCC)]
TCH_Drop_Rate
60*(TFTRALACC/TFNSCAN)+(THTRALACC/THNSCAN)*PERLEN/
(TFMSESTB+THFMSESTB)
TAVAACC/TAVASCAN
100*TAVAACC/(TAVASCAN*TNUCHCNT)
TCH_MHT
No_TCHTS_Def
No_TS_Avail
TS_Availability_Rate
TCH_Accessibility_Rate
100 * (TFCASSALL + THCASSALL + TFCASSALLSUB + THCASSALLSUB) / (TASSALL TCH_Acc_Rate_W/O_Cong
(CNRELCONG + TFNRELCONG + THNRELCONG))
TCH_Att
TCH_Ass_Suc
100*(TFNDROP + TFNDROPSUB + THNDROP + THNDROPSUB)/ I_CALLS +
Inc(AB+AW) - Outg(AB+AW)
Subs_Perceived_Drop_Rate_TCH
TFDISSUL + THDISSUL + TFDISSULSUB + THDISSULSUB
TCH_Att_Congested
TCH_Drop_UL_SS
TCH_Drop_DL_SS
TFDISSDL +THDISSDL+TFDISSDLSUB +THDISSDLSUB
TFDISSBL+ THDISSBL+TFDISSBLSUB+THDISSBLSUB))
TFDISQAUL + THDISQAUL + TFDISQAULSUB + THDISQAULSUB
TFDISQADL + THDISQADL + TFDISQADLSUB +THDISQADLSUB
TFDISQABL + THDISQABL + TFDISQABLSUB + THDISQABLSUB
TFDISTA + THDISTA
TFSUDLOS + THSUDLOS
100*((TFTRALACC/TFNSCAN)+(THTRALACC/THNSCAN))*TAVASCAN/TAVAACC
CTRALACC/CNSCAN
100*CCONGS/CCALLS
CNDROP - CNRELCONG
100*(CNDROP)/CMSESTAB
100*(CNDROP-CNRELCONG)/CMSESTAB
TCH_Drop_BL_SS
TCH_Drop_UL_Qual
TCH_Drop_DL_Qual
TCH_Drop_BL_Qual
TCH_Drop_TA
TCH_Drop_SuddenLoss
TCH_Capacity_2%_GOS
TCH_Utilization_2%_GOS
SDCCH_Traff
SDCCH_Cong_Rate
SDCCH_Drop
SDCCH_Drop_W/O_Cong
SDCCH_Drop_Rate
100*CDISTA/CNDROP
SDCCH_Drop_Rate_W/O_Cong
SDCCH_Drop_SS
SDCCH_Drop_Qual
SDCCH_Drop_TA
100*(CNDROP-CDISTA-CDISSS-CDISQA)/CNDROP
SDCCH_Drop_Other
100*CDISSS/CNDROP
100*CDISQA/CNDROP
SDCCH_Ass_Suc
100*CMSESTAB/(CCALLS-(CCONGS+CCONGSSUB))
100*(CMESTAB/CCALLS)
CNUCHCNT
100*(CTRALACC*CAVASCAN)/(CNSCAN*CAVAACC)
60*(CTRALACC*PERLEN)/(CNSCAN*CMSESTAB)
SDCCH_Acc_Rate_W/O_Cong
SDCCH_Acc_Rate
No_SDCCH_Def
SDCCH_Capacity_2%_GOS
SDCCH_Utilization_2%_GOS
SDCCH_Att
SDCCH_Att_Congested
SDCCH_MHT
100*(1-((CNDROP-CNRELCONG)/CMSESTAB))*(1((TFNDROP+THNDROP)/TCASSALL))*(CMSESTAB/CCALLS)*(TCASSALL/TASSALL)
CSR_MIC
100*(1-((CNDROP-CNRELCONG)/CMSESTAB))*(1((TFNDROP+THNDROP)/TCASSALL))*(CMSESTAB/(CCALLS-CCONGS))*(TCASSALL/
(TASSALL-(CNRELCONG+TFNRELCONG+THNRELCONG))
CSR
100*(HOVERSUC/HOVERCNT)
HOVERCNT - HOVERSUC - HORTTOCH
100*TDWNACC/TDWNSCAN
HO_Att
HO_Suc
HO_Suc_Rate
HO_Ret_Old_Ch
HO_DL_Qual
HO_UL_Qual
HO_TA
HO_Worse_Cell
HO_Better_Cell
Call_Drop_HO
HO_Kcell
HO_Lcell
Radio_Cell_Downtime
Formula
= TNUCHCNT - (TAVAACC/TAVASCAN)
DTHNAMR
= DTHNAMR * TNUCHCNT
(TFTRALACC / TFSNCAN) + (THTRALACC / THNSCAN)
(TFTRALACC / TFSNCAN)
(THTRALACC / THNSCAN)
100 * (CNRELCONG + TFNRELCONG + THNRELCONG) /
TASSALL
TFNDROP + THNDROP
100 * ((TFNDROP + THNDROP) / TCASSALL)
(60 * 60) * {[(a.TFTRALACC / a.TFNSCAN) + (b.THTRALACC
/ b.THNSCAN)] / (a.TFMSESTB + b.THMSESTB)}
TAVAACC/TAVASCAN
= {(TAVAACC/TAVASCAN) / TNUCHCNT}*100
100 * (TCASSALL / TASSALL)
100 * (TCASSALL / (TASSALL - CNRELCONG +
TFNRELCONG + THNRELCONG))
TASSALL
TCASSALL
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))))
CNRELCONG + TFNRELCONG + THNRELCONG
TFDISSSUL + THDISSUL
TFDISSSDL + THDISSDL
TFDISSBL + THDISSBL
TFDISQAUL + THDISQAUL
TFDISQADL + THDISQADL
TFDISQABL + THDISQABL
TFDISTA + THDISTA
TFSUDLOS + THSUDLOS
Erlang-B
{(TFTRALACC / TFSNCAN) + (THTRALACC /
THNSCAN)} / Erlang-B
CTRALACC/CNSCAN
100 * (CCONGS / CCALLS)
CNDROP
CNDROP - CNRELCONG
100 *(CNDROP / CMSESTAB)
100 * ((CNDROP - CNRELCONG) / CMSESTAB)
CDISSS
CDISQA
CDISTA
CNDROP - (CDISSS + CDISQA + CDISTA)
CMSESTAB
100 * (CMSESTAB / (CCALLS - CCONGS))
100 * (CMSESTAB / CCALLS)
CCALLS
CCONGS
60 * CTRALACC * 60 / ( CNSCAN * CMSESTAB )
100*(1-((CNDROP-CNRELCONG)/CMSESTAB))*(1((TFNDROP+THNDROP)/TCASSALL))*(CMSESTAB/CCAL
LS)*(TCASSALL/TASSALL)
100*(1-((CNDROP-CNRELCONG)/CMSESTAB))*(1((TFNDROP+THNDROP)/TCASSALL))*(CMSESTAB/
(CCALLS-CCONGS))*(TCASSALL/(TASSALL(CNRELCONG+TFNRELCONG+THNRELCONG))
HOVERCNT
HOVERSUC
100*(HOVERSUC/HOVERCNT)
HORTTOCH
HODWNQA
HOUPQA
HOEXCTA
HOASWCL
HOASBCL
HOVERCNT - HOVERSUC - HORTTOCH
HOTOKCL
HOTOLCL
100 * (TDWNACC / TDWNSCAN)