Casos de Prueba de Aceptación

7.8.1 Description

This KPI can be used to evaluate the relocation preparation success ratio in one RNC, which serves as SRNC.

7.8.2 Definition

Table 7-7 SRNC Relocation Preparation Success Ratio

KPI Name SRNC Relocation Preparation Success Ratio Measurement

Counters See

ANNEX

Notes None

2006-06-07 Huawei Confidential Page 31 of 65

7.9.1 Description

This KPI can be used to evaluate the relocation preparation success ratio in one RNC, which serves as TRNC.

7.9.2 Definition

Table 7-8 TRNC Relocation Preparation Success Ratio

KPI Name TRNC Relocation Preparation Success Ratio Measurement

Scope

RNC

Formula 100%

Pr Re

_ = Re ×

ttempt eparationA location

TRNC

ccess locationSu SR TRNC

TRNCRP

Associated

Counters See

ANNEX

Notes None

2006-06-07 Huawei Confidential Page 32 of 65

Chapter 8 Service Integrity KPIs

8.1 PS Service UL Average Throughput

8.1.1 Description

This grouped KPI can be used to evaluate the busy hour UL throughput of PS service in each cell. According to the experience from commercial network, there are nine services listed in the following definition.

8.1.2 Definition

Table 8-1 PS Service UL Average Throughput

KPI Name PS Service UL Average Throughput Measurement

Counters See

ANNEX

Notes

2006-06-07 Huawei Confidential Page 33 of 65

8.2.1 Description

This grouped KPI can be used to evaluate the busy hour DL throughput of PS service in each cell. According to the experience from commercial network, there are twelve services listed in the following definition.

8.2.2 Definition

Table 8-2 PS Service DL Average Throughput

KPI Name PS Service DL Average Throughput Measurement

Counters See

ANNEX

Notes

2006-06-07 Huawei Confidential Page 34 of 65

8.3 Service UL Average BLER

8.3.1 Description

This grouped KPI can be used to evaluate the UL BLER value of service in each cell.

According to the experience from commercial network, there are three services listed in the following definition.

8.3.2 Definition

Table 8-3 Service UL BLER

KPI Name Service UL BLER Measurement

Scope

Cell

Formula

AMRULBLER VPULBLER

KULBLER PS 64

Associated

Counters See

ANNEX

Notes

8.4 Call Setup Delay

8.4.1 Description

This grouped KPI can be used to evaluate the Call Setup Delay time in one RNC.

According to the experience from commercial network, there are three services listed in the following definition.

2006-06-07 Huawei Confidential Page 35 of 65 Table 8-4 Call Setup Delay

KPI Name Call Setup Delay Measurement

Scope

Cell

Formula

ccessTime RRCSetupSu

e SuccessTim CSRABSetup

e SuccessTim PSRABSetup

Associated

Counters See

ANNEX

Notes

ccessTime

RRCSetupSu based on each cell, e

SuccessTim

CSRABSetup ^and PSRABSetupSuccessTime based on RNC can be used together to evaluate call setup delay.

8.5 DL RLC Average Retransmission Ratio

8.5.1 Description

This KPI can be used to evaluate the DL RLC average retransmission in one RNC.

2006-06-07 Huawei Confidential Page 36 of 65

8.5.2 Definition

Table 8-5 DL RLC Average Retransmission Ratio

KPI Name DL RLC Average Retransmission Ratio Measurement

Scope

RNC

Formula Re 100%

×

= DLRLCSentBlockAM dBlockAM transmitte

DLRLC DLRLCARR

Associated

Counters See

ANNEX

Notes None

2006-06-07 Huawei Confidential Page 37 of 65

Chapter 9 Availability KPIs

9.1 Worst Cell Ratio

9.1.1 Description

This KPI can be used to evaluate the effect of cells with poor call drop rate or call setup success rate to the deteriorating of network performance in one RNC.

9.1.2 Definition

Table 9-1 Worst Cell Ratio

KPI Name Worst Cell Ratio (WCR) Measurement

A1:See

AMR RAB Setup Success Ratio

A2:See

VP RAB Setup Success Ratio

B1:See

AMR Call Drop Ratio

Associated Counters

B2:See

VP Call Drop Ratio

Notes

95% and 3% are refered by the experience from commercial network while the traffic with AMR voice and video phone is bigger than 0.1 Erlang.

9.2 IU Paging Congestion Ratio

9.2.1 Description

This KPI can be used to evaluate the consumption of PCCH bandwidth on busy hour within IU interface.

2006-06-07 Huawei Confidential Page 38 of 65

9.2.2 Definition

Table 9-2 IU Paging Congestion Ratio

KPI Name IU Paging Congestion Ratio Measurement

Scope

RNC

Formula = ×100%

tempt IUPagingAt

ss IUPagingLo IUPagingCR

Associated

Counters See

ANNEX

Notes None

9.3 Admission Refused Ratio

9.3.1 Description

This KPI can be used to evaluate the admission refused ratio of radio network busy hour in a cell.

2006-06-07 Huawei Confidential Page 39 of 65 Table 9-3 Admission Refused Ratio

KPI Name Admission Refused Ratio Measurement

Scope

Cell

Formula

100 %

Re

Re ×

= Total source questNum nNum NoAdmissio nRatio

NoAdmissio

Associated

Counters See

ANNEX

Notes None

9.4 Congested Cell Ratio

9.4.1 Description

This KPI can be used to evaluate the utility ratio of radio network resources on busy hour in one RNC.

2006-06-07 Huawei Confidential Page 40 of 65

9.4.2 Definition

Table 9-4 Congested Cell Ratio

KPI Name Congested Cell Ratio Measurement

Scope

RNC

Formula = ×100%

sInRNC mberOfCell TheTotalNu

yHour CellsOnBus fCongested

TheNumberO ICR

Associated

Counters See

ANNEX

Notes

yHour CellsOnBus fCongested

TheNumberO is refered by

summing up the number of cells congested in DL or UL radio resources on busy hour.

9.5 Unserviceable Cell Ratio

9.5.1 Description

This KPI can be used to evaluate how serious the unserviceable cells cause the degrading of network performance on busy hour in one RNC.

2006-06-07 Huawei Confidential Page 41 of 65 Table 9-5 Unserviceable Cell Ratio

KPI Name Unserviceable Cell Ratio Measurement

Scope

RNC

Formula , 0 100%

> ×

= TheTotalNumberOfCellsInRNC lTime CellUnavai which

fCells TheNumberO UCR

Associated

Counters See

ANNEX

Notes None

9.6 Average CPU Load

9.6.1 Description

This KPI can be used to evaluate the consumption of CPU on busy hour in RNC system.

2006-06-07 Huawei Confidential Page 42 of 65

9.6.2 Definition

Table 9-6 Average CPU Load

KPI Name Average CPU Load Measurement

Scope

RNC

Formula MeanCPUUtility

Associated

Counters See

ANNEX

Notes

MeanCPUUti lity

is the CPU average load showed by percentage

9.7 IUB Bandwidth Utilizing Ratio

9.7.1 Description

This grouped KPI can be used to evaluate the consumption of IUB bandwidth in one NodeB from uplink and downlink on busy hour. However the consumption of interactive and background service can’t keep the full rate all time on the configured IUB bandwidth. For further study, the utilizing rate can be devided into two classes, configuration consumption and real time consumption. So there are four KPIs listed in the following definition.

2006-06-07 Huawei Confidential Page 43 of 65 Table 9-7 IUB Bandwidth Utilizing Ratio

KPI Name IUB Bandwidth Utilizing Ratio Measurement

Counters See

ANNEX

Notes calculation of the transmission configuration of each NodeB in a RNC.

2006-06-07 Huawei Confidential Page 44 of 65

Chapter 10 Traffic KPIs

10.1 CS Equivalent Erlang

10.1.1 Description

This KPI can be used to evaluate the equivalent traffic of all CS service of one RNC.

10.1.2 Definition

Table 10-1 CS Equivalent Traffic KPI Name CS Equivalent Traffic Measurement

Scope

RNC

Formula

CSEquivale ntErl

Associated

Counters See

ANNEX

Notes Unit: Erl

10.2 PS UL Throughput

10.2.1 Description

This KPI can be used to evaluate the UL throughput of all PS service of one RNC.

2006-06-07 Huawei Confidential Page 45 of 65 Table 10-2 PS UL Throughput

KPI Name PS UL Throughput Measurement

Scope

RNC

Formula

UlThroughp ut

Associated

Counters See

ANNEX

Notes Unit: kbps

10.3 PS DL Throughput

10.3.1 Description

This KPI can be used to evaluate the DL throughput of all PS service of one RNC.

10.3.2 Definition

Table 10-3 PS DL Throughput KPI Name PS DL Throughput Measurement

Scope

RNC

Formula

DlThroughp ut

Associated

Counters See

ANNEX

Notes Unit: kbps

2006-06-07 Huawei Confidential Page 46 of 65

10.4 UL Traffic of Typical Radio Bearers

10.4.1 Description

This grouped KPI can be used to evaluate the average UL traffic of typical radio bearers on busy hour in one RNC, which the meaning of the traffic from the different sevice is different despite of in the same unit.

10.4.2 Definition

Table 10-4 UL Traffic of Typical Radio Bearers KPI Name UL Traffic of Typical Radio Bearers Measurement CSConv64 _

Erl KUL PSStr64 _

Erl KUL PSInter64 _

Erl KUL PSInter128 _

Erl KUL PSInter144 _

Erl KUL PSInter384 _

Erl KUL PSBkg64 _

Erl KUL PSBkg128 _

Erl KUL PSBkg144 _

Erl KUL PSBkg384 _

Associated

Counters See

ANNEX

Notes Unit: Erl

2006-06-07 Huawei Confidential Page 47 of 65

10.5.1 Description

This grouped KPI can be used to evaluate the average DL traffic of typical radio bearers on busy hour in one RNC, which the meaning of the traffic from the different sevice is different in despite of the same unit.

10.5.2 Definition

Table 10-5 DL Traffic of Typical Radio Bearers KPI Name DL Traffic of Typical Radio Bearers Measurement CSConv64 _

Erl KDL PSStr64 _

Erl KDL PSStr128 _

Erl KDL PSStr144 _

Erl KDL PSStr384 _

Erl KDL PSInter64 _

Erl KDL PSInter128 _

Erl KDL PSInter144 _

Erl KDL PSInter384 _

Erl KDL PSBkg64 _

Erl KDL PSBkg128 _

Erl KDL PSBkg144 _

Erl KDL PSBkg384 _

Associated

Counters See

ANNEX

Notes Unit: Erl

2006-06-07 Huawei Confidential Page 48 of 65

10.6 UL Throughput of QoS Classes

10.6.1 Description

This grouped KPI can be used to evaluate the cell’s UL throughput of QoS classes in one cell.

10.6.2 Definition

Table 10-6 UL Throughput of QoS Classes KPI Name UL Throughput of QoS Classes Measurement

Scope

Cell

Formula

Throughput CellULConv

hroughput CellULStrT

t rThroughpu CellULInte

hroughput CellULBkgT

Associated

Counters See

ANNEX

Notes Unit: Kbps

10.7 DL Throughput of QoS Classes

10.7.1 Description

This grouped KPI can be used to evaluate the cell’s DL throughput of QoS classes in one cell.

2006-06-07 Huawei Confidential Page 49 of 65 Table 10-7 DL Throughput of QoS classes

KPI Name DL Throughput of QoS Classes Measurement

Scope

Cell

Formula

Throughput CellDLConv

hroughput CellDLStrT

t rThroughpu CellDLInte

hroughput CellDLBkgT

Associated

Counters See

ANNEX

Notes Unit: Kbps

2006-06-07 Huawei Confidential Page 50 of 65

Chapter 11 ANNEX

Associated Counters

Reference Name Associated Counters Specification

MeanRTWP VS.MeanRTWP

Mean RTWP of a cell, that is, mean number of the sum of the RTWP values reported in a certain period

Unit: dBm

MeanTCP VS.MeanTCP

Mean TCP of a cell, that is, mean number of the sum of the TCP values reported in a certain period Unit: dBm

CellUnavailTime VS.Cell.UnavailTime.O

M Unavailability Duration of a cell

IUPagingAttempt VS.RANAP.Paging.Att.I dleUE

Number of Times of Paging Idle UE

IUPagingSuccess VS.RANAP.Paging.Suc

c.IdleUE

Successful Number of Times of Paging Idle UE

RAB.AttEstabCS.Conv

Number of the CS RABs requested to establish for

conversational services in a RNC CSRABSetupAttempt

RAB.AttEstabCS.Strm

Number of the CS RABs requested to establish for streaming services in a RNC

RAB.SuccEstabCSNoQ ueuing.Conv

Numbers of CS RABs Established Successfully on Request (No Queuing) in a RNC

CSRABSetupSuccess

RAB.SuccEstabCSNoQ ueuing.Strm

Numbers of CS RABs Established Successfully on Request (No Queuing) in a RNC

2006-06-07 Huawei Confidential Page 51 of 65 RAB.SuccEstabCSQue

uing.Conv

Numbers of CS RABs Established Successfully on Request

(Queuing) in a RNC

RAB.SuccEstabCSQue uing.Strm

Numbers of CS RABs Established Successfully on Request

(Queuing) in a RNC

RAB.AttEstabPS.Conv

Number of the PS RABs requested to establish for

conversational services in a RNC

RAB.AttEstabPS.Strm

Number of the PS RABs requested to establish for streaming services in a RNC

RAB.AttEstabPS.Intact

Number of the PS RABs requested to establish for interactive services in a RNC PSRABSetupAttempt

RAB.AttEstabPS.Bgrd

Number of the PS RABs requested to establish for background services in a RNC

RAB.SuccEstabPSNoQ ueuing.Conv

Numbers of PS RABs Established Successfully on Request (No Queuing) in a RNC

RAB.SuccEstabPSNoQ ueuing.Strm

Numbers of PS RABs Established Successfully on Request (No Queuing) in a RNC

RAB.SuccEstabPSNoQ ueuing.Intact

Numbers of PS RABs Established Successfully on Request (No Queuing) in a RNC

PSRABSetupSuccess

RAB.SuccEstabPSNoQ ueuing.Bgrd

Numbers of PS RABs Established Successfully on Request (No Queuing) in a RNC

2006-06-07 Huawei Confidential Page 52 of 65 Reference Name Associated Counters Specification

RAB.SuccEstabPSQueu ing.Conv

Numbers of PS RABs Established Successfully on Request

(Queuing) in a RNC

RAB.SuccEstabPSQueu ing.Strm

Numbers of PS RABs Established Successfully on Request

(Queuing) in a RNC

RAB.SuccEstabPSQueu ing.Intact

Numbers of PS RABs Established Successfully on Request

(Queuing) in a RNC

RAB.SuccEstabPSQueu ing.Bgrd

Numbers of PS RABs Established Successfully on Request

(Queuing) in a RNC VS.RRC.AttConnEstab.

OrgConv

Originating Conversational Call in a RNC

VS.RRC.AttConnEstab.

OrgStr

Originating Streaming Call in a RNC

VS.RRC.AttConnEstab.

OrgInt

Originating Interactive Call in a RNC

VS.RRC.AttConnEstab.

OrgBkg

Originating Background Call in a RNC

VS.RRC.AttConnEstab.

OrgSubs

Originating Subscribed traffic Call in a RNC

VS.RRC.AttConnEstab.

TrmConv

Terminating Conversational Call in a RNC

VS.RRC.AttConnEstab.

TrmStr

Terminating Streaming Call in a RNC

VS.RRC.AttConnEstab.

TrmInt

Terminating Interactive Call in a RNC

RRCConnectionAttemptservice

VS.RRC.AttConnEstab.

TrmBkg

Terminating Background Call in a RNC

2006-06-07 Huawei Confidential Page 53 of 65 VS.RRC.AttConnEstab.

OrgHPSig

Originating High Priority Signalling in a RNC

VS.RRC.AttConnEstab.

OrgLPSig

Originating Low Priority Signalling in a RNC

VS.RRC.AttConnEstab.

TmHPSig

Terminating High Priority Signalling in a RNC VS.RRC.AttConnEstab.

TmLPSig

Terminating Low Priority Signalling in a RNC VS.RRC.AttConnEstab.

Rest Call re-Establishment

VS.RRC.SuccConnEsta b.OrgConv

Originating Conversational Call in a RNC

VS.RRC.SuccConnEsta b.OrgStr

Originating Streaming Call in a RNC

VS.RRC.SuccConnEsta b.OrgInt

Originating Interactive Call in a RNC

VS.RRC.SuccConnEsta b.OrgBkg

Originating Background Call in a RNC

VS.RRC.SuccConnEsta b.OrgSubs

Originating Subscribed traffic Call in a RNC

VS.RRC.SuccConnEsta b.TrmConv

Terminating Conversational Call in a RNC

VS.RRC.SuccConnEsta b.TrmStr

Terminating Streaming Call in a RNC

VS.RRC.SuccConnEsta b.TrmInt

Terminating Interactive Call in a RNC

VS.RRC.SuccConnEsta b.TrmBkg

Terminating Background Call in a RNC

RRCConnectionSuccessservice

VS.RRC.SuccConnEsta b.OrgHPSi

Originating High Priority Signalling in a RNC

2006-06-07 Huawei Confidential Page 54 of 65 Reference Name Associated Counters Specification

VS.RRC.SuccConnEsta b.OgLPSig

Originating Low Priority Signalling in a RNC

VS.RRC.SuccConnEsta b.TmHPSi

Terminating High Priority Signalling in a RNC VS.RRC.SuccConnEsta

b.TmLPSi

Terminating Low Priority Signalling in a RNC VS.RRC.SuccConnEsta

b.Rest Call re-establishment in a RNC VS.RRC.AttConnEstab.

Emg Emergency Call in a RNC

VS.RRC.AttConnEstab.

CellRes

Inter-RAT cell re-selection in a RNC

VS.RRC.AttConnEstab.

Reg Registration in a RNC

VS.RRC.AttConnEstab.

Detach Detach in a RNC

VS.RRC.AttConn.UESB

I.UU UESBI-Uu information in a RNC

RRCConnectionAttemptother

VS.RRC.AttConnEstab.

Unknown

Terminating - cause unknown in a RNC

VS.RRC.SuccConnEsta

b.Emg Emergency Call in a RNC

VS.RRC.SuccConnEsta b.CellRes

Inter-RAT cell re-selection in a RNC

VS.RRC.SuccConnEsta

b.Reg Registration in a RNC

VS.RRC.SuccConnEsta

b.Detach Detach in a RNC

RRCConnectionSuccessother

VS.RRC.SuccConn.UE

SBI.UU UESBI-Uu information in a RNC

2006-06-07 Huawei Confidential Page 55 of 65 VS.RRC.SuccConnEsta

bab.Unknown

Terminating - cause unknown in a RNC

AMRRABSetupAttempt VS.RAB.AttEstCSConv0 .32.RNC

Number of CS RABs requested to establish for conversational services (0 ≤ Max DL bit Ratio ≤ 32 kbps) in a RNC

AMRRABSetupSuccess VS.RAB.SucEstCSConv 0.32.RNC

Number of CS RABs successfully established for conversational services (0 ≤ Max DL bit Ratio ≤ 32 kbps) in a RNC

VPRABSetupAttempt VS.RAB.AttEstCSConv3 2.64.RNC

Number of CS RABs requested to establish for conversational services (32 kbps < Max DL bit Ratio ≤ 64 kbps) in a RNC

VPRABSetupSuccess VS.RAB.SucEstCSConv 32.64.RNC

Number of CS RABs successfully established for conversational services (32 kbps < Max DL bit Ratio ≤ 64 kbps) in a RNC VS.RAB.Loss.CS.Abnor

m.RNC

Numbers of abnormally released RABs except RF causes in a RNC CSRABAbnormalRelease

VS.RAB.Loss.CS.RF.R NC

Number of Released RABs Triggered by RNC due to RF Reason

AMRRABAbnormalRelease VS.RAB.Loss.CS.AMR.

RNC

Number of released CS AMR service RABs triggered by RNC in a RNC

VPRABAbnormalRelease VS.RAB.Loss.CS.Conv6 4K.RNC

Number of released CS 64 k service RABs triggered by RNC in a RNC

PSRABAbnormalRelease VS.RAB.Loss.PS.Abnor m.RNC

Numbers of Abnormally Released RABs except RF causes in a RNC

2006-06-07 Huawei Confidential Page 56 of 65 Reference Name Associated Counters Specification

VS.RAB.Loss.PS.RF.R NC

Number of Released RABs triggered by RNC due to RF reason

SHOASUAttempt VS.SHO.Att.RNC The number of attempts of soft handovers in a RNC

SHOASUSuccess VS.SHO.Succ The number of successful soft handovers in a RNC

SoHOASUAttempt VS.SoHO.ASU.AttRNC The number of attempts of softer handovers in a RNC

SoHOASUSuccess VS.SoHo.Succ The number of successful softer handovers in a RNC

HHOAttempt VS.HHO.Att.RNC Number of Hard Handover

Requests

HHOSuccess VS.HHO.Succ.RNC Number of Successful Hard

Handovers

InterHHOAttempt VS.HHO.InterFreq.Att.R NC

Number of Inter-Frequency Hard Handover Requests

InterHHOSuccess VS.HHO.InterFreq.Succ .RNC

Number of Successful

Inter-Frequency Hard Handovers

CSInterRATHOAttempt VS.IRATHO.AttCSOut.R NC

Number of CS Domain Inter-RAT Outgoing Handover Attempts

CSInterRATHOSuccess VS.IRATHO.SuccCSOut .RNC

Number of CS Domain Inter-RAT Outgoing Handover Successes

PSInterRATHOAttemptOut VS.IRATHO.AttPSOutU TRAN.RNC

Number of PS Domain Inter-RAT Outgoing Handover Commit Initiated from RNC

PSInterRATHOSuccessOut VS.IRATHO.SuccPSOut UTRAN.RNC

Number of Successful PS Domain Inter-RAT Outgoing Handovers Initiated by RNC

2006-06-07 Huawei Confidential Page 57 of 65 PSInterRATHOAttemptIn VS.IRATHO.AttPSInUE.

RNC

Number of PS Domain Inter-RAT Incoming Handovers Initiated by UE

PSInterRATHOSuccessIn VS.IRATHO.SuccPSInU E.RNC

Number of Successful PS Domain Inter-RAT Incoming Handovers Initiated by UE

SRNCRelocationPreparationAtte

mpt RELOC.AttPrep Number of Preparations for SRNC

Relocations

SRNCRelocationSuccess RELOC.Succ Number of Successful SRNC Relocation Commits

VS.TRELOC.AttPrep.U EInv

Numbers of Resource Allocations for TRNC Relocations of Different Types

TRNCRelocationPreparationAtte mpt

VS.TRELOC.AttPrep.U ENonInv

Numbers of Resource Allocations for TRNC Relocations of Different Types

VS.TRELOC.SuccExec.

UEInv

Numbers of Successful TRNC Relocations of Different Types TRNCRelocationSuccess

VS.TRELOC.SuccExec.

UENotInv

Numbers of Successful TRNC Relocations of Different Types

NumberOfUEWith1RL VS.SHO.AS.1 Average Number of UEs with One RL

VS.SHO.AS.2Softer Average Number of UEs with Two RLs Combined

NumberOfUEWith2RL

VS.SHO.AS.2Soft Average Number of UEs with Two RLs Uncombined

VS.SHO.AS.3Soft2Softe r

Average Number of UEs with Three RLs and Two Combined NumberOfUEWith3RL

VS.SHO.AS.3Soft Average Number of UEs with Three RLs Uncombined

2006-06-07 Huawei Confidential Page 58 of 65 Reference Name Associated Counters Specification

VS.SHO.AS.3Softer Average Number of UEs with Three RLs Combined

VS.RAC.CodeRejDL Num of Admission refuse because of no code resource

VS.RAC.NoAdmUL Num of Admission refuse because of no UL power resource

VS.RAC.NoAdmDL Num of Admission refuse because of no DL power resource

VS.RRNBCred.EmerCal l.Rej

Num of Admission refuse because of no CE resource during

emergency call request

VS.RRNBCred.NonEme rCall.Rej

Num of Admission refuse because of no CE resource during

non-emergency call request

VS.RRIUB.NonEmerCal l.Rej

Num of Admission refuse because of no IuB resource during

non-emergency call request NoAdmissionNum

VS.RRIUB.EmerCall.Rej

Num of Admission refuse because of no IuB resource during

emergency call request

TotalResourceRequestNum VS.CellResApply.DCH Total num of RNC apply for dedicated resource for UE MeanCPUUtility VS.MeanCPUUtil.SPU CPU Utilization of WSPU

IUBConfigurationTrafficuplink

VS.QAAL2.AllocedAveB wd.AAL2BitRate

Average Value of allocated average AAL2 bit rate in backward direction

IUBConfigurationTrafficdownlink

VS.QAAL2.AllocedAveF wd.AAL2BitRate

Average Value of allocated average AAL2 bit rate in forward direction

IUBRealTimeTrafficuplink

（VS.UNILNK.RXCELL S）×53×8

Bits Received by UNI Link during a statistical period

2006-06-07 Huawei Confidential Page 59 of 65

（VS.IMAGRP.RXCELL S）×53×8

Bits Received by IMA Group during a statistical period

（VS.UNILNK.TXCELL S）×53×8

Bits Sent by UNI Link during a statistical period

IUBRealTimeTrafficdownlink

（VS.IMAGRP.TXCELL S）×53×8

Bits Sent by IMA Group during a statistical period

VS.CN.Page.Loss.IUFC

Number of Paging Messages Discarded due to Iu Interface Flow Control

IUPagingLoss

VS.CN.Page.Loss.PCH

VS.CN.Page.Loss.PCH

In document Recolector de contenido web (página 94-103)