Huawei UMTS WCDMA Counters

8/13/2019 Huawei UMTS WCDMA Counters

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ClassKPI

Name

Measur

ement

Scope

Formula

Formula

with

counter

s

UL

Interferen

ce Cell

Ratio

RNC

ULIR=[(T

heNumber

Of

Cells,In

Which

Mean

RTWP>-

98dBm)/

The Total

Number

Of Cells

InRNC]*10

0%

ULIR=[(T

heNumber

Of

Cells,In

Which

VS.Mean

RTWP>-

98dBm)/

The Total

Number

Of Cells

InRNC]*10

0%



Soft

Handover

Ratio

RNC

SHR={[(A

1*1+B1*2+C1*3)/(

A1+B1+C

1)]-

1}*100%

A1:Numb

er of UE

with 1

RL;

B1:Numb

er of UE

with 2RL;

C1:Numb

er of UE

with 3

RL;

SHR={[V

S.SHO.A

S.1+(VS.

SHO.AS.

2Softer+

VS.SHO.

AS.2Soft)

*2+(VS.S

HO.AS.3

Soft2Soft

er+VS.S

HO.AS.3

Soft+VS.

SHO.AS.

3Softer)*

3+VS.SH

O.AS.4*4

+VS.SH

O.AS.5*5+VS.SH

O.AS.6*6

]/(VS.SH

O.AS.1+

VS.SHO.

AS.2Soft

er+VS.S

HO.AS.2

Soft+VS.

SHO.AS.

IU

Paging

Success

Ratio

RNC

IUP_SR=

(IUPagin

g

Success/

IUPaging

Attempt)*

100%

IUP_SR

=(VS.RA

NAP.Pa

ging.Suc

c.IdleUE

/VS.RA

NAP.Pa

ging.Att.I

dleUE)*

100%



Radio

Access

Success

Ratio

Cell

RA_SR=

RRCS_S

Rservice*[(CS RAB

Setup

Success

+PS

RAB

Setup

Success

)/(CS

RAB

Setup

Attempt

+PS

RAB

Setup

Attempt)

]*100%

R A_SR=

RRCS_

SRservice*

{[(VS.RA

B.SuccE

stabCS.

Conv+VS.RAB.S

uccEsta

bCS.Str)

+(VS.RA

B.SuccE

stabPS.

Conv+V

S.RAB.S

uccEsta

bPS.Str

+VS.RA

B.SuccE

stabPS.I

nter+VS.

RAB.Su

ccEstab

PS.Bkg)]

/[(VS.RA

B.AttEst

abCS.C



RRC

Setup

Success

Ratio

(other)

Cell

RRCS_

SRother =(

RRC

Connecti

on

Success

other /RRC

Connecti

on

Attempto

ther )*100

%

RRCS_S

Rother =[(R

RC.Succ

ConnEst

ab.IRAT

CelRes+

RRC.Suc

cConnEst

ab.IRAT

CCO+RR

C.SuccC

onnEstab

.Reg+RR

C.SuccC

onnEstab

.Detach)/

(RRC.Att

ConnEst

ab.IRATCelRes+

RRC.Att

ConnEst

ab.IRAT

CCO+RR

C.AttCon

nEstab.R

eg+RRC.

AttConnE

stab.Deta



RRC

Setup

Success

Ratio

(service)

Cell

RRCS_

SRservice

=(RRC

Connecti

on

Success

service/RR

C

Connecti

on

Attempts

ervice)*10

0%

RRCS_

SRservice

=100%*[

(RRC.S

uccConn

Estab.O

gConvCall+RRC

.SuccCo

nnEstab

.OrgStrC

all+RRC

.SuccCo

nnEstab

.OrgItrC

all+RRC

.SuccCo

nnEstab

.OrgBkg

Call+RR

C.SuccC

onnEsta

b.OrgSu

bCall+R

RC.Succ

ConnEst

ab.TmC

AMR

RAB

Setup

Success

Ratio

Cell

AMRRABS_SR=

(AMR

RAB

Setup

Success

/AMR

RAB

Setup

Attempt)

*100%

AMRRA

BS_SR=

(VS.RA

B.SuccE

stab.AM

R/VS.R

AB.AttE

stab.AM

R)*100

%



VP RAB

Setup

SuccessRatio

Cell

VPRAB

S_SR=(

VP RAB

Setup

Success

/VP RABSetup

Attempt)

*100%

VPRAB

S_SR=(

VS.RAB.

SuccEst

CS.Con

v.64/VS.RAB.Att

EstCS.C

onv.64)*

100%

CS RAB

Setup

Success

Ratio

Cell

CSRABS_SR=(

CS RAB

Setup

Success

/CS

RAB

Setup

Attempt)

*100%

CSRAB

S_SR=[(

VS.RAB.

SuccEst

abCS.Conv+VS.

RAB.Su

ccEstab

CS.Str)/(

VS.RAB.

AttEstab

CS.Con

v+VS.R

AB.AttE

stabCS.Str)]*100

%

Accessi

bility



PS RAB

Setup

Success

Ratio

Cell

PSRAB_

SR=(PS

RAB

Setup

Success

/PS RAB

Setup

Attempt)

*100%

PSRAB_

SR=

[(VS.RA

B.SuccE

stabPS.

Conv+V

S.RAB.SuccEsta

bPS.Str

+VS.RA

B.SuccE

stabPS.I

nter+VS.

RAB.Su

ccEstab

PS.Bkg)/

(VS.RA

B.AttEst

abPS.C

onv+VS.

RAB.Att

EstabPS

.Str+VS.

RAB.Att

EstabPS

.Inter+V

S.RAB.A

HSDPA

RAB

Setup

Success

Ratio

Cell

HSDPA

_RAB_S

R=(HSD

PA_RAB

Setup

Success

/HSDPA

_RAB

Setup

Attempt)

*100%

HSDPA

_RAB_S

R=(VS.

HSDPA.

RAB.Su

ccEstab/

VS.HSD

PA.RAB.

AttEstab

)*100%



HSUPA

RAB

SetupSuccess

Ratio

Cell

HSUPA

_RAB_S

R=(HSU

PA_RAB

Setup

Success/HSUPA

_RAB

Setup

Attempt)

*100%

HSUPA

_RAB_S

R=(VS.

HSUPA.

RAB.Su

ccEstab/VS.HSU

PA.RAB.

AttEstab

)*100%

PTM

Channel

Setup

Success

Ratio

Cell

MBMS_

PTM_S

R=VS.M

BMS.RB.PTM.Su

ccEstab/

VS.MBM

S.RB.PT

P.AttEst

ab

MBMS_

PTM_S

R=VS.M

BMS.RB.PTM.Su

ccEstab/

VS.MBM

S.RB.PT

P.AttEst

ab

PTPChannel

Setup

Success

Ratio

Cell

MBMS_

PTP_SR

=VS.MB

MS.RB.PTP.Su

ccEstab/

VS.MBM

S.RB.PT

P.AttEst

ab

MBMS_

PTP_SR

=VS.MB

MS.RB.PTP.Su

ccEstab/

VS.MBM

S.RB.PT

P.AttEst

ab



CS

Service

Drop

Ratio

Cell

CS_CDR=(CS

RAB

Abnorm

al

Release/

CS RAB

Release

)*100%

CS_CD

R=[(VS.

RAB.Los

s.CS.Ab

norm +

VS.RAB.Loss.CS

.RF)/(VS

.RAB.Lo

ss.CS.R

F +

VS.RAB.

Loss.CS

.Abnorm

+

VS.RAB.Loss.CS

.Norm)]*

100%

AMRCall

Drop

Ratio

Cell

AMR_C

DR=(AM

R RAB

Abnormal

Release/

AMR

RAB

Release

)*100%

AMR_C

DR=[VS.

RAB.Los

s.CS.AM

R/(VS.R AB.Loss

.CS.AM

R+VS.R

AB.Loss

.CS.Nor

m.AMR)]

*100%



VP CallDrop

Ratio

Cell

VP_CD

R=(VP

RAB

Abnormal

Release/

VP RAB

Release

)*100%

VP_CD

R=[VS.R

AB.Loss

.CS.Con

v64K/(V

S.RAB.Loss.CS.

Conv64

K+VS.N

orm.Rel.

CS.Con

v.RB.64)

]*100%

RNC

AMR_T

DR=(VS

.AMR.RB.DL.12.

2*60)/∑

(VS.RA

B.Loss.

CS.AMR

Cell

AMR_T

DR=(VS

.AMR.Ct

rl.DL12.2*60)/V

S.RAB.L

oss.CS.

AMR

RNC

VP_TDR

=(VS.RB

.DLConv

CS.64.R

NC*60)/∑(VS.R

AB.Loss

.CS.Con

v64K)

AMR

Traffic

Drop

Ratio

AMR_T

DR=(AM

R

Traffic*6

0)/AMR

RAB

Abnorm

al

Release

VP

Traffic

Drop

VP_TDR

=(VP

Traffic*6

0)/VP

RAB



Cell

VP_TDR

=(VS.RB

.DLConv

CS.64*6

0)/VS.R

AB.Loss

.CS.Conv64K

PS

Service

Drop

Ratio

Cell

PS_CD

R=(PS

RAB Abnorm

al

Release/

PS RAB

Release

)*100%

PS_CD

R=[(VS.

RAB.Los

s.PS.RF

+

VS.RAB.

Loss.PS

.Abnorm)/(VS.RA

B.Loss.

PS.RF +

VS.RAB.

Loss.PS

.Abnorm

+

VS.RAB.

Loss.PS

.Norm)]*100%

Retaina

bility

Ratio

Abnorm

al

Release



HSDPA

Service

Drop

Ratio

Cell

HSDPA

_CDR=(

HSDPA

_RBAbn

ormalRe

lease/H

SDPA_

RBRele

ase)*100%

HSDPA

_CDR=[(

VS.HSD

PA.RAB.

Loss.Ab

norm.No

nRF +VS.HSD

PA.RAB.

Loss.RF

)/(VS.HS

DPA.RA

B.Loss.

Abnorm.

NonRF

+

VS.HSD

PA.RAB.

Loss.RF

+VS.HS

DPA.RA

B.Loss.

Norm +

VS.HSD

PA.RAB.

Loss.InA

ctivit +



RNC

SHO_S

R=(VS.S

HO.Suc

c/VS.SH

O.Att.R

NC)*100

%

Cell

SHO_S

R=[(SH

O.Succ

RLAddU

ESide+S

HO.Suc

cRLDel

UESide)

/(SHO.A

ttRLAddUESide

+SHO.A

ttRLDel

UESide)

]*100%

RNC

SoHO_S

R=(VS.S

oHo.Suc

c/VS.SoHO.ASU

.AttRNC

)*100%

Soft

Handov

er

Success

Ratio

SHO_S

R=(SHO

ASUSuc

cess/SH

OASUAt

tempt)*1

00%



Channel

Handov

erSuccess

Ratio

(HSDPA

to DCH)

Cell

HtoD_Int

raCell_H

O_SR=(

HtoD_Int

raCell_H

OSuccessNum/

HtoD_Int

raCell_H

OAttem

ptNum)*

100%

HtoD_Int

raCell_H

O_SR=(

VS.HSD

PA.ChR.

HSDSCHtoDCH

/VS.HS

DPA.Ch

R.HSDS

CHtoDC

H.Att)*1

00%

Channel

Handov

er

Success

Ratio

(DCH to

HSDPA)

Cell

DtoH_IntraCell_H

O_SR=(

DtoH_Int

raCell_H

OSucce

ssNum/

DtoH_Int

raCell_H

OAttem

ptNum)*

100%

DtoH_Int

raCell_HO_SR=(

VS.HSD

PA.ChR.

DCHtoH

SDSCH/

VS.HSD

PA.ChR.

DCHtoH

SDSCH.

Att)*100%

Intra-

frequenc

y Hard

Handover

Success

Ratio

RNC

IntraHH

O_SR=[(

HHOSuc

cess-

InterHH

OSucce

ss)/(HHOAttem

pt-

InterHH

OAttem

pt)]*100

%

IntraHH

O_SR=[(

VS.HHO

.Succ.R

NC-

VS.HHO

.InterFre

q.Succ.RNC)/(V

S.HHO.

Att.RNC-

VS.HHO

.InterFre

q.Att.RN

C)]*100

%



Intra-

frequenc

y Hard

Handov

erSuccess

Ratio

(HSDPA

to

HSDPA)

Cell

HtoHIntr

aHHOS

uccessR

atio=(Ht

oHIntra

HHOSuccessNu

m/HtoHI

ntraHHO

AttempN

um)*100

%

HtoHIntr

aHHOS

uccessR

atio=(VS

.HSDPA

.HHO.SuccOutI

ntraFreq

/VS.HS

DPA.HH

O.AttOut

IntraFre

q)*100%

Inter-frequenc

y Hard

Handov

er

Success

Ratio

RNC

InterHHO_SR=(I

nterHHO

Success

/InterHH

OAttem

pt)*100

%

InterHH

O_SR=(VS.HHO

.InterFre

q.Succ.

RNC/VS

.HHO.Int

erFreq.A

tt.RNC)*

100%

Inter-

frequenc

y Hard

Handov

er

Success

Ratio

Cell

InterHHO_SR=(I

nterHHO

Success

/InterHH

OAttem

pt)*100

%

InterHH

O_SR=(VS.HHO

.InterFre

q.SuccO

ut/VS.H

HO.Inter

Freq.Att

Out)*10

0%



Inter-

frequenc

y Hard

Handov

erSuccess

Ratio

(HSDPA

to

HSDPA)

Cell

HtoHInte

rHHOSu

ccessRa

tio=(Hto

HInterH

HOSuccessNum/

HtoHInte

rHHOAtt

empNu

m)*100

%

HtoHInte

rHHOSu

ccessRa

tio=(VS.

HSDPA.

HHO.SuccOutInt

erFreq/V

S.HSDP

A.HHO.

AttOutIn

terFreq)*

100%

RNC

CSInter

RATHO

_SR=(VS.IRATH

O.Succ

CSOut.

RNC/VS

.IRATH

O.AttCS

Out.RN

C)*100

%

Cell

CSInter RATHO

_SR=(IR

ATHO.S

uccOutC

S/IRATH

O.AttOut

CS)*100

%

CS Inter-

RAT

Handov

er

Success

Ratio

(WCDM A to

GSM)

CSInter

RATHO

_SR=(C

SInterR

ATHOS

uccess/

CSInter RATHO

Attempt)

*100%



Cell

PSInter

RATHO

_SRin=[I

RATHO.

SuccOut

PSUE/(RRC.Att

ConnEst

ab.IRAT

CCO+R

RC.AttC

onnEsta

b.IRATC

elRes)]*

100%

HSDPA

Inter-

RAT

Handov

er

Success

Rate

(WCDM A to

GPRS)

Cell

HSDPAI

nterRAT

HO_SR

=(HSDP

AInterR

ATHOS

uccess/

HSDPAI

nterRATHOAtte

mpt)*10

0%

HSDPAI

nterRAT

HO_SR

=(VS.IR

ATHO.H

SDPA.S

uccOutP

SUTRA

N/VS.IR

ATHO.HSDPA.At

tOutPSU

TRAN)*

100%

RATHO

Success

In/PSInt

erRATH

OAttem

ptIn)*10

0%

er

Success

Ratio

(GPRS

to

WCDMA

)



SRNC

Relocati

on

Success

Ratio

RNC

SRNCR

elo_SR=

(SRNCR

elocatio

nSucces

s/SRNC

Relocati

onPrepa

rationAtt

empt)*1

00%

SRNCR

elo_SR=

[(VS.SR

ELOC.S

uccExec

.UEInvC

S.RNC+VS.SRE

LOC.Su

ccExec.

UEInvP

S.RNC+

VS.SRE

LOC.Su

ccExec.

UENonI

nvCS.R

NC+VS.

SRELO

C.SuccE

xec.UEN

onInvPS

.RNC)/(

RELOC.

AttPrep

UEInvol

CS+REL



TRNC

Relocati

on

Success

Ratio

RNC

TRNCR

elo_SR=

(TRNCR

elocatio

nSucces

s/TRNC

Relocati

onPrepa

rationAtt

empt)*1

00%

TRNCR

elo_SR=

[(VS.TR

ELOC.S

uccExec

.UEInv+

VS.TRELOC.Su

ccExec.

UENotIn

v)/(REL

OC.AttR

esAllocU

EInvolC

S+REL

OC.AttR

esAllocU

EInvolP

S+REL

OC.AttR

esAllocU

ENotInv

olCS+R

ELOC.At

tResAllo

cUENotI

nvolPS

E-DCH

Soft

Handov

er

Success

Ratio

Cell

EDCH_

SHO_S

R=(EDC

HSHOS

uccessN

um/EDC

HSHOAt

temptNu

m)*100

%

EDCH_

SHO_S

R=(VS.

HSUPA.

EDCH.S

HO.Suc

c/VS.HS

UPA.ED

CH.SHO

.Att)*100

%



E-DCH

to DCH

Handover

Success

Ratio

(with

Inter

HHO)

Cell

EtoDInte

rHHO_S

R=(EtoD

InterHHOSucce

ssNum/

EtoDInte

rHHOAtt

empNu

m)*100

%

EtoDInte

rHHO_S

R=(VS.

HSUPA.

ChR.Inte

rFreq.EDCHtoD

CH.Succ

/VS.HS

UPA.Ch

R.InterFr

eq.EDC

HtoDCH

.Att)*100

%

HSUPA

Inter-

RAT

Handov

er

Success

Ratio

(UTRANto

GPRS)

Cell

HSUPAI

nterRAT

HO_SR

=(HSUP

AInterR

ATHOS

uccessN

um/HSU

PAInter

RATHO AttempN

um)*100

%

HSUPAI

nterRAT

HO_SR

=(VS.HS

UPA.IR

ATHO.S

uccOutP

SUTRA

N/VS.H

SUPA.I

RATHO. AttOutP

SUTRA

N)*100

%

MBMS

Service

Mode

Switch

SuccessRatio

from

PTP to

PTM

Cell

PTP_PT

M_SR=

VS.MBM

S.PTPto

PTM.Succ/VS.M

BMS.PT

PtoPTM.

Att

PTP_PT

M_SR=

VS.MBM

S.PTPto

PTM.Succ/VS.M

BMS.PT

PtoPTM.

Att



PS

Service

DL

Average

Through

put

Cell

PSStr64

KDLAve

rageThr

oughput

PSStr12

8KDLAv

erageThroughput

PSStr14

4KDLAv

erageTh

roughput

PSInter6

4KDLAv

erageTh

roughput

PSInter1

28KDLA

verageT

hroughp

ut

PSInter1

44KDLA

verageT

hroughp

ut

PSInter3

VS.PS.S

tr.Kbps.

DL64

VS.PS.S

tr.Kbps.

DL128

VS.PS.Str.Kbps.

DL144

VS.PS.I

nt.Kbps.

DL64

VS.PS.I

nt.Kbps.

DL128

VS.PS.I

nt.Kbps.

DL144

VS.PS.I

nt.Kbps.

DL384

VS.PS.B

KG.Kbp

s.DL64

VS.PS.B

KG.Kbp

s.DL128

Service

UL

Average

BLER

Cell

AMRUL

BLER

VPULBL

ER

VS.ULBl

erAMR

VS.ULBl

erCSRT.

64

Service

Integrity



DL RLC Average

Retrans

mission

Ratio

Cell

DLRLCA

RR=(DL

RLCRetr ansmitte

dBlockA

M/DLRL

CSentBl

ockAM)*

100%

DLRLCA

RR=[(V

S.RLC.A

M.Rtx.Tr

f.PDU+V

S.AM.RLC.Rtx.

Sig.PDU

)/(VS.RL

C.AM.Tx

.Trf.PDU

+VS.AM

.RLC.Tx.

Sig.PDU

)]*100%

HSDPA

RLC

Through

put

Cell

HSDPA

_RLC_T

HPUT=

HSDPA

RLCThr

oughput/

StaticTi

me

HSDPA

_RLC_T

HPUT=

VS.HSD

PA.Mea

nChThro

ughput.

TotalByt

es *

8/{Static

Time}/1024

HSUPA

RLC

Through

put

Cell

HSUPA

_RLC_T

HPUT=

HSUPA

RLCThr

oughput/StaticTi

me

HSUPA

_RLC_T

HPUT=

VS.HSU

PA.Mea

nChThro

ughput.

TotalBytes *

8/{Static

Time}/1

024



Worst

Cell

Ratio

RNC

WCR={[

The

Number

Of Cells,

In Which

(AMRRA

BS_SRand

VPRAB

S_SR <

95%) or

(AMR_C

DR and

VP_CD

R >

3%)]/Th

e Total

Number

Of Cells

In

RNC}*1

00%

Notes:9

5% and

3% are

referred

WCR={[

The

Number

Of Cells,

In Which

(AMRRA

BS_SRand

VPRAB

S_SR <

95%) or

(AMR_C

DR and

VP_CD

R >

3%)]/Th

e Total

Number

Of Cells

In

RNC}*1

00%

Notes:9

5% and

3% are

referred

RNC

IUPagin

gCR=[(V

S.RANA

P.CsPag

ing.Loss

+VS.RA

NAP.Ps

Paging.L

oss)/(VS

.RANAP

.CsPagi

ng.Att+V

S.RANA

P.PsPag

ing.Att)]*

100%

IU

Paging

Congesti

on Ratio

IUPagin

gCR=(IU

PagingL

oss/IUP

agingAtt

empt)*1

00%



Cell

IUPagin

gCR=(V

S.RRC.

Paging1.

Loss.PC

HCong.

Cell/VS.UTRAN.

AttPagin

g1)*100

%

Call

admissio

nRefused

Ratio

Cell

NpAdmi

sionRati

o=(NoA

dmission

Num/TotalResou

rceRequ

estNum)

*100%

NpAdmi

sionRati

o=[(1－

VS.RAC

.NewCallAcc)/VS

.RAC.Ne

wCallRe

q]*100%

Congest

ed Cell

Ratio

RNC

ICR=(Th

e

Number

Of

Congest

ed Cells

On Busy

Hour/Th

e Total

Number

Of CellsIn

RNC)*1

00%

ICR=(Th

e

Number

OfCells,In

Which

VS.LCC.

OverCo

ngNumU

L>0 or

VS.LCC.

OverCo

ngNumD

L>0 On

BusyHour/Th

e Total

Number

Of Cells

In

RNC)*1

00%

Availabili

ty



Radio

Network

Unavaila

bilityRatio

RNC

UCR=(C

ell

Unavail

Time)

/(The

Total

NumberOf Cells

In

RNC*{S

P*60})*1

00%

UCR=(V

S.Cell.U

navailTi

me.OM)/

(The

Total

NumberOf Cells

In

RNC*{S

P*60})*1

00%

Average

CPU

Load

RNC

Mean

CPU

Utility

VS.SPU.

CPULO

AD.MEA

N

IUBBandwid

th

Utilizing

Ratio

NodeB

IUBRTU

Ruplink=(I

UB Real

Time

Trafficupli

nk/IUB

Configur

ation

Bandwid

thuplink)*100%

IUBRTU

Rdownlink=

(IUB

Real

Time

Trafficdo

wnlink/IUB

Configur

ationBandwid

thdownlink)

*100%

IUBRTU

Ruplink=(VS.AT

MUlAvg

Used.1

+

VS.ATM

UlAvgUs

ed.2 +

VS.ATM

UlAvgUs

ed.3 +VS.ATM

UlAvgUs

ed.4 +

VS.IPUl

AvgUse

d.1 +

VS.IPUl

AvgUse

d.2 +

VS.IPUl

AvgUse

d.3 +

VS.IPUl

AvgUse

d.4 /



CS

Equivale

nt

Erlang

RNC

CSEquiv

alentErl

CSPeak

Equivale

ntErl

VS.CSL

oad.Erla

ng.Equiv

.RNC

VS.CSL

oad.Max

Erlang.Equiv.RN

C

PS UL

Through

put

RNC

UlThrou

ghput

UlPeakT

hroughp

ut

VS.R99

PSLoad.

ULThrup

ut.RNC

VS.R99

PSLoad.

MaxULThruput.R

NC

VS.HSU

PAPSLo

ad.ULTh

ruput.R

NC

VS.HSU

PAPSLo

ad.MaxULThrup

ut.RNC



PS DL

Through

put

RNC

DlThrou

ghput

DlPeakT

hroughp

ut

VS.R99

PSLoad.

DLThrup

ut.RNC

VS.R99

PSLoad.

MaxDLThruput.R

NC

VS.HSD

PAPSLo

ad.DLTh

ruput.R

NC

VS.HSD

PAPSLo

ad.Max

DLThrup

ut.RNC

VS.MBM

SPSLoa

d.DLThr

uput.RN

C

VS.MBM

SPSLoa

d.MaxD

RNC

VS.AMR.RB.DL.

12.2

VS.RB.

DLConv

CS.64.R

NC

Cell

VS.AMR

.Ctrl.DL1

2.2

VS.RB.

DLConv

CS.64HSDPA

Mean

UE

Number

Cell

HSDPA

MeanUE

Number

VS.HSD

PA.UE.

Mean.C

ell

DL

Traffic of

Typical

Radio

Bearers

AMR12.

2KDL_E

rl

CSConv

64KDL_

Erl



DL

Traffic

Volume

of QoS

Classes

Cell

CellDLC

onvTraffi

cVolume

CellDLSt

rTrafficV

olume

CellDLIn

terTraffi

cVolume

CellDLBkgTraffic

Volume

(VS.AM

R.Ctrl.U

L12.2)×

12.2K

VS.CS.

Conv.DL

.64.Thruput

VS.PS.S

tr.DL.64.

Thruput

VS.PS.S

tr.DL.12

8.Thrup

ut

VS.PS.S

tr.DL.14

4.Thrup

ut

VS.PS.I

nt.DL.64

.Thruput

VS.PS.I

nt.DL.12

8.Thrup

ut

VS.PS.I

Cell

VS.MBM

S.PTP.U

E.Mean.

Cell

VS.MBM

S.PTP.U

E.Mean.

Cell

Cell

VS.MBM

S.PTM.

RB.Max.

Cell

VS.MBM

S.PTM.

RB.Max.

Cell

Cell

VS.MBM

S.PTM.

MeanTh

roughput

.Cell

VS.MBM

S.PTM.

MeanTh

roughput

.Cell

MBMS

Service

Channel

Number



Cell

VS.MBM

S.PTP.

MeanTh

roughput

.Cell

VS.MBM

S.PTP.

MeanTh

roughput

.Cell

MBMS

Service

Through

put

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