makro xls to xml v.8.0

8/10/2019 Makro Xls to XML v.8.0

1/261

Abbreviated name

address

adjcIndex

adjCellLayer

amrDadlbTargetCell

bg_bcchFrequency

bg_bsIdentityCodeBccbg_bsIdentityCodecc

bcchFrequency

adjCellBsicBcc

adjCellBsiccc

chainedAdjacentCell

adjacentCellIdCI

drThreshold

dtm!nabled

dtm"o#erBudget$argin

enable%o$arginLev&ual'ast$ovingThreshold

'requencyBandIn(se

g)rsCellBarred

g)rs!nabled

g)rs$sTx)#r$axCC%

g)rs$sTx"#r$axCC%*x++

g)rs"enaltyTime

g)rs,eselect-.set

g)rs,xlevAccess$in

g)rsTem)orary-.set

hcsThreshold

hoLevel(mbrella

hoLoadFactor

ho$arginLev

ho$argin"bgt

ho$argin&ual

ho"riorityLevel

hoTargetArea

cellTy)e

adjacentCellIdLac

adjacentCellId$CC

adjacentCellId$C

ms"#r-)tLevel

msTx"#r$ax/0$

msTx"#r$ax/0$*x++

name

nccr!g)rs"bgt$argin

nccr!g)rs&uality$argin


2/261

nccr/)rs"bgt$argin

nccr/)rs&uality$argin

neighbourCell,an1ing

ms"#r-)tLevelIn(se

hcs"riorityClass

rac

re'erCells2ci!st3eightre'erCells2adjIdCi

re'erCells2adjIdLac

re'erCells2levelAdj

re'erCells2adjId$CC

re'erCells2adjId$C

re'erCells

re)orting"riority

rxLev$inCell

synchroni4ed

targetCellDdadlbTargetCell

trhoTargetLevel

address

Adj#CId

int0ystemDa!cioThr

txDiversityInd

isnccrFdd&ualityThr

lac

mcc

min!cnoThreshold

mnc

name

'dd,e)orting"riority

rncId

scramblingCode

sac

targetCellD

uar'cn

address

'requency

name

'requencyBandIn(se

address

admin0tate

autoCon5g

bcchTrxBatbuTimer

batteryBac1u)"rocedure

cloc10ource


3/261

externalAlarmDe5nition

externalAlarmDe5nition2in)utId

bc'-ut)utIn(se

sync0ource

test!qui)ment

la)dLin1ame

la)dLin1umberlatitude

longitude

mo"osition

masterCloc1Bc'

masterCloc1

name

oldD

out)utDe5nition

out)utDe5nition2out)utText

externalAlarmDe5nition2)olarityexternalAlarmDe5nition2re)orting,oute

rxDi.erenceLimit

externalAlarmDe5nition2severity

bc'Ty)e

slaveBc'List

sync$ode

synch!nabled

synch0tatus

externalAlarmDe5nition2in)utTextId

out)utDe5nition2textId

externalAlarmDe5nition2in)utText

normTrxBatbuTimer

address

'rTchALim

hrTchALim

sdcchAlLimit

alrm0ei4,eq

alrmo-'0ei

alrm0dcch

alrm0chFail

alrmTch

alrmChFail

max-n%iI'

amhLo#erLoadThreshold

amh$axLoad-'TgtCell

amh())erLoadThreshold

amrCon'In%andovers

amr0et/rades!nabl


4/261

ansi!nvironment

bg_db0tate

scheduling3eight_bac1groundA,"*

scheduling3eight_bac1groundA,"6

scheduling3eight_bac1groundA,"7

bcsuLoadThr

extraTrxBcsuumberbimCon5dence"rob

bimInter'Threshold

bim()date/uardTime

bim()date"eriod

bim()date0calingFactor

bsc-)tions

ne0#,elease

bscTy)e

batteryBac1u)Timer

no1Bts-n%ourno1Bts-n$inute

no1Bts-.%our

no1Bts-.$inute

d'ca*88Connection_ciTarget

d'caAmrFrConnection_ciTarget

d'caAmr%rConnection_ciTarget

d'caFrConnection_ciTarget

d'ca%rConnection_ciTarget

ciTarget(l-.set

csriList2cnId

csLoadBalancing9alue

csriLength

csriList

g)rsTerritoryCalc

rtsl+"re'InTC%Alloc

dcs$acrocellThreshold

dcs$icrocellThreshold

csriList2de'ault0ignalling"ointCode

delay%o"c!mergencyCalls

d'caChannelAlloc$ethod

disable!xtDr

disableInt%o

sched0te)0i4eDl%igh"rior

sched0te)0i4eDlLo#"rior

sched0te)0i4eDlorm"rior

dtmFragmentation"enalty

dtm"'c"ac1etFlo#Timer

inactCriteria


5/261

)agingAns-nFacch

reestablish-nFacch

emerCall-nFacch

ordinaryCall-nFacch

inact!vents"er%our

ex)ectedBscBscInter'aceDelay

'e)In"c%o(se'reeT0LsCsDo#ngrade

'reeT0LsCs()grade

terr()d/uardT/)rs

gsm$acrocellThreshold

gsm$icrocellThreshold

ho"re'-rderInter'Dl

ho"re'-rderInter'(l

ibho/smCellsAno$s

ibho3cdmaCellsAno$s

initAmrChannel,atescheduling3eight_interactive*A,"*

scheduling3eight_interactive*A,"6

scheduling3eight_interactive*A,"7

scheduling3eight_interactive6A,"*

scheduling3eight_interactive6A,"6


scheduling3eight_interactive7A,"*



internal%oTo!xternal

intra0eg0dcch%o/uard

isho"re'erredForonDtm$s

la)dLoadThr

load,ateCh0earch

btsLoadDe)Tch,ateLo#er

maxBc'Ca)acity

maxBtsCa)acity

maxTrxCa)acity%#

maxTrxCa)acity,eal

extraTrx$axTrxInBcsu

max%ld0dcch

max%ldTch

)cu$axoDLtb'InC%

)cu$axo(Ltb'InC%

maxTchTransaction,ate

csriList2mcc

meanBe)Limit(L_"ro'+_6tsl



6/261


meanBe)Limit(L_"ro'*_6tsl



meanBe)Limit(L_"ro'6_7tsl

meanBe)Limit(L_"ro'6_8tsl

)rd%ighI'meas"rd0dcch

)rdo1Bts

meas"rdFail

measTch$hold

meas"rdCh

min%ldTch

csriList2mnc

msDistanceBehaviour

nacc(sage

namenccrControl$ode

nccrIdle$ode,e)"eriod

nccreighborCell"enalty

nccr,eturn-ldCellTime

nccrTargetCell"enalty

nccrTra$ode,e)"eriod

csriList2nriList*

csriList2nriList*+

csriList2nriList6

csriList2nriList7

csriList2nriList8

csriList2nriList:

csriList2nriList;

csriList2nriList

adjCellFreqsIn$easBAIn'o

'reqIn$easBAIn'o

call,eleaseLimit

no-'"re'Cells

trigger$eas"eriod

)'cAc1BlerLimit_notAvailable

)'cAc1BlerLimit_legacy0tream

)'cAc1BlerLimit_limit*+*:+ms

)'cAc1BlerLimit_limit6++>:+ms

)'cAc1BlerLimit_limit*+++8+++ms

)'c(nac1BlerLimit_notAvailable

)'c(nac1BlerLimit_legacy0tream


7/261


8/261

scheduling3eight_streamingA,"6

scheduling3eight_streamingA,"7

)ieTo0ubscriberTy)e

su)ervision"eriod

tch,ateInternal%o

tchTransactionCount

min%iI'timeLimit3"0

timeLimit3"0%-

amhTrho/uardTime

income,ateThreshold

sched0te)0i4e(l"rior*

sched0te)0i4e(l"rior6



btsLoadDe)Tch,ate())er

ms0)eedC**ms0)eedC*6

variableDl0te)0i4e

#cdmaFddccr!nabled

#cdmaFddccr"re'erred

#)s"re'Ca)a

#)s"riCa)a

ada)tiveLaAlgorithm

address

multiBandCell

admin0tate

allo#I$0IAttachDetach

amhLo#erLoadThreshold

amh$axLoad-'TgtCell

amh())erLoadThreshold

amrCon'FrCodec$ode0et

amrCon'Fr%ysteresis*

amrCon'Fr%ysteresis6

amrCon'Fr%ysteresis7

amrCon'FrInitCodec$ode

amrCon'Fr0tart$ode

amrCon'FrThreshold*

amrCon'FrThreshold6

amrCon'FrThreshold7

amr%o%rIn%oThrDl,x&ual

amrCon'%rCodec$ode0et

amrCon'%r%ysteresis*

amrCon'%r%ysteresis6

amrCon'%r%ysteresis7


9/261

amrCon'%rInitCodec$ode

amrCon'%r0tart$ode

amrCon'%rThreshold*

amrCon'%rThreshold6

amrCon'%rThreshold7

radioLin1TimeoutAmr

antenna%o))inginter'erenceAveraging"rocessAver"eriod

bg_bsIdentityCodeBCC

bg_bsIdentityCodeCC

bg_ho))ing$ode

bg_ho))ing0equenceumber*

bg_ho))ing0equenceumber6

bg_maio-.set

bg_maio0te)

bg_underlay%o))ing$ode

bg_ho))ing0equenceumber7bg_underlay$aio-.set

bg_underlay$aio0te)

bg_underlay$A

bg_underlay$A(sed

bg_used$obileAllocation

bg_used$obileAllocId(sed

measurementBCC%Allocation

bscBscInter'ace0tatus

bsIdentityCodeBCC

bsIdentityCodeCC

through)utFactor_cs*cs8dlcs

through)utFactor_mcs*mcs>dlcs

ho))ing$ode

btsLoadIn0eg

btsLoadThreshold

bts$easAver

n#ame

through)utFactor_cs*cs8ulcs

through)utFactor_mcs*mcs8ulcs

through)utFactor_mcs*mcs>ulcs

cnThreshold

c7*%ysteresis

c76&ual

calc$inumber0lots

call,eestablishmentAllo#ed

cellBar&uali'y

cellBarred

cellLoadForChannel0earch


10/261

cell,eselect%ysteresis

cell,eselect-.set

cell,eselect"aramInd

cellTy)e

cellId

)cuCs%o))ing

)cuCson%o))ingcs7Cs8!nabled

dedicated/",0ca)acity

de'ault/",0ca)acity

d'ca$aLists

d'ca$ode

d'ca(nsync$ode$aList

direct/",0AccessBts

dr$ethod

drIn(se

)cuDlLa,is1Level)cuDlBlerC)%o))ing

)cuDlBlerC)on%o)

csAc1Dl

cs(nac1Dl

dloiseLevel

dtm!nabled

dtx$ode

early0endingIndication

eg)rs!nabled

inact!ndTime%our

inact!ndTime$inute

inact0tartTime%our

inact0tartTime$inute

inact3ee1Days

eg)rsLin1Ada)t!nabled

emergencyCall,estricted

'dd&-.set

'orcedAmr%rCiThreshold

'orced%rCiAver"eriod

'orced%rCiThreshold

'orced%r$ode%ysteresis

'requencyBandIn(se

g)rsCellBarred

g)rsCell,esel%ysteresis

g)rs!nabled

'dd/)rs&-.set

g)rs$ax,etrans

g)rsFdd&$in


11/261

g)rs$sTx)#r$axCC%

g)rs$sTx"#r$axCC%*x++

g)rsonBCC%,xlevLo#er

g)rsonBCC%,xlev())er

g)rsAccessCtrlClass

g)rsbr0lots0)readTrans

g)rs,xlevAccess$inq0earch"

hcsThreshold

ho))ing0equenceumber*

ho))ing0equenceumber6

lo#erLimitCellLoad%0C0D

u))erLimitCellLoad%0C0D

do#ngrade/uardTime%0C0D

min!xhaust%0C0D

u))erLimit,egularLoad%0C0D

min%0C0Dca)acityCellu)grade/ain%0C0D

u)grade/uardTime%0C0D

idle0tateBcchAllocListId

idle0tateBcchAllocId(sed

idrCellTy)e

ibho/sm!nabled

ibho3cdma!nabled

eg)rsInit$csAc1$ode

eg)rsInit$cs(nAc1$ode

insite/ate#ay

idr(sed

inter'erenceAveraging"rocessBoundary+

inter'erenceAveraging"rocessBoundary*

inter'erenceAveraging"rocessBoundary6



inter'erenceAveraging"rocessBoundary:

amr%oFrIn%oThrDl,x&ual

btsIs%o))ing

locationAreaIdLAC

'reeTchLimit

bts0)LoadDe)Tch,ateLo#er

maio-.set

maio0te)

masterBc'

max/",0Ca)acity

maxumber-',e)etition

maxumber,etransmission


12/261

max&ueueLength

maxTimeLimitDirected,etry

eg)rs$axBlerAc1$ode

eg)rs$axBler(nAc1$ode

locationAreaId$CC

eg)rs$eanBe)-.set=)s1

eg)rs$eanBe)-.set/ms1measList(sedDuring$eas

minTimeLimitDirected,etry

'dd&$in

locationAreaId$C

ms$axDistInCall0etu)

ms"riority(sedIn&ueueing

msTx"#r$axCC%

msTx"#r$axCC%*x++

msTx"#r$ax/0$

msTx"#r$ax/0$*x++min$sTx"o#er

multiBandCell,e)orting

name

ne#!stabCauses0u))ort

nonBCC%Layer-.set

notAllo#edAccessClasses

nsei

no-'Bloc1sForAccess/rant

no-'$FramesBet#een"aging

nbr-'0lots0)readTrans

nbrTchFor"riority0ubs

oldD

)sei

bs"agingBloc1s,es

bs"BCC%Bloc1s

amr"ocFr"cLThrDl,x&ual

amr"oc%r"cLThrDl,x&ual

amr"ocFr"cLThr(l,x&ual

amr"oc%r"cLThr(l,x&ual

amr"ocFr"c(ThrDl,x&ual

amr"oc%r"c(ThrDl,x&ual

amr"ocFr"c(Thr(l,x&ual

amr"oc%r"c(Thr(l,x&ual

)cuIdenti5er

)enaltyTime

)lmn"ermitted

)o#er-.set

bs",AC%Bloc1s


13/261

)re'erBCC%'req/",06

hcs"riorityClass

queue"riority(sed

queueing"riorityCall

queue"riorityon(rgent%o

queueing"riority%andover

ra,eselect%ysteresisrac

radioLin1Timeout

radius!xtension

t,esel

reservation$ethod

)riorityCh(seIncoming%-

diversity(sed

rxLevAccess$in

scale-rd

sectorIdsegmentId

segmentame

smsCb(sed

stirc!nabled

amr%oFr0u),euBadCiThr

amr%o%r0u),euBadCiThr

amr%oFr0u),eu/oodCiThr

amr%o%r0u),eu/oodCiThr

tch,ateIntraCell%o

tem)orary-.set

amr%o%rThrDl,x&ual

amr%oFrThrDl,x&ual

q0earchI

amr%oFrThr(l,x&ual

amr%o%rThr(l,x&ual

timeLimitCall

timeLimit%andover

timer"eriodic()date$s

tra?cTy)esForTrun1

trans)ortTy)e

amhTrho/uardTime

trun1,eservation(sed

trx"riorityInTchAlloc

)cu(lLa,is1Level

)cu(lBlerC)%o))ing

)cu(lBlerC)on%o)

csAc1(l

cs(nac1(l


14/261

uloiseLevel

underlay%o))ing$ode

ho))ing0equenceumber7

underlay$aio-.set

underlay$aio0te)

underlay$aAllocationId

underlay$aId(sedbts0)LoadDe)Tch,ate())er

used$obileAllocation

used$obileAllocId(sed

re)orting-.set*=++

re)ortingThreshold*=++

re)orting-.set*>++

re)ortingThreshold*>++

re)orting-.set=:+

re)ortingThreshold=:+

re)orting-.set>++re)ortingThreshold>++

address

averaging3indo#0i4eAdjCell

utranAveragingumber

allAdjacentCellsAveraged

all(tranAdjAver

allInter'CellsAveraged

amhTra?cControlI(-

amhTra?cControl$C

amhTrho"bgt$argin

ci!st$ethod

hoThresholds,a)idLev(l

dde3indo#

er'd!nabled

enaFastAveCall0etu)

enaFastAve%o

enaFastAve"c

enableInterFrtIuo%o

enableIntra%oDl

enableIntra%o(l

enableIntracell%andover

enable$sDistance

enable"o#erBudget%o

enable0ddch%andover

enaTchAss0u)erIuo

enable(mbrella%o

er'd-ver

re)orting-.setFdd


15/261

re)ortingThresholdFdd

gsm"lmn"riorisation

ho"eriod"bgt

ho"eriod(mbrella

int'CellAvg3indo#0i4e

int'Cellbr-'@ero,esults

inter0ystemDainvalidBsic,e)orting

hoAvaragingLevDL3eighting

hoAvaragingLevDl3indo#0i4e

hoAveragingLev(l3eighting

hoAveragingLev(l3indo#0i4e

lo#erCiLimit

lo#er0)eedLimit

minIntBet#een%o,eq

minIntBet#een(nsucc%oAttem)t

minIntIuo%o,eqB&minInt(nsuccIs%o

minInt(nsuccIuo%o

utran%oTh0cT)dc

minBsicDecodeTime

modi5edAve3inCell

modi5edo4

msDistanceAveraging"aram%reqave

max$sDistance%oThreshold

min$sDistance%oThreshold

msDistance%oThreshold"aram$s,ange

msD%oThr"aram=

msDistance%oThreshold"aram"=

ms0)eedAveraging

ms0)eedDetection0tate

ms0)eedThresholdx

ms0)eedThreshold"x

name

nonBcchLayerAccessThr

rxLevel

nonBcchLayer!xitThr_nx

nonBcchLayer!xitThr_)x

'dd$ultirat,e)

no-'@ero,es(tran

number-'@ero,esults

)riorityAdj0te)

hoAveraging&ualDl3eighting

hoAveraging&ualDl3indo#0i4e

hoAveraging&ual(l3eighting


16/261

hoAveraging&ual(l3indo#0i4e

re)orting,ate

servingBand,e)orting

su)er,euseBadCiThresholdCi,atio

su)er,euseBadCiThresholdx

su)er,euseBadCiThreshold"x

su)er,euseBad,xLevThresholdxsu)er,euseBad,xLevThreshold"x

su)er,euseBad,xLevThreshold,xLevel

su)er,euse!st$ethod

su)er,euse/oodCiThresholdCi,atio

su)er,euse/oodCiThresholdx

su)er,euse/oodCiThreshold"x

su)er,euse/ood,xLevThresholdx

su)er,euse/ood,xLevThreshold"x

su)er,euse/ood,xLevThreshold,xLevel

ddeThresholdsLev,xLevelddeThresholdsLevx

ddeThresholdsLev"x

q0earchC

hoThrInter'erenceDlx

hoThrInter'erenceDl"x

hoThresholdsInter'erenceDl,xLevel

hoThresholdsInter'erence(Lx

hoThresholdsInter'erence(L"x

hoThresholdsInter'erence(L,xLevel

hoThresholdsLevDLx

hoTLDl"x

hoTLDl,xLevel

hoThresholds,a)idLev(l

hoTL(lx

hoTL(l"x

hoTL(l,xLevel

hoT&Dlx

hoT&Dl"x

hoT&Dl,x&ual

hoT&(lx

hoT&(l"x

hoT&(l,x&ual

'ail$oveThreshold

u))er0)eedLimit

#cdma,anCell"enalty

address

'requency

name


17/261

'requencyBandIn(se

address

enableAla

al)ha

gamma

be)"eriod

bsTx"#r$axbsTx"#r$ax*x++

bsTx"#r$in

bsTx"#r-.set

tAvg3

minIntBet#eenAla

name

)cALDl3eighting

)cALDl3indo#0i4e

)cAL(l3eighting

)cAL(l3indo#0i4e)cA&LDl3eighting

)cA&LDl3indo#0i4e

)cA&L(l3eighting

)cA&L(l3indo#0i4e

)cLTLevDlx

)cLTLevDl"x

)cLo#erThresholdsLevDL,xLevel

)cLTLev(lx

)cLTLev(l"x

)cLo#erThresholsLev(L,xLevel

)cLT&ualDlx

)cLT&ualDl"x

)cLT&ualDl,x&ual

)cLT&ual(lx

)cLT&ual(l"x

)cLT&ual(l,x&ual

)cLT&ual*88x

)cLT&ual*88"x

)cLT&ual*88,x&ual

)c(TLevDlx

)c(TLevDl"x

)c())erThresholdsLevDL,xLevel

)c(TLev(lx

)c(TLev(l"x

)c())erThresholdsLev(L,xLevel

)c(T&ualDlx

)c(T&ualDl"x

)c(T&ualDl,x&ual


18/261

)c(T&ual(lx

)c(T&ual(l"x

)c(T&ual(l,x&ual

)cControlInterval

)cControl!nabled

)#rDecrLimitBand+

)#rDecrLimitBand*)#rDecrLimitBand6

)o#erDecr&ualFactor

)cIncr0te)0i4e

)o#erLimitAla

)c,ed0te)0i4e

tAvgT

address

admin0tate

autoCon5g

bg_trxInt'Cell2bgInt'Cell!stTy)ebg_trxInt'Cell2bgInt'CellCi!st3eight

bg_trxInt'Cell2bgInt'CellCI

bg_directAccessLevel

bg_initialFrequency

bg_trxInt'Cell

bg_trxInt'Cell2bgInt'CellLAC

bg_trxInt'Cell2bgInt'CellLevelAdj

bg_trxInt'Cell2bgInt'Cell$CC

bg_trxInt'Cell2bgInt'Cell$C

bg_o)timum,xLev(L

bg_trxFrequencyTy)e

bg_tsc

bc'-ut)uts

trxInt'Cell2estTy)e

trxInt'Cell2ci!st3eight

channel+Admin0tate

channel+$aio

channel+"cm

channel+0ubslot

channel+Tsl

channel+Ty)e

channel*Admin0tate

channel*$aio

channel*"cm

channel*0ubslot

channel*Tsl

channel*Ty)e

channel6Admin0tate


19/261

channel6$aio

channel6"cm

channel60ubslot

channel6Tsl

channel6Ty)e

channel7Admin0tate

channel7$aiochannel7"cm

channel70ubslot

channel7Tsl

channel7Ty)e

channel8Admin0tate

channel8$aio

channel8"cm

channel80ubslot

channel8Tsl

channel8Ty)echannel:Admin0tate

channel:$aio

channel:"cm

channel:0ubslot

channel:Tsl

channel:Ty)e

channel;Admin0tate

channel;$aio

channel;"cm

channel;0ubslot

channel;Tsl

channel;Ty)e

channel


20/261

externalAlarmDe5nition2in)utId

externalAlarmDe5nition2in)utText

externalAlarmDe5nition2in)utTextId

trxInt'Cell

trxInt'Cell2adjIdLac

la)dLin1ame

la)dLin1umbertrxInt'Cell2levelAdj

trxInt'Cell2adjId$CC

trxInt'Cell2adjId$C

name

omLa)dLin1ame

omLa)dLin1umber

oldD

o)timum,xLevDL

o)timum,xLev(L

externalAlarmDe5nition2)olarity)re'erredBcch$ar1

externalAlarmDe5nition2re)orting,oute

externalAlarmDe5nition2severity

subslotsFor0ignalling

trxAbilities

trxFrequencyTy)e

hal',ate0u))ort

out)utDe5nition

tsc

instance

AdjgBandIndicator

AdjgBCC

AdjgBCC%

AD/Change-rigin

AdjgCI

AdjgLAC

Adjg$CC

Adjg$C

AdjgCC

Adjg0IB

AdjgTx"#r$ax,AC%

AdjgTx"#r$axTC%

name

rt%o)gIdenti5er

,t%o)gIdenti5er

TargetCellD

instance

ADIChange-rigin


21/261

AdjiCI

AdjiComLoad$easD,CCellC%-

AdjiC"IC%Tx"#r

Adji!co-.setC%-

Adji%andlingBloc1edCell0L%-

AdjiLAC

Adji$CCAdji$C

Adji,AC

Adji,Cid

Adji0crCode

Adji0IB

AdjiTxDiv

AdjiTx"#rD"C%

AdjiTx"#r,AC%

Adji(A,FC

namert%o)iIdenti5er

,t%o)iIdenti5er

TargetCellD

instance

AD0Change-rigin

AdjsCI

AdjsC"IC%Tx"#r

AdjsD!,,

Adjs!co-.set

AdjsLAC

Adjs$CC

Adjs$C

Adjs,AC

Adjs,Cid

Adjs0crCode

Adjs0IB

AdjsTxDiv

AdjsTx"#r,AC%

%0D"A%o)sIdenti5er

name

rt%o)sIdenti5er

,t%o)sIdenti5er

,T3ith%0D"A%o)sIdenti5er

TargetCellD

instance

AAL6Loss,atio

AAL6$ulti)lexing

AAL6$uxDelay


22/261

AAL60ignLin1T"

AAL60ignLin1T"2AAL60igCD9T+*!gr

AAL60ignLin1T"2AAL60igCD9T+*Ing

AAL60ignLin1T"2AAL60ig"C,+*!gr

AAL60ignLin1T"2AAL60ig"C,+*Ing

AAL60ignLin1T"2AAL60ignLin1T"Id

AAL60ignLin1T"2AAL60ignLin19CIAAL6T"

AAL6T"2AAL6"athId

AAL6T"2AAL60ignLin19CI

AAL6T"2AAL6("CD9T+*!gr

AAL6T"2AAL6("CD9T+*Ing

AAL6T"2AAL6(""C,+*!gr

AAL6T"2AAL6(""C,+*Ing

AAL6T"2AAL6("T"Id

AAL6T"2AAL6("(sage

AAL6T"2AAL6("9CIAAL6T"2C-C-A6!A

AAL6T"23A$Id

AT$Inter'aceID

CalculateCD9T

CBA"CD9T+*!gr

CBA"CD9T+*Ing

CBA""C,+*!gr

CBA""C,+*Ing

CBA"9CI

C-C-Change-rigin

C-C-9"I

Con'ormanceDe'

CreateAT$T"

DBA"T"

DBA"T"2CControl"ortID

DBA"T"2DBA"CD9T+*!gr

DBA"T"2DBA"CD9T+*Ing

DBA"T"2DBA""C,+*!gr

DBA"T"2DBA""C,+*Ing

DBA"T"2DBA"9CI

!arly"ac1etDiscard

/enerateAAL6um

name

oldD

"artial"ac1etDiscard

&uality-'0erviceClass

0erviceCategory

9"LT"CD9T+*!gr


23/261

9"LT""C,+*!gr

9"LT"Tra?c0ha)ing

instance

F$C/Change-rigin

/0$causeC"IC%!co

/0$causeC"IC%rsc)

/0$causeTx"#rDL/0$causeTx"#r(L

/0$cause()lin1&uality

/smDLTx"#rThrA$,

/smDLTx"#rThrC0

/smDLTx"#rThrrt"0

/smDLTx"#rThr,t"0

/sm$ax$eas"eriod

/sm$easAve3indo#

/sm$eas,e)Interval

/sm$in%oInterval/sm$in$easInterval

/sm$in0L%-Interval

/smcell0earch"eriod

/sm(!Tx"#rFilterCoe.

/sm(!Tx"#rThrA$,

/sm(!Tx"#rThrC0

/sm(!Tx"#rThrrt"0

/sm(!Tx"#rThr,t"0

/sm(!Tx"#rTime%yst

I$0Ibased/sm%o

name

instance

F$CIChange-rigin

IF%-causeC"IC%!co

IF%-causeC"IC%rsc)

IF%-causeTx"#rDL

IF%-causeTx"#r(L

IF%-cause()lin1&uality

I$0IbasedIF%-

InterFreqDLTx"#rThrA$,

InterFreqDLTx"#rThrC0

InterFreqDLTx"#rThrrt"0

InterFreqDLTx"#rThr,t"0

InterFreq$ax$eas"eriod

InterFreq$easAve3indo#

InterFreq$eas,e)Interval

InterFreq$in%oInterval

InterFreq$in$easInterval


24/261

InterFreq$in0L%-Interval

InterFreqcell0earch"eriod

InterFreq(!Tx"#rFilterCoe.

InterFreq(!Tx"#rThrA$,

InterFreq(!Tx"#rThrC0

InterFreq(!Tx"#rThrrt"0

InterFreq(!Tx"#rThr,t"0InterFreq(!Tx"#rTime%yst

name

instance

Active0et3eightingCoe?cient

Addition,e)ortingInterval

AdditionTime

Addition3indo#

Dro)Time

Dro)3indo#

!coFilterCoe?cientF$C0Change-rigin

%%o!coCancel

%%o!coCancelTime

%%o!coThreshold

%%o!coTime%ysteresis

%%o,sc)Cancel

%%o,sc)CancelTime

%%o,sc)FilterCoe?cient

%%o,sc)Threshold

%%o,sc)Time%ysteresis

I$0Ibased0%-

$axActive0et0i4e

name

,e)lacement,e)ortingInterval

,e)lacementTime

,e)lacement3indo#

instance

Adjg%C0)riority

Adjg%C0threshold

Adjg$in,xLevC%-

Adjg"enaltyTime

Adjg"enaltyTimeC%-

Adjg"riorityCoverage

Adjg"riority0L%-

Adjg&o.set*

Adjg&rxlev$in

Adjg,xLev$in%-

AdjgTem)-.set*


25/261

%-"/Change-rigin

name

instance

Adji!co$argin

Adji%C0)riority

Adji%C0threshold

Adji$in!coAdji$in!coC%-

Adji$in,0C"

Adji$in,sc)C%-

Adji"enaltyTime

Adji"enaltyTimeC%-

Adji"loss$argin

Adji"riorityCoverage

Adji"riority&uality

Adji"riority0L%-

Adji&o.set*Adji&o.set6

Adji&qual$in

Adji&rxlev$in

AdjiTem)-.set*

AdjiTem)-.set6

%-"IChange-rigin

name

instance

Adjs%C0)riority

Adjs%C0threshold

Adjs"enaltyTime

Adjs&o.set*

Adjs&o.set6

Adjs&qual$in

Adjs&rxlev$in

AdjsTem)-.set*

AdjsTem)-.set6

!coAveraging3indo#

!nableInter,Csho

!nable,,C,elease

%%-$arginAverage!co

%%-$argin"ea1!co

%-"0Change-rigin

name

,elease$arginAverage!co

,elease$argin"ea1!co

instance

A6!A


26/261

ActivationTime-.set

Adjustment"eriod

Adjustment,atio

A$,3ith%0D0C%

Bit,ate0et"0,T

CBCItem

CBCItem2$CC*CBCItem2$C*

CBCItem2$CC6

CBCItem2$C6

CBCItem2$CC7

CBCItem2$C7

CBCItem2$CC8

CBCItem2$C8

CBCItem2CBCI"address*

CBCItem2CBCI"address6

CBCItem2CBCI"address7CBCItem2CBCI"address8

CBCItem2CBCI"addrTy)e

CCC%'orC(Callo#ed

CellAccess,estriction

CellDC%testTmr

Cell,eselection-bservingTime

C$master0#itch

Cr%andling"olicyDL

Cr%andling"olicy(L

Cr&ueuingTimeDL

Cr&ueuingTime(L

C0A$,$ode0!T

C0A$,$ode0!T3B

C9(serInactIn0ignConn,el

DC%(tilBelo#Do#ngradeThr

DC%(til%ighAve3in

DC%(til%ighBelo#,TData,ateThr

DC%(til%ighTimeToTrigger

DC%(tilLo#erAve3in*6=

DC%(tilLo#erAve3in6:;

DC%(tilLo#erAve3in76

DC%(tilLo#erAve3in7=8

DC%(tilLo#erAve3in;8

DC%(tilLo#erDo#ngradeThr*6=

DC%(tilLo#erDo#ngradeThr6:;

DC%(tilLo#erDo#ngradeThr76

DC%(tilLo#erDo#ngradeThr7=8

DC%(tilLo#erDo#ngradeThr;8


27/261

DC%(tilLo#erTimeToTrigger*6=

DC%(tilLo#erTimeToTrigger6:;

DC%(tilLo#erTimeToTrigger76

DC%(tilLo#erTimeToTrigger7=8

DC%(tilLo#erTimeToTrigger;8

DC%(til$eas/uardTime

DC%(til,elAve3inDC%(til,elThrDL

DC%(til,elThr(L

DC%(til,elTimeToTrigger

DC%(til())erAve3in*6=

DC%(til())erAve3in6:;

DC%(til())erAve3in76

DC%(til())erAve3in7=8

DC%(til())erAve3in;8

DC%(til())erDo#ngradeThr*6=

DC%(til())erDo#ngradeThr6:;DC%(til())erDo#ngradeThr76

DC%(til())erDo#ngradeThr7=8

DC%(til())erDo#ngradeThr;8

DC%(til())erTimeToTrigger*6=

DC%(til())erTimeToTrigger6:;

DC%(til())erTimeToTrigger76

DC%(til())erTimeToTrigger7=8

DC%(til())erTimeToTrigger;8

De'aultAuthorisedet#or1Id

DLBL!,Con'Interval

DLLoad0ource

DLmaxBit,ate0F*6=

DLmaxBit,ate0F*;

DLmaxBit,ate0F6:;

DLmaxBit,ate0F76

DLmaxBit,ate0F;8

DL-)timisation"rohibitTime

DL-)timisation"#r-.set

DL-)timisation(sage

DL)uncturingLimit

Do#nlin1InnerLoo)"C0te)0i4e

D0AC

Dyn(sage%0D"A,eturnChannel

!mergencyCallI0%-0u))ort

!nable(L&ualDet,e)

!x)ect,eordering"DC"

!xtended(LDLactivationTmr

Factor$in"B0interval


28/261


29/261

InactivityTimer()lin1DC%*;

InactivityTimer()lin1DC%6:;

InactivityTimer()lin1DC%76

InactivityTimer()lin1DC%76+

InactivityTimer()lin1DC%7=8

InactivityTimer()lin1DC%;8

InactivityTimer()lin1DC%=Intelligent!mergencyCallI0%-0u))ort

Internal%0D"AFlo#Control$ethod

IubDATree

IuDATree

IuItemC0

IuItemC02$CC

IuItemC02$C

IuItemC02CId

IuItemC020haredArea$CC*

IuItemC020haredArea$C*IuItemC020haredArea$CC6

IuItemC020haredArea$C6

IuItemC020haredArea$CC7

IuItemC020haredArea$C7

IuItemC02CD,Length

IuItemC02CDomainIndicator

IuItemC02CDomain9ersion

IuItemC02C0AttachDetachAllo#ed

IuItemC02C0_T76*6

IuItemC02IuBarring,ecoveryTimer

IuItemC02Iu'ailure

IuItemC02et#or1Ind

IuItemC02,elocation0u))ort

IuItemC020ign"ointCode

IuItemC02T,a'C

IuItemC02T,atC

IuItemC02Tig-,

IuItemC02TinT,

IuItem"0

IuItem"02$CC

IuItem"02$C

IuItem"02CId

IuItem"020haredArea$CC*

IuItem"020haredArea$C*

IuItem"020haredArea$CC6

IuItem"020haredArea$C6

IuItem"020haredArea$CC7

IuItem"020haredArea$C7


30/261

IuItem"02CD,Length

IuItem"02CDomainIndicator

IuItem"02CDomain9ersion

IuItem"02CellFAC%,eloc0u))ort

IuItem"02IuBarring,ecoveryTimer

IuItem"02Iu'ailure

IuItem"02et#or1IndIuItem"02"0_$-

IuItem"02,elocation0u))ort

IuItem"020ign"ointCode

IuItem"02TDataF#d

IuItem"02T,a'C

IuItem"02T,atC

IuItem"02Tig-,

IuItem"02TinT,

Iu"0rel3ait7/6/$ulti0erv

IurDATreeIurItem

IurItem2eighbour$CC*

IurItem2eighbour$C*

IurItem2eighbour$CC6

IurItem2eighbour$C6


IurItem2eighbour$C7


IurItem2eighbour$C8

IurItem2CellFAC%n,nc,eloc0u))ort

IurItem2Iur("0u))ort

IurItem2,ncId

IurItem2,ncet#or1Ind

IurItem2,nc,elocation0u))ort

IurItem2,nc0ign"ointCode

IurItem2,nc9ersion

LC0'unctionality

L%-$inrtDchAllocTime

Lo#er,xTxTimeDi.

$ACdo#through)utAve3in

$ACdo#through)ut,elThr

$ACdo#through)utTimetoTrigger

$ACdo#util,elThr

$ACdo#utilTimetoTrigger

$anagedBy

$axAdjustment0te)

$axBit,ate,T$ACDFlo#

$axCell,eselections


31/261

$axFree4ingTime

$ax%eader"DC"

$axumber-',eAttem)tsCong

$in"re'Change

$0Activity0u)ervision

7+6

7+87+=

name

C%-FilterCoe.ComLoad$easD,CCell

C%-%ystComLoad$easD,CCell

C%-ThrComLoad$easD,CCell

onTC"s)ace"DC"

"age,e)*stInterv

"age,e)6ndInterv

"B0)olicy

"CrangeDL"eriod(L,CA$,

"o#erBalancing

"o#erControlAlgorithm

"rachBetaC*6+

"rachBetaC*:

"rachBetaC7+

"rachBetaC;+

"rachBetaD*6+

"rachBetaD*:

"rachBetaD7+

"rachBetaD;+

"re'0ubtract

"rxoise$axTuneAbsolute

"0-)Thro(sage

,AA"Cause*Load%-

,AA"Cause*0erv%-

,AA"Cause6Load%-

,AA"Cause60erv%-

,AA"Cause7Load%-

,AA"Cause70erv%-

,AA")rocInit3ait

,estrictionInterval

,CChange-rigin

,Came

,nc-)tions

,,CstateA'ter(,Au)date

,TservicesFor"0

0D(discard$ode,T"0


32/261

0IB*_)riority

0IB**_)riority

0IB*6_)riority

0IB*=_)riority

0IB6_)riority

0IB7_)riority

0IB:_)riority0IB;_)riority

0IB


33/261

T/"Lsingle'rameC0interFreq

T/"Lsingle'rame,T"0gsm

T/"Lsingle'rame,T"0interFreq

T/"Lsingle'rame,T"0gsm

T/"Lsingle'rame,T"0interFreq

ToA3!_,T_DC%_tti*+

ToA3!_,T_DC%_tti6+ToA3!_,T_DC%_tti8+

ToA3!_,T_DC%_tti*+

ToA3!_,T_DC%_tti6+

ToA3!_,T_DC%_tti8+

ToA3!_0)eech

ToA30_,T_DC%_tti*+

ToA30_,T_DC%_tti6+

ToA30_,T_DC%_tti8+

ToA30_,T_DC%_tti*+

ToA30_,T_DC%_tti6+ToA30_,T_DC%_tti8+

ToA30_0)eech

ToCellFAC%inTest

Tra'9ol"endingTimeDL

Tra'9ol"endingTime(L

Tra'9olThresholdDL%igh

Tra'9olThresholdDL%ighDC%*6=

Tra'9olThresholdDL%ighDC%*;

Tra'9olThresholdDL%ighDC%6:;

Tra'9olThresholdDL%ighDC%76

Tra'9olThresholdDL%ighDC%;8

Tra'9olThresholdDL%ighDC%=

Tra'9olThreshold(L%igh

Tra'9olThreshold(L%ighDC%*6=

Tra'9olThreshold(L%ighDC%*;

Tra'9olThreshold(L%ighDC%6:;

Tra'9olThreshold(L%ighDC%76

Tra'9olThreshold(L%ighDC%;8

Tra'9olThreshold(L%ighDC%=

Tra'9olThreshold(LLo#

Tra'9olTimeToTriggerDL

Tra'9olTimeToTrigger(L

T,eloc-verall

T,eloc"re)

(!&uality,e)Interv

(L_DL_activation_timer

(L_DLca)acity,eq3ait

(LBL!,Con'Interval


34/261

(LmaxBit,ate0F*6=

(LmaxBit,ate0F*;

(LmaxBit,ate0F6:;

(LmaxBit,ate0F76

(LmaxBit,ate0F;8

(LmaxBit,ate0F=

(L)uncturingLimit(L&ualDet,e)Threshold

(l0crCode$ax

(l0crCode$in

()Lin1InitialTransmit"o#er$ode

()Lin1,ecovery"eriod"o#er$ode

())er,xTxTimeDi.

(sed0,BALC0et

(serDe5ned0tate

3aitTime,,Cbac1ground

3aitTime,,Cconversational3aitTime,,Cemergency

3aitTime,,Chigh"riority0ignalling

3aitTime,,Cinteractive

3aitTime,,Cinter,ATreselection

3aitTime,,Clo#"riority0ignalling

3aitTime,,Cother

3aitTime,,Cregistration

3aitTime,,Cstreaming

3aitTime,,Csubscribed

3aitTime,,Cun1no#n

instance

Authorisedet#or1"L$

Authorisedet#or1"L$2Authorisedet

Authorisedet#or1"L$2Authorisedet

Authorisedet#or1"L$2Technology

name

3A!Change-rigin

3A!ame

instance

AT$Inter'aceID

BlindTFdetection(sage

BT0AdditionalIn'o

C-C-Id

DC%number,L

Dedicated$eas,e)ort"eriod

Dedi$eas,e)"eriodC0data

Dedi$eas,e)"eriod"0data

DL-,LAveraging3indo#0i4e


35/261

IubConnectionTy)e

LoadControl"eriod"0

$anagedBy

$axDC%user,ate,LDL

$axDC%user,ate,L(L

$easFiltCoe.

mo"ositionname

br-'-verboo1ed%0D"A(sers

oldD

"ITForBac1groundDC%*6=

"ITForBac1groundDC%*;

"ITForBac1groundDC%6:;

"ITForBac1groundDC%76

"ITForBac1groundDC%7=8

"ITForBac1groundDC%;8

"ITForBac1groundDC%="ITForInteractiveDC%*6=

"ITForInteractiveDC%*;

"ITForInteractiveDC%6:;

"ITForInteractiveDC%76

"ITForInteractiveDC%7=8

"ITForInteractiveDC%;8

"ITForInteractiveDC%=

"rxAl)ha

"rx$easAve3indo#

"0Averaging3indo#0i4e

"0,LAveraging3indo#0i4e

"txAl)ha

"txD"C%max

"txD"C%min

"tx$easAve3indo#

,AC%loadIndication"eriod

,eleaseTimerFor0hared%0D"Aallocation

,L$eas,e)"eriod

,,Ind"eriod

0cheduling"eriod

0hared%0D"Aallocation

0hared%0D"AFlo#ControlAllocation

0hared%0D"A9CC0election$ethod

(serDe5ned0tate

9CI

9endorId

9"I

3BT0Change-rigin


36/261

3BT0ame

3inAC,ABsetu)DL

3inAC,ABsetu)(L

3inLC%0D"A

instance

ACBarredList

AccessClass,egulationAdminCell0tate

AIC%TraTime

Allo#ed"reamble0ignatures

Allo#ed,AC%0ubChannels

Alt0cramblingCodeC$

CableLoss

Cell_,eserved

CellAdditionalIn'o

CellBarred

Cell,angeCId

CodeTree-)timisation

CodeTree-)tTimer

CodeTree(sage

C"IC%to,e',ABo.set

CTC%Ca)a%igh"ri

Delta"rx$axDo#n

Delta"rx$ax()

Delta"tx$axDo#n

Delta"tx$ax()

Directed,,C!nabled

DLre'erenceBit,ate

DLre'erenceTargetBL!,

D"C$odeChange0u))ort

D,,C)rx$argin

D,,C)rx-.set

D,,C)tx$argin

D,,C)tx-.set

!bo0etIdenti5er

FachLoad$arginCC%

FachLoadThresholdCC%

%C0_",I-

%%o$axAllo#edBitrateDL

%%o$axAllo#edBitrate(L

%0D"Aca)ability

%0D"Aenabled

%0D"AFmcgIdenti5er

%0D"AFmciIdenti5er


37/261


38/261

7*:

name

A0sign9olThrDL

A0sign9olThr(L

br-'0CC"C%s

Cr

'orCTC%rtFmcgIdenti5er

rtFmciIdenti5er

rtFmcsIdenti5er

-CdlrtDC%granted$inAllocT

oldD

"B0granted$inDC%allocTequal"

"B0granted$inDC%allocThigher"

"B0granted$inDC%allocTlo#er"

"I_amount

"-*_*:"-*_7+

"-*_;+

"o#er-.setLast"reamble",AC%messag

"o#er,am)0te)",AC%)reamble

",AC%_)reamble_retrans

",AC%,equired,eceivedCI

",AC%0cramblingCode

"ri0crCode

"rx$easFilterCoe.

"rxoise

"rxoiseAutotuning

"rx-.set

"rxTarget

"rxTotal,e)ort"eriod

"txAIC%

"txDLabs$ax

"tx$arginCC%

"tx$ax%0D"A

"tx$easFilterCoe.

"tx-.set

"tx-.set%0D"A

"Tx"IC%

"tx"rimaryCC"C%

"tx"rimaryC"IC%

"tx"rimary0C%

"tx"0streamAbs$ax

"tx0CC"C%*

"tx0CC"C%6


39/261

"tx0CC"C%7

"tx0ec0C%

"txTarget

"txTarget%0D"A

"txThresholdCC%

"txTotal,e)ort"eriod

&%C0&hyst*

&hyst6

&qual$in

&rxlev$in

,AC

,AC%_tx_$ax

,AC%_Tx_B+*max

,AC%_Tx_B+*min

,AC%Ca)acity

,achLoad$arginCC%,AC%load,e)ort"eriod

,achLoadThresholdCC%

,AC%measFilterCoe.

,elocComm_in_Inter,C_%%-

,,Cconn,e)Timer*

,,Cconn,e)Timer6

,tFmcgIdenti5er

,tFmciIdenti5er

,tFmcsIdenti5er

,T3ith%0D"AFmcgIdenti5er

,T3ith%0D"AFmciIdenti5er

,T3ith%0D"AFmcsIdenti5er

,xDivIndicator

0AC

0ACB

0ectorID

0erv%-umb(!InterFreq

0erv%-umb(!Inter,AT

0erv%-"eriodInterFreq

0erv%-"eriodInter,AT

0%C0_,AT

0hutdo#n0te)Amount

0hutdo#n3indo#

0IB


40/261

0search%C0

T7++

T7*6

T7*6Conn

T7*7

T7*:

TBarredTcell

TCrmax

TCrmax%yst

ToA3!_CC%

ToA30_CC%

Tra'9olThresholdDLLo#

Treselection

(A,FC

(!tx"o#er$axD"C%

(!tx"o#er$ax",AC%(,AId

(se-'%C0

(T,A_D,_length

3C!LChange-rigin

3C!LC0CId

3C!L$CC

3C!L$C

3C!L"0CId

3Cel0tate

instance

AntBearing

AntennaCoordAltitudeDirect

AntennaCoordAltitude/round

AntennaCoordLatitude

AntennaCoordLongitude

Ant%"B3

CovTy)e

!nvCharact

Lin1edCellD

$axCellBac1,ad

$axCell,ad

name

,e)eater!xist

3LC0!Change-rigin

3LC0!CId

3LC0!$CC

3LC0!$C

3LC0!,ncId


41/261

instance

/0$,oaming

%ome"lmn$CC

%ome"lmn$C

name

-)eratorame

30/Authorisedet#or1Id30/Change-rigin

instance

A/"0I"Addr

Con'AreaLevel

Data"ortID

LC0Inter'ace-)tion

name

et#or1BasedA/"0

et#or1IndicatorFor0A0

"artialA/"0DataDelivery"re'erredA/"0$ethod

,edundantA/"0I"Addr

,edundantData"ortID

,CDelayTol,es)Time

,CLo#Delay,es)onseTime

0ignalling"ointCode-'0A0

(!BasedA/"0

30$LCChange-rigin


42/261

"arameter name $anaged objec

Address ADC!

Adjacent Cell Index ADC!

Adjacent Cell Layer ADC!

A$, Target Cell -' Direct Access To Desired Layer ADC!

Bac1ground BCC% Frequency ADC!

Bac1ground B0IC BCC ADC!Bac1ground B0IC CC ADC!

BCC% Frequency ADC!

B0IC BCC ADC!

B0IC CC ADC!

Chained Adj Cell ADC!

CI ADC!

Directed ,etry Threshold ADC!

DT$ !nabled ADC!

DT$ "o#er Budget $argin ADC!

!nable %- $argin Lev &ual ADC!Fast $oving Threshold ADC!

Frequency Band In (se ADC!

/",0 Cell Barred ADC!

/",0 !nabled ADC!

/",0 $0 Tx "#r $ax CC% ADC!

/",0 $0 Tx "#r $ax CC% *x++ ADC!

/",0 "enalty Time ADC!

/",0 ,eselect -.set ADC!

/",0 ,xlev Access $in ADC!

/",0 Tem)orary -.set ADC!

%C0 Threshold ADC!

%- Level (mbrella ADC!

%- Load Factor ADC!

%- $argin Lev ADC!

%- $argin "B/T ADC!

%- $argin &ual ADC!

%- "riority Level ADC!

%- Target Area ADC!

ID, Cell Ty)e ADC!

LAC ADC!

$CC ADC!

$C ADC!

$0 "#r -)t Level ADC!

$0 Tx "#r $ax /0$ ADC!

$0 Tx "#r $ax /0$*x++ ADC!

ame ADC!

CC, !/",0 "B/T $argin ADC!

CC, !/",0 &uality $argin ADC!


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CC, /",0 "B/T $argin ADC!

CC, /",0 &uality $argin ADC!

eighbour Cell ,an1ing ADC!

-)timi4ation $0 "o#er Level In %- In (se ADC!

"riority Class ADC!

,AC ADC!

,e'erence Cell CI !stimation 3eight ADC!,e'erence Cell CI ADC!

,e'erence Cell LAC ADC!

,e'erence Cell Level Adjustment ADC!

,e'erence Cell $CC ADC!

,e'erence Cell $C ADC!

,e'erence Cells ADC!

,e)orting "riority ADC!

, Lev $in Cell ADC!

0ynchronised ADC!

Target Cell D ADC!Target Cell -' Direct Access To Desired Layer ADC!

T,%- Target Level ADC!

Address AD3

Cell Identi5cation AD3

Direct Access !cIo Threshold AD3

Do#nlin1 Transmission Diversity AD3

I0CC, FDD &uality Threshold AD3

LAC AD3

$CC AD3

$inimum C"IC% !cIo Level AD3

$C AD3

ame AD3

,e)orting "riority AD3

,C ID AD3

0crambling Code AD3

0ervice Area Code AD3

Target Cell D AD3

3CD$A Do#nlin1 Carrier Frequency AD3

Address BAL

Frequency BAL

ame BAL

Ty)e -' BCC% Frequency List BAL

Address BCF

Administrative 0tate BCF

Autocon5gure BCF

BCC% T, 0hutdo#n Timer BCF

BT0 Battery Bac1u) "rocedure BCF

Cloc1 0ource BCF


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!xternal Alarm De5nition BCF

!xternal In)ut umber BCF

!xternal -ut)uts BCF

!xternal 0ynchroni4ation 0ource BCF

Identi5cation -' Test !qui)ment BCF

LA"D Lin1 ame BCF

LA"D Lin1 umber BCFLatitude BCF

Longitude BCF

$anaged -bject "osition BCF

$aster Cloc1 BCF Identi5cation BCF

$aster Cloc1 T, BCF

ame BCF

-ld Distinguished ame BCF

-ut)ut De5nition BCF

-ut)ut Text BCF

"olarity BCF,oute BCF

, Di.erence Limit BCF

0everity BCF

0ite Ty)e BCF

0lave BCF List BCF

0ync $ode BCF

0ynch !nabled BCF

0ynch 0tatus BCF

Text ID BCF

Text ID -' The -ut)ut *222; BCF

Text 0tring BCF

T, 0hutdo#n Timer BCF

Address B0C

Alarm Limit For Full ,ate TC% Availability B0C

Alarm Limit For %al' ,ate TC% Availibility B0C

Alarm Limit For 0DCC% Availability B0C

Alarm Threshold For umber -' Channel 0ei4ure ,equB0C

Alarm Threshold For umber -' Channel 0ei4ures B0C

Alarm Threshold For 0DCC% Congestion B0C

Alarm Threshold For 0DCC% Failure ,ate B0C

Alarm Threshold For TC% Congestion B0C

Alarm Threshold For TC% Failure ,ate B0C

Alarm Threshold For The 0hare -' %igh TC% Inter'erenB0C

A$% Lo#er Load Threshold B0C

A$% $ax Load -' Target Cell B0C

A$% ())er Load Threshold B0C

A$, Con5guration In %andovers B0C

A$, 0et /rades !nabled B0C


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A0I !nvironment B0C

Bac1ground DB 0tate B0C

Bac1ground Tra?c Class 0cheduling 3eight For A," * B0C

Bac1ground Tra?c Class 0cheduling 3eight For A," 6 B0C

Bac1ground Tra?c Class 0cheduling 3eight For A," 7 B0C

BC0( Load Threshold B0C

BC0( umber B0CBI$ Con5dence "robability B0C

BI$ Inter'erence Threshold B0C

BI$ ()date /uard Time B0C

BI$ ()date "eriod B0C

BI$ ()date 0caling Factor B0C

B0C -)tions B0C

B0C &7 03 9ersion B0C

B0C Ty)e B0C

BT0 0ite Battery Bac1u) Forced %- Timer B0C

BT0 0u)ervision 0tarting Time %our B0CBT0 0u)ervision 0tarting Time $inute B0C

BT0 0u)ervision 0to))ing Time %our B0C

BT0 0u)ervision 0to))ing Time $inute B0C

CI Target *828 B0C

CI Target A$, F, B0C

CI Target A$, %, B0C

CI Target F, B0C

CI Target %, B0C

CI Target (L -.set B0C

CGID B0C

C0 Load Balancing 9alue B0C

C0 ,I Length B0C

C0 ,I List B0C

C0 TC% Allocation Calculation B0C

C0 TC% Allocation ,T0L+ B0C

DC0 $acrocell Threshold B0C

DC0 $icrocell Threshold B0C

De'ault 0ignalling "oint Code B0C

Delay -' %- And "C For !mergency Calls B0C

DFCA Channel Allocation $ethod B0C

Disable !xternal D, B0C

Disable Internal %- B0C

DL %igh "riority 000 B0C

DL Lo# "riority 000 B0C

DL ormal "riority 000 B0C

DT$ Fragmentation "enalty B0C

DT$ "FC "ac1et Flo# Timer B0C

!/",0 Inactivity Criteria B0C


46/261

!nable Ans#er To "aging Call -n FACC% B0C

!nable Call ,eG!stablishment -n FACC% B0C

!nable !mergency Call -n FACC% B0C

!nable -rdinary Calls -n FACC% B0C

!vents "er %our For !/",0 Inactivity Alarm B0C

!x)ected B0CGB0C Inter'ace Delay B0C

F!" In "C %- (se B0CFree T0L For C0 Do#ngrade B0C

Free T0Ls For C0 ()grade B0C

/",0 Territory ()date /uard Time B0C

/0$ $acrocell Threshold B0C

/0$ $icrocell Threshold B0C

%- "re'erence -rder Inter'erence DL B0C

%- "re'erence -rder Inter'erence (L B0C

I$0I Based %andover /0$ Cells Anonymous $0 B0C

I$0I Based %andover 3CD$A Cells Anonymous $0 B0C

Initial A$, Channel ,ate B0CInteractive * Tra?c Class 0cheduling 3eight For A," B0C

Interactive * Tra?c Class 0cheduling 3eight For A," B0C

Interactive * Tra?c Class 0cheduling 3eight For A," B0C

Interactive 6 Tra?c Class 0cheduling 3eight For A," B0C






Internal %andover To !xternal B0C

Intra 0egment 0DCC% %- /uard B0C

I0%- "re'erred For onGDT$ $0 B0C

LA"D Load Threshold B0C

Load ,ate For Channel 0earch B0C

Lo#er Limit For F, TC% ,esources B0C

$ax BCF Ca)acity B0C

$ax BT0 Ca)acity B0C

$ax T, Ca)acity %3 B0C

$ax T, Ca)acity ,eal B0C

$ax T, umber In BC0( B0C

$aximum $ean %olding Time For 0DCC%s B0C

$aximum $ean %olding Time For TC%s B0C

$aximum umber -' DL TBF B0C

$aximum umber -' (L TBF B0C

$aximum TC% Transaction ,ate B0C

$CC B0C

$ean B!" Limit $0 $ultislot "#r "ro' + 3ith 6 (L T0L B0C



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$ean B!" Limit $0 $ultislot "#r "ro' * 3ith 6 (L T0L B0C



$ean B!" Limit $0 $ultislot "#r "ro' 6 3ith 7 (L T0L B0C

$ean B!" Limit $0 $ultislot "#r "ro' 6 3ith 8 (L T0L B0C

$eas "eriod For %igh TC% Inter'erence 0u)ervision B0C$eas "eriod For 0DCC% $ean %olding Time 0u)ervisi B0C

$eas "eriod For 0u)ervision -' BT0 3ith o Transact B0C

$eas "eriod For 0u)ervision -' Channel Failure ,ate B0C

$eas "eriod For TC% $ean %olding Time 0u)ervision B0C

$easurement "eriod For 0u)ervision -' Congestion In B0C

$inimum $ean %olding Time For TC%s B0C

$C B0C

$0 Distance Behaviour B0C

ACC !nabled B0C

ame B0CCC, Control $ode B0C

CC, Idle $ode ,e)orting "eriod B0C

CC, eighbor Cell "enalty B0C

CC, ,eturn To -ld Cell Time B0C

CC, Target Cell "enalty Time B0C

CC, Trans'er $ode ,e)orting "eriod B0C

,I List * B0C

,I List *+ B0C

,I List 6 B0C

,I List 7 B0C

,I List 8 B0C

,I List : B0C

,I List ; B0C

,I List < B0C

,I List = B0C

,I List > B0C

umber -' Adjacent Cell Freqs In $easBA In'ormation B0C

umber -' Frequencies In $easBA In'ormation B0C

umber -' Ignored Transcoder Failures B0C

umber -' "re'erred Cells B0C

"enalty Trigger $easurement "eriod B0C

"FC Ac1 BL!, Limit For Trans'er Delay * B0C

"FC Ac1 BL!, Limit For Trans'er Delay 6 B0C



"FC Ac1 BL!, Limit For Trans'er Delay : B0C

"FC (nac1 BL!, Limit For 0D( !rror ,atio * B0C

"FC (nac1 BL!, Limit For 0D( !rror ,atio 6 B0C


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"FC (nac1 BL!, Limit For 0D( !rror ,atio : B0C

"FC (nac1 BL!, Limit For 0D( !rror ,atio ; B0C

"reG!m)tion (sage In %andover B0C

"ublic 0erved Count B0C

&C Dro) Action Trigger Threshold B0C&C CC, Action Trigger Threshold B0C

&C &o0 ,enegotiation Action Trigger Threshold B0C

&C ,eallocation Action Trigger Threshold B0C

,eal B0C 03 ,elease B0C

,3 Con5guration Identi5cation B0C

,3 Fallbac1 Con5guration Identi5cation B0C

,3 "lan Con5guration Identi5cation B0C

,3 "lan Database 0tate B0C

, Antenna 0u)ervision "eriod B0C

, Level Balance B0C, Level Based TC% Access B0C

, &uality Limit $0 $ultislot "#r "ro' + 3ith 6 (L T0L B0C



, &uality Limit $0 $ultislot "#r "ro' * 3ith 6 (L T0L B0C



, &uality Limit $0 $ultislot "#r "ro' 6 3ith 7 (L T0L B0C

, &uality Limit $0 $ultislot "#r "ro' 6 3ith 8 (L T0L B0C

0AIC DL CI -.set B0C

0ervice Area "enalty Time B0C

0ignalling "oint Code B0C

0ignalling "oint CodeI+ B0C

0ignalling "oint CodeI* B0C

0ignalling "oint CodeA+ B0C

0ignalling "oint CodeA* B0C

0lo# A$, LA !nabled B0C

0o't Bloc1ing CI *828 B0C

0o't Bloc1ing CI A$, F, B0C

0o't Bloc1ing CI A$, %, B0C

0o't Bloc1ing CI F, B0C

0o't Bloc1ing CI %, B0C

0o't Bloc1ing C *828 B0C

0o't Bloc1ing C A$, F, B0C

0o't Bloc1ing C A$, %, B0C

0o't Bloc1ing C F, B0C

0o't Bloc1ing C %, B0C

0treaming Tra?c Class 0cheduling 3eight For A," * B0C


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0treaming Tra?c Class 0cheduling 3eight For A," 6 B0C

0treaming Tra?c Class 0cheduling 3eight For A," 7 B0C

0ubscriber Ty)e B0C

0u)ervision "eriod Length 'or !/",0 Inactivity Alarm B0C

TC% In %andover B0C

TC% Transaction Count B0C

Threshold For %igh TC% Inter'erence Level B0CTime Limit 3"0 B0C

Time Limit 3"0 %andover B0C

T,%- /uard Time B0C

Triggering Threshold For 0ervice Area "enalty B0C

(L "riority * 000 B0C

(L "riority 6 000 B0C



())er Limit For F, TC% ,esources B0C

())er Limit -' $0 0)eed Class * B0C())er Limit -' $0 0)eed Class 6 B0C

9ariable DL 0te) 0i4e B0C

3CD$A FDD CC, !nabled B0C

3CD$A FDD CC, "re'erred B0C

3"0 "re'erence Ca)acity B0C

3"0 "riority Ca)acity B0C

Ada)tive LA Algorithm BT0

Address BT0

Adjacency -n -ther Band BT0

Administrative 0tate BT0

Allo# I$0I Attach Detach BT0

A$% Lo#er Load Threshold BT0

A$% $ax Load -' Target Cell BT0

A$% ())er Load Threshold BT0

A$, F, Codec $ode 0et BT0

A$, F, %ysteresis * BT0

A$, F, %ysteresis 6 BT0

A$, F, %ysteresis 7 BT0

A$, F, Initial Codec $ode Indicator BT0

A$, F, 0tart $ode BT0

A$, F, Threshold * BT0

A$, F, Threshold 6 BT0

A$, F, Threshold 7 BT0

A$, %andover %, Intra Threshold DL ,x &ual BT0

A$, %, Codec $ode 0et BT0

A$, %, %ysteresis * BT0

A$, %, %ysteresis 6 BT0

A$, %, %ysteresis 7 BT0


50/261

A$, %, Initial Codec $ode Indicator BT0

A$, %, 0tart $ode BT0

A$, %, Threshold * BT0

A$, %, Threshold 6 BT0

A$, %, Threshold 7 BT0

A$, ,adio Lin1 Timeout BT0

Antenna %o))ing BT0Averaging "eriod BT0

Bac1ground B0IC BCC BT0

Bac1ground B0IC CC BT0

Bac1ground BT0 %o))ing $ode BT0

Bac1ground %o))ing 0equence umber * BT0

Bac1ground %o))ing 0equence umber 6 BT0

Bac1ground $AI- -.set BT0

Bac1ground $AI- 0te) BT0

Bac1ground (nderlay BT0 %o))ing $ode BT0

Bac1ground (nderlay %o))ing 0equence umber BT0Bac1ground (nderlay $AI- -.set BT0

Bac1ground (nderlay $AI- 0te) BT0

Bac1ground (nderlay $AL ID BT0

Bac1ground (nderlay $AL ID (sed BT0

Bac1ground (sed $AL ID BT0

Bac1ground (sed $AL ID In (se BT0

BCC% Allocation (sage For Active $0 BT0

B0CGB0C Inter'ace 0tatus BT0

B0IC BCC BT0

B0IC CC BT0

BT0 Do#nlin1 Through)ut Factor For C0*GC08 BT0

BT0 Do#nlin1 Through)ut Factor For $C0*G$C0> BT0

BT0 %o))ing $ode BT0

BT0 Load In 0!/ BT0

BT0 Load Threshold BT0

BT0 $easure Average BT0

BT0 ame BT0

BT0 ()lin1 Through)ut Factor For C0*GC08 BT0

BT0 ()lin1 Through)ut Factor For $C0*G$C08 BT0

BT0 ()lin1 Through)ut Factor For $C0*G$C0> BT0

C Threshold BT0

C7* %ysteresis BT0

C76 &ual BT0

Calculation -' $inimum umber -' 0lots BT0

Call ,eestablishment Allo#ed BT0

Cell Bar &uali'y BT0

Cell Barred BT0

Cell Load For Channel 0earch BT0


51/261

Cell ,eselect %ysteresis BT0

Cell ,eselect -.set BT0

Cell ,eselection "arameter Index BT0

Cell Ty)e BT0

CI BT0

Coding 0cheme %o) BT0

Coding 0cheme o %o) BT0Coding 0chemes C07 And C08 !nabled BT0

Dedicated /",0 Ca)acity BT0

De'ault /",0 Ca)acity BT0

DFCA $obile Allocation Frequency Lists BT0

DFCA $ode BT0

DFCA (nsynchroni4ed $ode $A Frequency List BT0

Direct /",0 Access BT0 BT0

Directed ,etry $ethod BT0

Directed ,etry (sed BT0

DL ada)tion )robability threshold BT0DL BL!, Cross)oint For C0 0election %o) BT0

DL BL!, Cross)oint For C0 0election o %o) BT0

DL Coding 0cheme In Ac1no#ledged $ode BT0

DL Coding 0cheme In (nac1no#ledged $ode BT0

DL oise Level BT0

DT$ !nabled BT0

DT $ode BT0

!arly 0ending Indication BT0

!/",0 !nabled BT0

!/",0 Inactivity Alarm !nd Time %our BT0

!/",0 Inactivity Alarm !nd Time $inute BT0

!/",0 Inactivity Alarm 0tart Time %our BT0

!/",0 Inactivity Alarm 0tart Time $inute BT0

!/",0 Inactivity Alarm 3ee1days BT0

!/",0 Lin1 Ada)tation !nabled BT0

!mergency Call ,estricted BT0

FDD Cell ,eselect -.set BT0

Forced A$, %, $ode CI Threshold BT0

Forced %, $ode CI Averaging "eriod BT0

Forced %, $ode CI Threshold BT0

Forced %, $ode %ysteresis BT0

Frequency Band In (se BT0

/",0 Cell Barred BT0

/",0 Cell ,eselect %ysteresis BT0

/",0 !nabled BT0

/",0 FDD Cell ,eselect -.set BT0

/",0 $ax umber -' ,etransmission BT0

/",0 $inimum FDD Threshold BT0


52/261

/",0 $0 Tx)#r $ax CC% BT0

/",0 $0 Tx)#r $ax CC% *x++ BT0

/",0 on BCC% Layer ,xlev Lo#er Limit BT0

/",0 on BCC% Layer ,xlev ())er Limit BT0

/",0 ot Allo#ed Access Classes BT0

/",0 umber -' 0lots 0)read Transmission BT0

/",0 ,xlev Access $in BT0/",0 Threshold To 0earch 3CD$A ,A Cells BT0

%C0 Threshold BT0

%o))ing 0equence umber * BT0

%o))ing 0equence umber 6 BT0

%0C0D Cell Load Lo#er Limit BT0

%0C0D Cell Load ())er Limit BT0

%0C0D Do#ngrade /uard Time BT0

%0C0D $inimum !xhaust BT0

%0C0D ,egular Cell Load ())er Limit BT0

%0C0D TC% Ca)acity $inimum BT0%0C0D ()grade /ain BT0

%0C0D ()grade /uard Time BT0

Idle 0tate BCC% Allocation List HBAL ID BT0

Idle 0tate BCC% Allocation List HBAL ID In (se BT0

ID, Cell Ty)e BT0

I$0I Based %andover /0$ !nabled BT0

I$0I Based %andover 3CD$A !nabled BT0

Initial $C0 For Ac1no#ledged $ode BT0

Initial $C0 For (nac1no#ledged $ode BT0

In0ite /ate#ay BT0

Intelligent Directed ,etry (sed BT0

Inter'erence Averaging Boundary + BT0

Inter'erence Averaging Boundary * BT0

Inter'erence Averaging Boundary 6 BT0



Inter'erence Averaging Boundary : BT0

Intra %- Threshold ,x &ual A$, F, BT0

Is BT0 Frequency %o))ing BT0

LAC BT0

Limit For Free TC%s BT0

Lo#er Limit For F, TC% ,esources BT0

$AI- -.set BT0

$AI- 0te) BT0

$aster BT0 For $ulti BCF BT0

$ax /",0 Ca)acity BT0

$ax umber -' ,e)etition BT0

$ax umber -' ,etransmission BT0


53/261

$ax &ueue Length BT0

$ax Time Limit Directed ,etry BT0

$aximum BL!, In Ac1no#ledged $ode BT0

$aximum BL!, In (nac1no#ledged $ode BT0

$CC BT0

$ean B!" -.set ="0E BT0

$ean B!" -.set /$0E BT0$easurement BCC% Allocation List BT0

$in Time Limit Directed ,etry BT0

$inimum FDD Threshold BT0

$C BT0

$0 $ax Distance In Call 0etu) BT0

$0 "riority (sed BT0

$0 Tx "#r $ax CC% BT0

$0 Tx "#r $ax CC% *x++ BT0

$0 Tx "#r $ax /0$ BT0

$0 Tx "#r $ax /0$ *x++ BT0$0 Tx "#r $in BT0

$ultiband Cell ,e)orting BT0

ame BT0

e# !stablishment Causes 0u))ort BT0

on BCC% Layer -.set BT0

ot Allo#ed Access Classes BT0

0!I BT0

umber -' Bloc1s For Access /rant $sg BT0

umber -' $ulti'rames BT0

umber -' 0lots 0)read Trans BT0

umber -' TC% ,eserved For "riority 0ubscribers -nl BT0

-ld Distinguished ame BT0

"ac1et 0ervice !ntity Identi5er BT0

"A/C% Bloc1s BT0

"BCC% Bloc1s BT0

"C Lo#er Threshold Dl ,x &ual A$, F, BT0

"C Lo#er Threshold Dl ,x &ual A$, %, BT0

"C Lo#er Threshold (l ,x &ual A$, F, BT0

"C Lo#er Threshold (l ,x &ual A$, %, BT0

"C ())er Threshold Dl ,x &ual A$, F, BT0

"C ())er Threshold Dl ,x &ual A$, %, BT0

"C ())er Threshold (l ,x &ual A$, F, BT0

"C ())er Threshold (l ,x &ual A$, %, BT0

"C( Identi5er BT0

"enalty Time BT0

"L$ "ermitted BT0

"o#er -.set BT0

",AC% Bloc1s BT0


54/261

"re'er BCC% Frequency /",0 BT0

"riority Class BT0

&ueue "riority (sed BT0

&ueueing "riority Call BT0

&ueueing "riority onG(rgent %andover BT0

&ueueing "riority (rgent %andover BT0

,A ,eselect %ysteresis BT0,AC BT0

,adio Lin1 Timeout BT0

,adius !xtension BT0

,eselection Time BT0

,eservation $ethod (sed In Trun1 ,eservation BT0

,estricted (se -' "riority Channels In Incoming %- BT0

, diversity BT0

,xlev Access $in BT0

0cale -rd BT0

0ector ID BT00egment ID BT0

0egment ame BT0

0$0 CB (sed BT0

0TI,C !nabled BT0

0u)er ,euse Bad CI Threshold A$, F, BT0

0u)er ,euse Bad CI Threshold A$, %, BT0

0u)er ,euse /ood CI Threshold A$, F, BT0

0u)er ,euse /ood CI Threshold A$, %, BT0

TC% ,ate IntraGCell %andover BT0

Tem)orary -.set BT0

Threshold Dl ,x &ual A$, %, BT0

Threshold Dl ,x &ual For A$, F, BT0

Threshold To 0earch 3CD$A ,A Cells BT0

Threshold (l ,x &ual A$, F, BT0

Threshold (l ,x &ual A$, %, BT0

Time Limit Call BT0

Time Limit %andover BT0

Timer For "eriodic $0 Location ()dating BT0

Tra?c Ty)es BT0

Trans)ort Ty)e BT0

T,%- /uard Time BT0

Trun1 ,eservation (sed BT0

T, "riority In TC% Allocation BT0

(L Ada)tion "robability Threshold BT0

(L BL!, Cross)oint For C0 0election %o) BT0

(L BL!, Cross)oint For C0 0election o %o) BT0

(L Coding 0cheme In Ac1no#ledged $ode BT0

(L Coding 0cheme In (nac1no#ledged $ode BT0


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(L oise Level BT0

(nderlay BT0 %o))ing $ode BT0

(nderlay %o))ing 0equence umber BT0

(nderlay $AI- -.set BT0

(nderlay $AI- 0te) BT0

(nderlay $AL ID BT0

(nderlay $AL ID (sed BT0())er Limit For F, TC% ,esources BT0

(sed $AL ID BT0

(sed $AL ID In (se BT0

*=++ ,e)orting -.set %-C

*=++ ,e)orting Threshold %-C

*>++ ,e)orting -.set %-C

*>++ ,e)orting Threshold %-C

=++ ,e)orting -.set %-C

=++ ,e)orting Threshold %-C

>++ ,e)orting -.set %-C>++ ,e)orting Threshold %-C

Address %-C

Adjacent Cell Averaging 3indo# 0i4e %-C

Adjacent 3CD$A ,A Cell Averaging 3indo# 0i4e %-C

All Adjacent Cells Averaged %-C

All Adjacent 3CD$A ,A Cells Averaged %-C

All Inter'ering Cells Averaged %-C

A$% Tra?c Control I(- %-C

A$% Tra?c Control $C %-C

A$% T,%- "B/T $argin %-C

CI !stimation $ethod %-C

Count -' 0uccessive ,a)id Field Dro) Thresholds %-C

Dee) Dro))ing !D/! $onitoring 3indo# %-C

!nable !nhanced ,a)id Field Dro) %-C

!nable Fast Averaging Call 0etu) %-C

!nable Fast Averaging %- %-C

!nable Fast Averaging "C %-C

!nable Inter F,T %andover %-C

!nable Intracell %andover Inter'erence DL %-C

!nable Intracell %andover Inter'erence (L %-C

!nable Intracell %- %-C

!nable $0 Distance "rocess %-C

!nable "o#er Budget %andover %-C

!nable 0DCC% %andover %-C

!nable TC% Assignment 0u)er I(- %-C

!nable (mbrella %andover %-C

!nhanced ,a)id Field Dro) Duration %-C

FDD ,e)orting -.set %-C


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FDD ,e)orting Threshold %-C

/0$ "L$ "riorisation %-C

%andover "eriod "o#er Budget %-C

%andover "eriod (mbrella %-C

Inter'ering Cell Averaging 3indo# 0i4e %-C

Inter'ering Cell umber -' @ero ,esults %-C

InterG0ystem Direct Access !nabled %-CInvalid B0IC ,e)orting %-C

Level Do#nlin1 3eighting %-C

Level Do#nlin1 3indo# 0i4e %-C

Level ()lin1 3eighting %-C

Level ()lin1 3indo# 0i4e %-C

Lo#er CI Limit For Band *G; %-C

Lo#er 0)eed Limit %-C

$in Int Bet#een %- ,eq %-C

$in Int Bet#een (nsucc %- Attem)t %-C

$in Interval Bet#een I(- %- ,eq B& %-C$in Interval Bet#een (nsucc I0%- Attem)t %-C

$in Interval Bet#een (nsucc I(- %- %-C

$in Tra?c Load For 0)eech Call %-C

$inimum B0IC Decode Time %-C

$odi5ed Averaging 3indo# %-C

$odi5ed umber -' @ero ,esults %-C

$0 Distance Averaging 3indo# 0i4e %-C

$0 Distance %- Threshold !xt Cell $ax %-C

$0 Distance %- Threshold !xt Cell $in %-C

$0 Distance Threshold "aram $0 $ax ,ange %-C

$0 Distance Threshold "aram x %-C

$0 Distance Threshold "aram "x %-C

$0 0)eed Averaging %-C

$0 0)eed Detection 0tate %-C

$0 0)eed Threshold x %-C

$0 0)eed Threshold "x %-C

ame %-C

on BCC% Layer Access Threshold %-C

on BCC% Layer !xit Threshold %-C

on BCC% Layer !xit Threshold x %-C

on BCC% Layer !xit Threshold "x %-C

umber -' $easured FDD Cells %-C

umber -' 3CD$A ,A @ero ,esults %-C

umber -' @ero ,esults %-C

"riority Adjustment 0te) For Band *G< %-C

&uality Do#nlin1 3eighting %-C

&uality Do#nlin1 3indo# 0i4e %-C

&uality ()lin1 3eighting %-C


57/261

&uality ()lin1 3indo# 0i4e %-C

,e)orting ,ate %-C

0erving Band ,e)orting %-C

0u)er ,euse Bad CI Threshold %-C

0u)er ,euse Bad CI Threshold x %-C

0u)er ,euse Bad CI Threshold "x %-C

0u)er ,euse Bad Threshold x %-C0u)er ,euse Bad Threshold "x %-C

0u)er ,euse Bad Threshold ,x Level %-C

0u)er ,euse !stimation $ethod %-C

0u)er ,euse /ood CI Threshold %-C

0u)er ,euse /ood CI Threshold x %-C

0u)er ,euse /ood CI Threshold "x %-C

0u)er ,euse /ood Threshold x %-C

0u)er ,euse /ood Threshold "x %-C

0u)er ,euse /ood Threshold ,x Level %-C

Threshold Dee) Dro))ing !D/! %-CThreshold Dee) Dro))ing !D/! x %-C

Threshold Dee) Dro))ing !D/! "x %-C

Threshold For $ultiG,AT $0 %-C

Threshold Inter'erence Do#nlin1 x %-C

Threshold Inter'erence Do#nlin1 "x %-C

Threshold Inter'erence Do#nlin1 ,x Level %-C

Threshold Inter'erence ()lin1 x %-C

Threshold Inter'erence ()lin1 "x %-C

Threshold Inter'erence ()lin1 ,x Level %-C

Threshold Level Do#nlin1 x %-C

Threshold Level Do#nlin1 "x %-C

Threshold Level Do#nlin1 ,x Level %-C

Threshold Level ()lin1 For ,a)id Field Dro) %-C

Threshold Level ()lin1 x %-C

Threshold Level ()lin1 "x %-C

Threshold Level ()lin1 ,x Level %-C

Threshold &ual Do#nlin1 x %-C

Threshold &ual Do#nlin1 "x %-C

Threshold &ual Do#nlin1 ,x &ual %-C

Threshold &ual ()lin1 x %-C

Threshold &ual ()lin1 "x %-C

Threshold &ual ()lin1 ,x &ual %-C

Triggering ,atio For 3CD$A ,A Cell "enalty %-C

())er 0)eed Limit %-C

3CD$A ,A Cell "enalty Time %-C

Address $AL

Frequency $AL

ame $AL


58/261

Ty)e -' $obile Allocation Frequency List $AL

Address "-C

ALA !nabled "-C

Binary ,e)resentation AL"%A "-C

Binary ,e)resentation TA( "-C

Bit !rror "robability Filter Averaging "eriod "-C

B0 Tx "#r $ax "-CB0 T "#r $ax*x++ "-C

B0 Tx "#r $in "-C

B0 T "#r -.set "-C

Idle $ode 0ignal 0trength Filter "eriod "-C

$in Int Bet#een ALA "-C

ame "-C

"C Averaging Lev DL 3eighting "-C

"C Averaging Lev DL 3indo# 0i4e "-C

"C Averaging Lev (L 3eighting "-C

"C Averaging Lev (L 3indo# 0i4e "-C"C Averaging &ual DL 3eighting "-C

"C Averaging &ual DL 3indo# 0i4e "-C

"C Averaging &ual (L 3eighting "-C

"C Averaging &ual (L 3indo# 0i4e "-C

"C Lo#er Thresholds Lev DL x "-C

"C Lo#er Thresholds Lev DL "x "-C

"C Lo#er Thresholds Lev DL ,x Level "-C

"C Lo#er Thresholds Lev (L x "-C

"C Lo#er Thresholds Lev (L "x "-C

"C Lo#er Thresholds Lev (L ,x Level "-C

"C Lo#er Thresholds &ual DL x "-C

"C Lo#er Thresholds &ual DL "x "-C

"C Lo#er Thresholds &ual DL ,x &ual "-C

"C Lo#er Thresholds &ual (L x "-C

"C Lo#er Thresholds &ual (L "x "-C

"C Lo#er Thresholds &ual (L ,x &ual "-C

"C Lo#er Thresholds &ual*88 x "-C

"C Lo#er Thresholds &ual*88 "x "-C

"C Lo#er Thresholds &ual*88 ,x Level "-C

"C ())er Thresholds Lev DL x "-C

"C ())er Thresholds Lev DL "x "-C

"C ())er Thresholds Lev DL ,x Level "-C

"C ())er Thresholds Lev (L x "-C

"C ())er Thresholds Lev (L "x "-C

"C ())er Thresholds Lev (L ,x Level "-C

"C ())er Thresholds &ual DL x "-C

"C ())er Thresholds &ual DL "x "-C

"C ())er Thresholds &ual DL ,x &ual "-C


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"C ())er Thresholds &ual (L x "-C

"C ())er Thresholds &ual (L "x "-C

"C ())er Thresholds &ual (L ,x &ual "-C

"o#er Control Interval "-C

"o#er CT,L !nabled "-C

"o#er Decr Limit Band + "-C

"o#er Decr Limit Band * "-C"o#er Decr Limit Band 6 "-C

"o#er Decr &ual Factor "-C

"o#er Incr 0te) 0i4e "-C

"o#er Limit ALA "-C

"o#er ,ed 0te) 0i4e "-C

Trans'er $ode 0ignal 0trength Filter "eriod "-C

Address T,

Administrative 0tate T,

Autocon5gure T,

Bac1ground CI !stimation Ty)e T,Bac1ground CI !stimation 3eight T,

Bac1ground CI -' Inter'ering Cell T,

Bac1ground Direct Access Level T,

Bac1ground Frequency T,

Bac1ground Inter'ering Cells T,

Bac1ground LAC o' Inter'ering Cell T,

Bac1ground Level Adjustment T,

Bac1ground $CC -' Inter'ering Cell T,

Bac1ground $obile et#or1 Code -' Inter'ering Cell T,

Bac1ground -)timum ,x Level ()lin1 T,

Bac1ground T, Frequency Ty)e T,

Bac1ground T0C T,

Binary -ut)uts T,

CI !stimation Ty)e T,

CI !stimation 3eight T,

Channel + Administrative 0tate T,

Channel + $aio T,

Channel + "C$ T,

Channel + 0ubslot T,

Channel + T0L T,

Channel + Ty)e T,

Channel * Administrative 0tate T,

Channel * $aio T,

Channel * "C$ T,

Channel * 0ubslot T,

Channel * T0L T,

Channel * Ty)e T,

Channel 6 Administrative 0tate T,


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Channel 6 $aio T,

Channel 6 "C$ T,

Channel 6 0ubslot T,

Channel 6 T0L T,

Channel 6 Ty)e T,


Channel 7 $aio T,Channel 7 "C$ T,


Channel 7 T0L T,

Channel 7 Ty)e T,


Channel 8 $aio T,

Channel 8 "C$ T,


Channel 8 T0L T,

Channel 8 Ty)e T,Channel : Administrative 0tate T,

Channel : $aio T,

Channel : "C$ T,

Channel : 0ubslot T,

Channel : T0L T,

Channel : Ty)e T,

Channel ; Administrative 0tate T,

Channel ; $aio T,

Channel ; "C$ T,

Channel ; 0ubslot T,

Channel ; T0L T,

Channel ; Ty)e T,

Channel < Administrative 0tate T,

Channel < $aio T,

Channel < "C$ T,

Channel < 0ubslot T,

Channel < T0L T,

Channel < Ty)e T,

CI -' Inter'ering Cell T,

Combi Lin1 T,

DA" ID T,

DFCA Indication T,

Direct Access Level T,

!GT, Ty)e T,

!xternal Alarm De5nition T,

Frequency T,

/",0 !nabled T, T,

%" $etro T,


61/261

In)ut ID T,

In)ut Text T,

In)ut Text ID T,

Inter'ering Cells T,

LAC -' Inter'ering Cell T,

LA"D Lin1 ame T,

LA"D Lin1 umber T,Level Adjustment T,

$CC -' Inter'ering Cell T,

$C -' Inter'ering Cell T,

ame T,

-J$ LA"D Lin1 ame T,

-J$ LA"D Lin1 umber T,

-ld Distinguished ame T,

-)timum , Level Do#nlin1 T,

-)timum , Level ()lin1 T,

"olarity T,"re'erred BCC% T, T,

,e)orting ,oute T,

0everity T,

0ubslots For 0ignalling T,

T, Abilities T,

T, Frequency Ty)e T,

T, %al' ,ate 0u))ort T,

T, -ut)ut De5nition T,

T0C T,

InterGsystem adjacency identi5er AD/

Band Indicator AD/

Base 0tation Colour Code AD/

BCC% A,FC AD/

Change origin AD/

Cell Identi5er AD/

Location Area Code AD/

$obile Country Code AD/

$obile et#or1 Code AD/

et#or1 Colour Code AD/

Include in 0ystem In'ormation AD/

$aximum (! T "o#er on ,AC% AD/

$aximum (! T "o#er on TC% AD/

ame AD/

,T %-"/ Identi5er AD/

,T %-"/ Identi5er AD/

Target Cell D AD/

InterG'requency adjacency identi5er ADI

Change origin ADI


62/261

Cell Identi5er ADI

C%- activity o' common load measurement D,C c ADI

"rimary C"IC% )o#er ADI

C"IC% !co o.set 'or the nonGcritical %- )rocedure ADI

%andling o' bloc1ed IF neighbour cell in 0L%- )roced ADI

Location Area Code ADI

$obile Country Code ADI$obile et#or1 Code ADI

,outing Area Code ADI

,C Identi5er ADI

"rimary 0crambling Code ADI

Include in 0ystem In'ormation ADI

Tx Diversity Indicator ADI

$aximum (! T "o#er on D"C% ADI

$aximum (! T "o#er on ,AC% ADI

(T,A Absolute ,adio Frequency Channel umber ADI

ame ADI,T %-"I Identi5er ADI

,T %-"I Identi5er ADI

Target Cell D ADI

IntraG'requency adjacency identi5er AD0

Change origin AD0

Cell Identi5er AD0

"rimary C"IC% )o#er AD0

Disable !.ect on ,e)orting ,ange AD0

C"IC% !co -.set AD0

Location Area Code AD0

$obile Country Code AD0

$obile et#or1 Code AD0

,outing Area Code AD0

,C Identi5er AD0

"rimary 0crambling Code AD0

Include in 0ystem In'ormation AD0

Tx Diversity Indicator AD0

$aximum (! T "o#er on ,AC% AD0

%0D"A %-"0 identi5er AD0

ame AD0

,T %-"0 Identi5er AD0

,T %-"0 Identi5er AD0

%0D"A %-"0 identi5er 'or A$, multiGservice AD0

Target Cell D AD0

Connection Con5guration Identi5er C-C-

AAL6 C"0G0D( loss ratio C-C-

BT0 AAL6 multi)lexing C-C-

AAL6 C"0G0D( multi)lexing delay C-C-


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AAL6 signalling lin1 con5guration C-C-

AAL6 signalling lin1 9CLt) CD9T egress C-C-

AAL6 signalling lin1 9CLt) CD9T ingress C-C-

AAL6 signalling lin1 9CLt) "C, egress C-C-

AAL6 signalling lin1 9CLt) "C, ingress C-C-

AAL6 signalling lin1 termination )oint identi5er C-C-

AAL6 signalling lin1 virtual channel identi5er C-C-AAL6 (ser "lane lin1 con5guration C-C-

AAL ty)e 6 )ath identi5er C-C-

AAL6 signalling lin1 virtual channel identi5er C-C-

AAL6 user )lane lin1 9CLt) CD9T egress C-C-

AAL6 user )lane lin1 9CLt) CD9T ingress C-C-

AAL6 user )lane lin1 9CLt) "C, egress C-C-

AAL6 user )lane lin1 9CLt) "C, ingress C-C-

AAL6 user )lane termination )oint identi5er C-C-

AAL6 (" (sage C-C-

AAL6 user )lane virtual channel identi5er C-C-AAL ty)e 6 end )oint address 'or Iub C-C-

3A$ identi5cation C-C-

AT$ inter'ace identi5er C-C-

Calculate CD9T C-C-

CGBA" 9CLt) CD9T egress C-C-

CGBA" 9CLt) CD9T ingress C-C-

CGBA" 9CLt) "C, egress C-C-

CGBA" 9CLt) "C, ingress C-C-

9irtual channel identi5er 'or CGBA" C-C-

Change origin C-C-

9irtual "ath Identi5er C-C-

Con'ormance de5nition C-C-

Create AT$ termination )oints C-C-

DGBA" signalling lin1 con5guration C-C-

Communication Control "ort C-C-

DGBA" 9CLt) CD9T egress C-C-

DGBA" 9CLt) CD9T ingress C-C-

DGBA" 9CLt) "C, egress C-C-

DGBA" 9CLt) "C, ingress C-C-

9irtual channel identi5er 'or DGBA" C-C-

!arly "ac1et Discard C-C-

/enerate AAL6 user )lane lin1 numbers C-C-

ame C-C-

-ld Distinguished ame C-C-

"artial "ac1et Discard C-C-

&uality -' 0ervice Class C-C-

0ervice category C-C-

9"Lt) CD9T egress C-C-


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9"Lt) "C, egress C-C-

9"Lt) 9" level tra?c sha)ing C-C-

F$C/ identi5er F$C/

Change origin F$C/

/0$ %- caused by C"IC% !co F$C/

/0$ %- caused by C"IC% ,0C" F$C/

/0$ %- caused by DL D"C% T "o#er F$C//0$ %- caused by (! T "o#er F$C/

/0$ %- caused by (L DC% &uality F$C/

DL D"C% T "o#er Threshold 'or A$, F$C/

DL D"C% T "o#er Threshold 'or C0 F$C/

DL D"C% T "o#er Threshold 'or ,T "0 F$C/

DL D"C% T "o#er Threshold 'or ,T "0 F$C/

$aximum $easurement "eriod F$C/

$easurement Averaging 3indo# F$C/

$easurement ,e)orting Interval F$C/

$inimum Interval Bet#een %-s F$C/$inimum $easurement Interval F$C/

$inimum interval bet#een re)etitive interG,AT 0L%-s F$C/

/0$ eighbour Cell 0earch "eriod F$C/

(! T "o#er Filter Coe?cient F$C/

(! T "o#er Threshold 'or A$, F$C/

(! T "o#er Threshold 'or C0 F$C/

(! T "o#er Threshold 'or ,T "0 F$C/

(! T "o#er Threshold 'or ,T "0 F$C/

(! T "o#er Time %ysteresis F$C/

I$0I Based /0$ %- F$C/

ame F$C/

F$CI identi5er F$CI

Change origin F$CI

IF%- caused by C"IC% !co F$CI

IF%- caused by C"IC% ,0C" F$CI

IF%- caused by DL D"C% T "o#er F$CI

IF%- caused by (! T "o#er F$CI

IF%- caused by (L DC% &uality F$CI

I$0I Based IF%- F$CI

DL D"C% T "o#er Threshold 'or A$, F$CI

DL D"C% T "o#er Threshold 'or C0 F$CI

DL D"C% T "o#er Threshold 'or ,T "0 F$CI

DL D"C% T "o#er Threshold 'or ,T "0 F$CI

$aximum $easurement "eriod F$CI

$easurement Averaging 3indo# F$CI

$easurement ,e)orting Interval F$CI

$inimum Interval Bet#een %-s F$CI

$inimum $easurement Interval F$CI


65/261

$inimum interval bet#een re)etitive IF 0L%-s F$CI

eighbour Cell 0earch "eriod F$CI

(! T "o#er Filter Coe?cient F$CI

(! T "o#er Threshold 'or A$, F$CI

(! T "o#er Threshold 'or C0 F$CI

(! T "o#er Threshold 'or ,T "0 F$CI

(! T "o#er Threshold 'or ,T "0 F$CI(! T "o#er Time %ysteresis F$CI

ame F$CI

F$C0 identi5er F$C0

Active 0et 3eighting Coe?cient F$C0

Addition ,e)orting Interval F$C0

Addition Time F$C0

Addition 3indo# F$C0

Dro) Time F$C0

Dro) 3indo# F$C0

C"IC% !co Filter Coe?cient F$C0Change origin F$C0

C"IC% !co %%- Cancellation F$C0

C"IC% !co %%- Cancellation Time F$C0

C"IC% !co %%- Threshold F$C0

C"IC% !co %%- Time %ysteresis F$C0

C"IC% ,0C" %%- Cancellation F$C0

C"IC% ,0C" %%- Cancellation Time F$C0

C"IC% ,0C" %%- Filter Coe?cient F$C0

C"IC% ,0C" %%- Threshold F$C0

C"IC% ,0C" %%- Time %ysteresis F$C0

I$0I Based 0%- F$C0

$aximum Active 0et 0i4e F$C0

ame F$C0

,e)lacement ,e)orting Interval F$C0

,e)lacement Time F$C0

,e)lacement 3indo# F$C0

%-"/ Identi5er %-"/

Cell ,eGselection %C0 "riority %-"/

Cell ,eGselection %C0 Threshold %-"/

$inimum , level 'or nonGcritical %- %-"/

Cell ,eGselection "enalty Time %-"/

"enalty time 'or /0$ cell in nonGcritical %- %-"/

cell "riority 'or Coverage %- %-"/

eighbour cell )riority 'or 0L%- %-"/

Cell ,eGselection &uality -.set * %-"/

Cell ,eGselection $inimum , Level %-"/

$inimum , Level 'or Coverage %- %-"/

Cell ,eGselection Tem)orary -.set * %-"/


66/261

Change origin %-"/

ame %-"/

%-"I Identi5er %-"I

C"IC% !co $argin 'or IF%- %-"I

Cell ,eGselection %C0 "riority %-"I

Cell ,eGselection %C0 Threshold %-"I

$inimum C"IC% !co 'or IF%- %-"I$inimum C"IC% !co 'or nonGcritical IF%- %-"I

$inimum C"IC% ,0C" 'or IF%- %-"I

$inimum C"IC% ,0C" 'or nonGcritical IF%- %-"I

Cell ,eGselection "enalty Time %-"I

"enalty time 'or 3CD$A cell in nonGcritical %- %-"I

"athloss $argin 'or IF%- %-"I

cell "riority 'or Coverage IF%- %-"I

cell "riority 'or &uality IF%- %-"I

eighbour cell )riority 'or service and load IF%- %-"I

Cell ,eGselection &uality -.set * %-"ICell ,eGselection &uality -.set 6 %-"I

Cell ,eGselection $inimum &uality %-"I

Cell ,eGselection $inimum , Level %-"I

Cell ,eGselection Tem)orary -.set * %-"I

Cell ,eGselection Tem)orary -.set 6 %-"I

Change origin %-"I

ame %-"I

%-"0 Identi5er %-"0

Cell ,eGselection %C0 "riority %-"0

Cell ,eGselection %C0 Threshold %-"0

Cell ,eGselection "enalty Time %-"0

Cell ,eGselection &uality -.set * %-"0

Cell ,eGselection &uality -.set 6 %-"0

Cell ,eGselection $inimum &uality %-"0

Cell ,eGselection $inimum , Level %-"0

Cell ,eGselection Tem)orary -.set * %-"0

Cell ,eGselection Tem)orary -.set 6 %-"0

C"IC% !co Averaging 3indo# %-"0

!nable InterG,C 0o't %andover %-"0

!nable ,,C Connection ,elease %-"0

%%- $argin 'or Average !co %-"0

%%- $argin 'or "ea1 !co %-"0

Change origin %-"0

ame %-"0

,elease $argin 'or Average !co %-"0

,elease $argin 'or "ea1 !co %-"0

,C Identi5er ,C

AAL ty)e 6 end )oint address 'or Iur ,C


67/261

-.set 'or activation time ,C

Adjustment )eriod time ,C

Adjustment ratio ,C

(sage o' A$, service #ith %0GD0C% ,C

Bit rate set 'or "0 ,T DC%s ,C

CBC Item ,C

CBC * $obile Country Code ,CCBC * $obile et#or1 Code ,C

CBC 6 $obile Country Code ,C

CBC 6 $obile et#or1 Code ,C





CBC * I" Address ,C

CBC 6 I" Address ,C

CBC 7 I" Address ,CCBC 8 I" Address ,C

Ty)e o' CBC I" address ,C

(sage o' CCC% 'or Cell(,A ()date Con5rm allo#ed ,C

Cell Access ,estriction ,C

Test timer 'or inactivity su)ervision in Cell_DC% state ,C

Cell ,eselection -bserving Time ,C

Com)ressed mode master s#itch ,C

Do#nlin1 ca)acity request handling )olicy ,C

()lin1 ca)acity request handling )olicy ,C

$aximum do#nlin1 ca)acity request queuing time ,C

$aximum u)lin1 ca)acity request queuing time ,C

Con5gured C0 A$, mode sets ,C

Con5gured C0 3A$, mode sets ,C

Cause value usage in A0 signaling connection releas ,C

Threshold belo# the do#ngrade bit rate ,C

3indo# si4e 'or the high through)ut measurement ,C

Threshold belo# the ,T DC% data rate ,C

Time to trigger 'or the high through)ut measurement ,C

Lo#er measurement #indo# si4e 'or ,T DC% o' *6= ,C

Lo#er measurement #indo# si4e 'or ,T DC% o' 6:; ,C

Lo#er measurement #indo# si4e 'or ,T DC% o' 76 1 ,C

Lo#er measurement #indo# si4e 'or ,T DC% o' 7=8 ,C

Lo#er measurement #indo# si4e 'or ,T DC% o' ;8 1 ,C

Lo#er do#ngrade threshold 'or the ,T DC% o' *6= 1 ,C

Lo#er do#ngrade threshold 'or the ,T DC% o' 6:; 1 ,C

Lo#er do#ngrade threshold 'or the ,T DC% o' 76 1b ,C

Lo#er do#ngrade threshold 'or the ,T DC% o' 7=8 1 ,C

Lo#er do#ngrade threshold 'or the ,T DC% o' ;8 1b ,C


68/261

Lo#er time to trigger 'or the ,T DC% o' *6= 1b)s ,C

Lo#er time to trigger 'or the ,T DC% o' 6:; 1b)s ,C

Lo#er time to trigger 'or the ,T DC% o' 76 1b)s ,C

Lo#er time to trigger 'or the ,T DC% o' 7=8 1b)s ,C

Lo#er time to trigger 'or the ,T DC% o' ;8 1b)s ,C

/uard time 'or through)ut measurement ,C

3indo# si4e 'or the release through)ut measurement ,CThreshold 'or the do#nlin1 DC% release measurement,C

Threshold 'or the u)lin1 DC% release measurement ,C

Time to trigger 'or the release through)ut measureme,C

())er measurement #indo# si4e 'or ,T DC% o' *6= ,C

())er measurement #indo# si4e 'or ,T DC% o' 6:; ,C

())er measurement #indo# si4e 'or ,T DC% o' 76 1 ,C

())er measurement #indo# si4e 'or ,T DC% o' 7=8 ,C

())er measurement #indo# si4e 'or ,T DC% o' ;8 1 ,C

())er do#ngrade threshold 'or the ,T DC% o' *6= 1 ,C

())er do#ngrade threshold 'or the ,T DC% o' 6:; 1 ,C())er do#ngrade threshold 'or the ,T DC% o' 76 1b ,C

())er do#ngrade threshold 'or the ,T DC% o' 7=8 1 ,C

())er do#ngrade threshold 'or the ,T DC% o' ;8 1b ,C

())er time to trigger 'or the ,T DC% o' *6= 1b)s ,C

())er time to trigger 'or the ,T DC% o' 6:; 1b)s ,C

())er time to trigger 'or the ,T DC% o' 76 1b)s ,C

())er time to trigger 'or the ,T DC% o' 7=8 1b)s ,C

())er time to trigger 'or the ,T DC% o' ;8 1b)s ,C

Identi5er o' the De'ault Authorised et#or1 ,C

Do#nlin1 measured BL!, con5dence interval ,C

DL Load 0ource ,C

$aximum DL bit rate #ith s)reading 'actor *6= ,C

$aximum DL bit rate #ith s)reading 'actor *; ,C

$aximum DL bit rate #ith s)reading 'actor 6:; ,C

$aximum DL bit rate #ith s)reading 'actor 76 ,C

$aximum DL bit rate #ith s)reading 'actor ;8 ,C

Dynamic Lin1 -)timisation )rohibit time ,C

"o#er o.set 'or dynamic lin1 o)timisation ,C

Dynamic lin1 o)timisation usage ,C

Do#nlin1 )uncturing limit ,C

"o#erGadjusting ste) si4e in 3CD$A

makro xls to xml v.8.0

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