Huawei Utran Rnp&o Parameters Setting(v200r009 20070810)

7/24/2019 Huawei Utran Rnp&o Parameters Setting(v200r009 20070810)

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HUAWEI UTRAN RNP&O Parameters(V200R009)

WWW.HUAWEI.COM Huawei Confidential



Setting



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Template Family Domain Command Parameter Name

NC M !wit"#

Outer $oop Power Control

Mo%ility

Dynami" C#annel Confi&uration Control

UE !tate Tran'fer Fundamental e'our"e Confi&uration

Idle Mode Timer

Conne"tion Mode Timer

!tate Timer

AM and AM W( Control

Dire"ted etry Di"i'ion

!N! elo"ation

Downlin) Power (alan"e

M Timer To Cell

M Timer To Conne"tion

$oad Mornitorin&

D$ Power Differen"eCall Admi''ion Control

C E'ta%li'# Cau'e

Compre''ed Mode C#annel Confi&uraion

!er*i"e Mo%ile $o"ation Center

U'er Priority and +(

Hi&# !peed Downlin) Pa")et A""e''

Hi&# !peed Uplin) Pa")et A""e''

Ot#er



305374348.xls 文档密级

HUAWEIDefault ,alue



305374348.xls 文档密级

Family Domain Command Parameter Name

Cell Al&orit#m !wit"#

Cell (a'i" Information

Cell C#annel Power

Cell $oad Control

Cell !ele"tion and e'ele"tionCell A""e'' !ettin&

IU(-IU Tran'mi''ion

Hi&# !peed Downlin) Pa")et A""e''

Hi&# !peed Uplin) Pa")et A""e''

Node( $e*el Hi&# !peed Uplin)



305374348.xls 文档密级

HUAWEIDefault ,alue



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Parameter Name Command

FRC_PDCP_RFC2507_HC_SWITCH

FRC_PDCP_RFC2507_HC_SWITCH

FRC_FP_MODE_SWITCH

IGNORE_RLC_CAP_SWITCH

AMR_7950_TWO_CODCH_SWITCH

MULTI_RAB_SWITCH

IU_QOS_NEG_SWITCH

RAB_DOWNSIZING_SWITCH

IMS_SUPPORT_ACTIVATION

RSC_FEEDBK_AFTER_SETUPRAB_ FAIL_SWITCH

SETCORRMALGOSWITCH

DOWNLINK_BLIND_DETECTION_SWITCH

SETCORRMALGOSWITCH

DL_INNER_LOOP_POWER_CTRL_SWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SET

CORRMALGOSWITCH

PDCP_IPV6_HEAD_COMPRESS_SWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

HANDOVER_TO_UTRAN_DEFAULT_ CONFIG_SWITCH

SETCORRMALGOSWITCH



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LOSSLESS_RELOCIN_SWITCH

IUUP_V2_SPT_SWITCH

AMRC_SWITCH

DCCC_SWITCH

PS_BE_STATE_TRANS_SWITCH

RATE_AD_B!_DL_TCP_SWITCH

BE_RATE_DOWN_BF_HO_SWITCH

IU_QOS_RENEG_SWITCH

IUB_OVERBOOKING_SWITCH

RLC_RETRANS_MEASURE_SWITCH

SOFT_HANDOVER_SWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

PS_NON_BE_STATE_TRANS_SWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

INTRA_FREQUENC!_HARD_HANDOVER_SWITCH

SETCORRMALGOSWITCH



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ACT_SET_QUAL_SWITCH

SIGNAL_HO_SWITCH

INTER_FREQ_HHO_SWITCH

INTER_RAT_CS_OUT_SWITCH

INTER_RAT_PS_OUT_SWITCH

6F6G_SWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SRNSR_DSCR_PROPG_DELA!_SWITCH

SETCORRMALGOSWITCH



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SNA_RESTRICTION_SWITCH

DETSET_RPRT_SWITCH

CMCF_DL_HLS_SWITCH

HCS_SPD_EST_SWITCH

CMCF_UL_HLS_SWITCH

SIGNAL_IUR_INTRA_HO_SWITCH

NCELL_COMBINE_SWITCH

SRNSR_DSCR_IUR_RESRCE_SWITCH

SETCORRMALGOSWITCH

SRNSR_DSCR_SEPRAT_DUR_SWITCH

SETCORRMALGOSWITCH

SRNSR_DSCR_LOC_SEPRAT_SWITCH

SETCORRMALGOSWITCH

IUR_SHO_DIVCTRL_FIELD_SUPP_SWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

DETSET_ADD_TO_ACTSET_SWITC

H

SET

CORRMALGOSWITCH

SETCORRMALGOSWITCH

CMCF_WITHOUT_UE_CAP_REPORT_SWITCH

SETCORRMALGOSWITCH

HO_BE!OND_UE_CAP_ADD_TO_MC_SWITCH

SETCORRMALGOSWITCH

SERVICE_HO_BASED_ON_RNC_SW

ITCH

SET

CORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

CMCF_UL_PRECFG_TOLERANCE_SWITCH

SETCORRMALGOSWITCH



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PS_"G2G_RELOCATION_SWITCH

OLPC_SWITCH

SIG_DCH_OLPC_SWITCH

OLPC_UL_SIR_ERR_REL_SWITCH

FP_MUTI_RLS_IND_SWITCH

HSDPA_STATE_TRANS_SWITCH

PS_"G2G_CELLCHG_NACC_SWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

!ETCOMA$+O!WITCH

DOWNLINK_POWER_BALANCE_SWITCH

SETCORRMALGOSWITCH

AMR_MODE_INDUCE_BLER_TARGE

T_ALTER_SWITCH

SET

CORRMALGOSWITCH

SETCORRMALGOSWITCH

INNER_LOOP_DL_LMTED_PWR_INC_SWITCH

SETCORRMALGOSWITCH

SET

CORRMALGOSWITCH

SETCORRMALGOSWITCH

RL_RECFG_SIR_TARGET_CARR!_SWITCH

SETCORRMALGOSWITCH

PS_STREAMING_ON_HSDPA_SWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH



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HSUPA_STATE_TRANS_SWITCH

HSUPA_PO_UPDATE_SWITCH

HSDPA_FLOW_CONTROL_SWITCH

HSUPA_DCCC_SWITCH

HSUPA_TTI_2MS_SWITCH

DRD_SWITCH

COMB_SERV_DRD_SWITCH

RAB_MODIF!_DRD_SWITCH

RAB_DCCC_DRD_SWITCH

HSDPA_DRD_SWITCH

RAB_SETUP_DRD_SWITCH

INTRA_HO_D2H_DRD_SWITCH

INTER_HO_D2H_DRD_SWITCH

HSUPA_DRD_SWITCH

SETCORRMALGOSWITCH

PS_STREAMING_ON_E_DCH_SWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

H2D_FOR_LOWR5_NRNCCELL_ADD_SWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

PS_CONVERSATION_ON_HSDPA_SWITCH

SETCORRMALGOSWITCH

PS_CONVERSATION_ON_E_DCH_SWITCH

SETCORRMALGOSWITCH

!ET

COMA$+O!WITCHSET

CORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH

SETCORRMALGOSWITCH



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SIRMEASFILTERCOEF SET OLPC

SIRERRREPORTH!ST SET OLPC

SIRCONVERGETHD SET OLPC

SIRADUSTFACTOR SET OLPC

D#$C%&'F#(') SET HOCOMM

TRIGTIME6F SET HOCOMM

R*T*TOTRIG6F SET HOCOMM

TRIGTIME6G SET HOCOMM



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R*T*TOTRIG6G SET HOCOMM

BEBITRATETHD SET HOCOMM

HSPATIMERLEN SET HOCOMM

COE*ISTMEASTHDCHOICE SET HOCOMM

DRNCSHOINITPWRPO SET HOCOMM

SHMDCLEGDELA!THRESH SET HOCOMM

D2HINTRAHOTIMERLEN SET HOCOMM



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D2HINTERHOTIMERLEN SET HOCOMM

MULTICARRIERHOTIMERLEN SET HOCOMM

F#'%(&C+(, SET INTRAFREQHO

INTRAFREQMEASQUANTIT! SET INTRAFREQHO

PERIODMRREPORTNUMFOR-A SET INTRAFREQHO

REPORTINTERVALFOR-A SET INTRAFREQHO

PERIODMRREPORTNUMFOR-C SET INTRAFREQHO

REPORTINTERVALFOR-C SET INTRAFREQHO

WEIGHT SET INTRAFREQHO



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I.%&/R('T)F+&-ACS SET INTRAFREQHO

I.%&/R('T)F+&-BCS SET INTRAFREQHO

I.%&/R('T)F+&-APS SET INTRAFREQHO

I.%&/R('T)F+&-BPS SET INTRAFREQHO

I.%&/A1'T)F+&-FECNO SET INTRAFREQHO

H3%,+&-A SET INTRAFREQHO

H3%,+&-B SET INTRAFREQHO

H3%,+&-C SET INTRAFREQHO

H3%,+&-D SET INTRAFREQHO

H3%,+&-F SET INTRAFREQHO

T&#4T#(-A SET INTRAFREQHO



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T&#4T#(-B SET INTRAFREQHO

T&#4T#(-C SET INTRAFREQHO

T&#4T#(-D SET INTRAFREQHO

T&#4T#(-F SET INTRAFREQHO

SHOQ/'#. SET INTRAFREQHO

MA*CELLINACTIVESET SET INTRAFREQHO

INTERFREQREPORTMODE SET INTERFREQHOCOV

INTERFREQMEASQUANTIT! SET INTERFREQHOCOV

INTERFREQFILTERCOEF SET INTERFREQHOCOV



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PERIODREPORTINTERVAL SET INTERFREQHOCOV

H!STFOR2D SET INTERFREQHOCOV

H!STFOR2F SET INTERFREQHOCOV

H!STFORHHO SET INTERFREQHOCOV

WEIGHTFORUSEDFREQ SET INTERFREQHOCOV

TRIGTIME2D SET INTERFREQHOCOV

TRIGTIME2F SET INTERFREQHOCOV

TRIGTIMEHHO SET INTERFREQHOCOV

INTERFREQCSTHD2DECN0 SET INTERFREQHOCOV

INTERFREQCSTHD2FECN0 SET INTERFREQHOCOV

INTERFREQPSTHD2DECN0 SET INTERFREQHOCOV

INTERFREQPSTHD2FECN0 SET INTERFREQHOCOV



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INTERFREQCSTHD2DRSCP SET INTERFREQHOCOV

INTERFREQCSTHD2FRSCP SET INTERFREQHOCOV

INTERFREQPSTHD2DRSCP SET INTERFREQHOCOV

INTERFREQPSTHD2FRSCP SET INTERFREQHOCOV

INTERFREQCOVHOCSTHDECN0 SET INTERFREQHOCOV

INTERFREQCOVHOPSTHDECN0 SET INTERFREQHOCOV

INTERFREQCOVHOCSTHDRSCP SET INTERFREQHOCOV

INTERFREQCOVHOPSTHDRSCP SET INTERFREQHOCOV

IFHOUSEDFREQCSTHDECN0 SET INTERFREQHOCOV

IFHOUSEDFREQPSTHDECN0 SET INTERFREQHOCOV

IFHOUSEDFREQCSTHDRSCP SET INTERFREQHOCOV

IFHOUSEDFREQPSTHDRSCP SET INTERFREQHOCOV

HHOECNOMIN SET INTERFREQHOCOV

HHORSCPMIN SET INTERFREQHOCOV

INTERFREQMEASTIME SET INTERFREQHOCOV

INTERFREQFILTERCOEF

H!STFOR2C

TRIGTIME2C

SETINTERFREQHONCOV

SETINTERFREQHONCOV

SETINTERFREQHONCOV



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INTERFREQNCOVHOTHDECN0

INTERFREQMEASTIME

INTERRATREPORTMODE !ET INTEATHOCO,

2D2FMEASQUANTIT! SET INTERRATHOCOV

2D2FFILTERCOEF SET INTERRATHOCOV

INTERRATFILTERCOEF SET INTERRATHOCOV

WEIGHTFORUSEDFREQ SET INTERRATHOCOV

SET INTERRATHOCOV

H!STFOR2D SET INTERRATHOCOV

H!STFOR2F SET INTERRATHOCOV

H!STFORINTERRAT SET INTERRATHOCOV

TRIGTIME2D SET INTERRATHOCOV

SETINTERFREQHONCOV

SETINTERFREQHONCOV

INTERRATPERIODREPORTINTERVAL



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TRIGTIME2F SET INTERRATHOCOV

TIMETOTRIGFORNONVERIF! SET INTERRATHOCOV

TIMETOTRIGFORVERIF! SET INTERRATHOCOV

BSICVERIF! SET INTERRATHOCOV

INTERRATCSTHD2DECN0 SET INTERRATHOCOV

INTERRATCSTHD2FECN0 SET INTERRATHOCOV

INTERRATPSTHD2DECN0 SET INTERRATHOCOV

INTERRATPSTHD2FECN0 SET INTERRATHOCOV

INTERRATCSTHD2DRSCP SET INTERRATHOCOV

INTERRATCSTHD2FRSCP SET INTERRATHOCOV

INTERRATPSTHD2DRSCP SET INTERRATHOCOV

INTERRATPSTHD2FRSCP SET INTERRATHOCOV

INTERRATCOVHOCSTHD SET INTERRATHOCOV

INTERRATCOVHOPSTHD SET INTERRATHOCOV

PENALT!TIMEFORINTERRATHO SET INTERRATHOCOV

INTERRATMEASTIME SET INTERRATHOCOV

INTERRATPINGPONGTIMER SET INTERRATHOCOV

INTERRATPINGPONGH!ST SET INTERRATHOCOV

INTERRATFILTERCOEF !ET INTEATHONCO,

H!STFOR"C SET INTERRATHONCOV



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TRIGTIME"C SET INTERRATHONCOV

BSICVERIF! SET INTERRATHONCOV

INTERRATNCOVHOCSTHD SET INTERRATHONCOV

INTERRATNCOVHOPSTHD SET INTERRATHONCOV

PENALT!TIMEFORINTERRATHO SET INTERRATHONCOV

INTERRATHOATTEMPTS SET INTERRATHONCOV

INTERRATMEASTIME SET INTERRATHONCOV

ULDCCCRATETHD SET DCCC

DLDCCCRATETHD SET DCCC

LITTLERATETHD SET DCCC

DCCCSTG SET DCCC

EVENTEATHD SET DCCC



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EVENTEBTHD SET DCCC

DLH!STTIMEFORE SET DCCC

TCPMRFILTERCOEF SET DCCC

CHOICERPTUNITFORE SET DCCC

TENMSECFORE SET DCCC

DLH!STTIMEFORF SET DCCC

CHOICERPTUNITFORF SET DCCC

TENMSECFORF SET DCCC

PWRMARGIN SET DCCC

ULFULLCVRRATE SET DCCC

DLFULLCVRRATE SET DCCC

ULRATEADLEVEL SET DCCC

ULMIDRATECALC SET DCCC

ULMIDRATETHD SET DCCC

DLRATEADLEVEL SET DCCC



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DLMIDRATECALC SET DCCC

DLMIDRATETHD SET DCCC

FAILTIMETH SET DCCC

MONITIMELEN SET DCCC

DCCCUPPENALT!LEN SET DCCC

DCCC-APENALT!TIME SET DCCC

CELLRESELECTTIMER SET UESTATETRANS

CELLRESELECTCOUNTER SET UESTATETRANS

STATETRANSTRAFFREDUNDCOEF SET UESTATETRANS

DTOFSTATETRANSTIMER SET UESTATETRANS

D2F2PTVMTHD SET UESTATETRANS



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D2FTVMTIMETOTRIG SET UESTATETRANS

D2FTVMPTAT SET UESTATETRANS

FTOPSTATETRANSTIMER SET UESTATETRANS

F2PTVMTIMETOTRIG SET UESTATETRANS

F2PTVMPTAT SET UESTATETRANS

FTODTVMTHD SET UESTATETRANS

FTODTVMTIMETOTRIG SET UESTATETRANS

BEH2FSTATETRANSTIMER SET UESTATETRANS



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BEH2FTVMTHD SET UESTATETRANS

BEH2FTVMTIMETOTRIG SET UESTATETRANS

BEH2FTVMPTAT SET UESTATETRANS

BEFTOHTVMTHD SET UESTATETRANS

BEFTOHTVMTIMETOTRIG SET UESTATETRANS

RTDH2FSTATETRANSTIMER SET UESTATETRANS

RTDH2FTVMTHD SET UESTATETRANS



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RTDH2FTVMTIMETOTRIG SET UESTATETRANS

RTDH2FTVMPTAT SET UESTATETRANS

RTFTODHTVMTHD SET UESTATETRANS

RTFTODHTVMTIMETOTRIG SET UESTATETRANS

E2FTHROUMEASPERIOD SET UESTATETRANS

E2FSTATETRANSTIMER SET UESTATETRANS

E2FTHROUTHD SET UESTATETRANS

E2FTHROUTIMETOTRIG SET UESTATETRANS

E2FTHROUPTAT SET UESTATETRANS



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FTOETVMTHD SET UESTATETRANS

FTOETVMTIMETOTRIG SET UESTATETRANS

SELALGOT!PE SET PDCPHEADCOMP

RFC2507DEFPARASWITCH SET PDCPHEADCOMP

PRFNUM SET PDCPHEADCOMP

PRF0 SET PDCPHEADCOMP

PRF- SET PDCPHEADCOMP

ULMA*CID SET PDCPHEADCOMP

DLMA*CID SET PDCPHEADCOMP

ULPOS SET PDCPHEADCOMP

DLPOS SET PDCPHEADCOMP

TGTMODE SET PDCPHEADCOMP



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DEFAULTCONSTANTVALUE SET FRC

PWRCTRLALG SET FRC

ULTPCSTEPSIZE SET FRC

ULDPCCHTFCIBIT SET FRC

ULDPCCHFBIBIT SET FRC

ULDPDCHPL SET FRC

FDDTPCDLSTEPSIZE SET FRC

DPCMODE SET FRC

TFCIPO SET FRC

TPCPO SET FRC

PILOTPO SET FRC



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DLDPCHSF-2PILOTBIT SET FRC

DLDPCHSF256PILOTBIT SET FRC

DLDPCHPL SET FRC

DEFPOSFI*EDORFLE* SET FRC

DLSAVECODERESOURCESWITCH SET FRC

DLDPCHPLSAVEMODE SET FRC

DR*C!CLELENCOEF SET FRC

ULBETRAFFDECTHS SET FRC

DLBETRAFFDECTHS SET FRC

ULBETRAFFINITBITRATE SET FRC

DLBETRAFFINITBITRATE SET FRC

ULBECOMBTFCNONCMPCFGTHS SET FRC



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DLBECOMBTFCNONCMPCFGTHS SET FRC

ULDCHBEUPPERLIMITFORAMR SET FRC

DLDCHBEUPPERLIMITFORAMR SET FRC

ULDCHBEUPPERLIMITFOROTHER SET FRC

DLDCHBEUPPERLIMITFOROTHER SET FRC

DLSTRTHSONHSDPA SET FRC

DLCONVTHSONHSDPA SET FRC

DLBETRAFFTHSONHSDPA SET FRC



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T"00 SET IDLEMODETIMER

N"00 SET IDLEMODETIMER

T"-2 SET IDLEMODETIMER

N"-2 SET IDLEMODETIMER

T"02 SET CONNMODETIMER

N"02 SET CONNMODETIMER







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T"-2 SET CONNMODETIMER

N"-2 SET CONNMODETIMER

T"-" SET CONNMODETIMER

N"-" SET CONNMODETIMER




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N"-5 SET CONNMODETIMER


RRCUERSPTMR SET STATETIMER

RRCIURELCMDTMR SET STATETIMER

RRCRELRETRANTMR SET STATETIMER

RRCPAINGT!PE-TMR SET STATETIMER

RRCINITDTTMR SET STATETIMER

RRCRLCACKCMPTMR SET STATETIMER

RBSETUPRSPTMR SET STATETIMER

RBRECFGRSPTMR SET STATETIMER

RBRELRSPTMR SET STATETIMER

RLSETUPRSPTMR SET STATETIMER

RLRECFGREAD!TMR SET STATETIMER

RLRELRSPTMR SET STATETIMER

RLRSTRTMR SET STATETIMER

DRLAAL2ESTINDTMR SET STATETIMER



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DRLRECFGCMITTMR SET STATETIMER

HOCELLUPDATERSPTMR SET STATETIMER

HOPAGINGRSPTMR SET STATETIMER

HORELOCREQTMR SET STATETIMER

HOASUTMR SET STATETIMER

HOPH!CHRECFGTMR SET STATETIMER

RELOCCMDTMR SET STATETIMER

RELOCIURELCMDTMR SET STATETIMER

RELOCDATAFWDTMR SET STATETIMER

RELOCANOTHERTMR SET STATETIMER

RELOCCOMMITTMR SET STATETIMER

RELOCMOBILCONFTMR SET STATETIMER

RELOCPH!CHRECFGTMR SET STATETIMER

RELOCUTRANHOCMPTMR SET STATETIMER

RELOCFAILIURELCMDTMR SET STATETIMER

S!SHOPSRESUMETMR SET STATETIMER

RRCSECRTMODECMPTMR SET STATETIMER

UECNTCHECKRSPTMR SET STATETIMER

CMCHRSRCRSPTMR SET STATETIMER

UECAPENQRSPTMR SET STATETIMER

HOWTTRCHRECFGRSPTMR SET STATETIMER

ICSR('N+RABT& SET STATETIMER

IPSR('N+RABT SET STATETIMER

ALLOWPOWERMEASTRIGAMRC SET AMRC



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ULMEASFILTERCOEF SET AMRC

ULTRIGTIME6A- SET AMRC

ULTRIGTIME6B- SET AMRC



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ULTRIGTIME6A2 SET AMRC

ULTRIGTIME6B2 SET AMRC

ULAMRCTIMERLEN SET AMRC

ULREPORTMODE SET AMRC



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ULTHD6A- SET AMRC

ULTHD6A2 SET AMRC

ULTHD6B- SET AMRC

ULTHD6B2 SET AMRC



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BLERFORMODE- SET AMRC

BLERFORMODE2 SET AMRC

BLERFORMODE" SET AMRC





BLERFORMODE SET AMRC

ULRPRTMODEFORPERIOD SET AMRC

DLMEASFILTERCOEF SET AMRC

DLMEASRPRTPERIOD SET AMRC



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DLTHDE- SET AMRC

DLTHDE2 SET AMRC

DLTHDF- SET AMRC

DLTHDF2 SET AMRC

ULMODECHANGETIMERLEN SET AMRC



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DLMODECHANGETIMERLEN SET AMRC

GOLDMA*MODE SET AMRC

SILVERMA*MODE SET AMRC

COPPERMA*MODE SET AMRC



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ALLOWPOWERMEASTRIGAMRC SET AMRCWB

ULMEASFILTERCOEF SET AMRCWB

ULTRIGTIME6A- SET AMRCWB

ULTRIGTIME6B- SET AMRCWB



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ULTRIGTIME6A2 SET AMRCWB

ULTRIGTIME6B2 SET AMRCWB

ULAMRCTIMERLEN SET AMRCWB

ULREPORTMODE SET AMRCWB



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ULTHD6A- SET AMRCWB

ULTHD6A2 SET AMRCWB

ULTHD6B- SET AMRCWB



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#45172

ULTHD6B2 SET AMRCWB

BLERFORMODE- SET AMRCWB

BLERFORMODE2 SET AMRCWB

BLERFORMODE" SET AMRCWB





BLERFORMODE SET AMRCWB



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#46172


ULRPRTMODEFORPERIOD SET AMRCWB

DLMEASFILTERCOEF SET AMRCWB

DLMEASRPRTPERIOD SET AMRCWB

DLTHDE- SET AMRCWB

DLTHDE2 SET AMRCWB



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02/23/2016 '#('9l :9;#47172

DLTHDF- SET AMRCWB

DLTHDF2 SET AMRCWB

ULMODECHANGETIMERLEN SET AMRCWB

DLMODECHANGETIMERLEN SET AMRCWB



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#48172

GOLDMA*MODE SET AMRCWB

SILVERMA*MODE SET AMRCWB

COPPERMA*MODE SET AMRCWB

REFCSMA*NUM SET DRD

REFCSTHRESHOLD SET DRD

DRMA*UMTSNUM SET DRD



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#4<172

DRMA*GSMNUM SET DRD

MA*RELATINGTIME SET DRD

SRNSRE*PIR!TIME SET SRNSR

SRNSRDELA!OFFSET SET SRNSR

SRNSRIURRESELECTTIMERLEN SET SRNSR

SRNSRTRIGTIMER SET SRNSR

SRNSRSEPARATEDURATION SET SRNSR

SRNSRABCNDOMAINT!PE SET SRNSR

RPTPERIOD SET DPB

DPBMEASFILTERCOEF SET DPB

DPBSTARTTHD SET DPB

DPBSTOPTHD SET DPB

MA*ADUSTSTEP SET DPB

ADUSTPERIOD SET DPB

ADUSTRATIO SET DPB

RATIOFORMA*POWER SET DPB



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02/23/2016 '#('9l :9;#50172

DEFAULTCPICHPOWER SET DPB

AUDITTIMEINTERVALTIMERLEN SET CERRMTIMER

AUDITTIMERLEN SET CERRMTIMER

CELLSETUPTIMERLEN SET CERRMTIMER

CELLRECFGTIMERLEN SET CERRMTIMER

CELLDELETETIMERLEN SET CERRMTIMER

NBCCHSETUPTIMERLEN SET CERRMTIMERNBCCHRECFGTIMERLEN SET CERRMTIMER

NBCCHDELETETIMERLEN SET CERRMTIMER

IUBSAALESTTIMERLEN SET CERRMTIMER

S!SINFOUPDTRSPTIMERLEN SET CERRMTIMER

COMMMEASRESETUPTIMERLEN SET CERRMTIMER

COMMMEASINITRSPTIMERLEN SET CERRMTIMER

CCHAAL2ESTTIMERLEN SET CERRMTIMER

CCHFPCFGTIMERLEN SET CERRMTIMER

CCHFPNODES!NTIMERLEN SET CERRMTIMER

CELLRRRSLTTIMERLEN SET CERRMTIMER

CMRSLTTIMERLEN SET CERRMTIMER

SABPMSGRSPTIMERLEN SET CERRMTIMERPERIODS!SINFOUPDTTIMERLEN SET CERRMTIMER

PERIODAUDITREQTIMERLEN SET CERRMTIMER

FPS!NCMONRSPTIMERLEN SET CERRMTIMER

FPS!NCMONPRTCTTIMERLEN SET CERRMTIMER

H3/R(:,4R3T#(&L(. SET CERRMTIMER

H3/R(:,4I.%(&$/'T#(&L(. SET CERRMTIMER

CCHREESTTIMERLEN SET CERRMTIMER

IUBRESETTIMERLEN SET CERRMTIMER

IUBSAALINSTREESTTIMERLEN SET CERRMTIMER

CELLRRRELWAITTIMERLEN SET CERRMTIMER

IUBSCTPESTTIMERLEN SET CERRMTIMER

IUBSCTPINSTREESTTIMERLEN SET CERRMTIMERCELLLOADBROADCASTTIMERLEN SET CERRMTIMER

CELLNONEUETIMERLEN SET CERRMTIMER

UUMEASCTRLTIMERLEN SET COIFTIMER

IUBMEASCTRLINITTIMERLEN SET COIFTIMER

IURMEASCTRLINITTIMERLEN SET COIFTIMER

MACDMEASCTRLTIMERLEN SET COIFTIMER

SET COIFTIMER

SET COIFTIMER

OLPCTIMERLEN SET COIFTIMERRLCMEASCTRLTIMERLEN SET COIFTIMER

HRETR!TIMERLEN SET COIFTIMER

ULBASICCOMMMEASFILTERCOEFF SET LDM

IUBMEASCTRLINITFAILDL!TIMERLEN

IURMEASCTRLINITFAILDL!TIMERLEN



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#51172

SET LDM

TENMSECFORULBASICMEAS SET LDM

DLBASICCOMMMEASFILTERCOEFF SET LDM

SET LDM

TENMSECFORDLBASICMEAS SET LDM

PERIODPROTECTTIMERCOEFF SET LDM

LDBAVGFILTERLEN SET LDM

PUCAVGFILTERLEN SET LDM

ULLDRAVGFILTERLEN SET LDM

DLLDRAVGFILTERLEN SET LDM

ULOLCAVGFILTERLEN SET LDM

DLOLCAVGFILTERLEN SET LDM

ULCACAVGFILTERLEN SET LDM

DLCACAVGFILTERLEN SET LDM

SET LDM

TENMSECFORHSDPAPWRMEAS SET LDM

HSDPANEEDPWRFILTERLEN SET LDM

SET LDM

CHOICERPRTUNITFORULBASICME AS

CHOICERPRTUNITFORDLBASICME AS

CHOICERPRTUNITFORHSDPAPWRMEAS

CHOICERPRTUNITFORHSDPARATEMEAS



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#52172

SET LDM

HSDPAPRVIDBITRATEFILTERLEN SET LDM

MA*MEASCONTINVALIDTIMES SET LDM

ULOLCMEASFILTERCOEFF SET LDM

CHOICERPRTUNITFORULOLCMEAS SET LDM

TENMSECFORULOLCMEAS SET LDM

ULOLCTRIGH!ST SET LDM

DLOLCMEASFILTERCOEFF SET LDM

CHOICERPRTUNITFORDLOLCMEAS SET LDM

TENMSECFORDLOLCMEAS SET LDM

DLOLCTRIGH!ST SET LDM

SET LDM

SET LDM

HSUPAPRVIDBITRATEFILTERLEN SET LDM

DELTAP"8TO256 SET DLPWRDIFF

DELTAP256TO-88 SET DLPWRDIFF

DELTAP-88TO-2 SET DLPWRDIFF

DELTAP-2TO68 SET DLPWRDIFF

DELTAP68TO"2 SET DLPWRDIFF

DELTAP"2TO-6 SET DLPWRDIFF

TENMSECFORHSDPAPRVIDRATEMEAS

CHOICERPRTUNITFORHSUPARATEMEAS

TENMSECFORHSUPAPRVIDRATEMEAS



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#53172

DELTAP-6TO SET DLPWRDIFF

DELTAPTO0 SET DLPWRDIFF

U'A:%F/:%+&,+&A&C+.$ SET ADMCTRL

U'A:%F/:%+&,+&N+.A&C+.$ SET ADMCTRL

D'A:%F/:%+&,+&A&C+.$ SET ADMCTRL

D'A:%F/:%+&,+&N+.A&C+.$ SET ADMCTRL

ULACTFACTORFORSTR SET ADMCTRL

DLACTFACTORFORSTR SET ADMCTRL

ULACTFACTORFORINT SET ADMCTRL

DLACTFACTORFORINT SET ADMCTRL



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#54172

ULACTFACTORFORBAC SET ADMCTRL

DLACTFACTORFORBAC SET ADMCTRL

CACSWITCH SET CACALGOSWITCH

PREEMPTALGOSWITCH SET QUEUEPREEMPT

MBMSPREEMPTALGOSWITCH SET QUEUEPREEMPT

QUEUEALGOSWITCH SET QUEUEPREEMPT

QUEUELEN SET QUEUEPREEMPT

POLLTIMERLEN SET QUEUEPREEMPT

MA*QUEUETIMELEN- SET QUEUEPREEMPT

MA*QUEUETIMELEN2 SET QUEUEPREEMPT

MA*QUEUETIMELEN" SET QUEUEPREEMPT





MA*QUEUETIMELEN SET QUEUEPREEMPT


MA*QUEUETIMELEN-0 SET QUEUEPREEMPT

MA*QUEUETIMELEN-- SET QUEUEPREEMPT

MA*QUEUETIMELEN-2 SET QUEUEPREEMPT



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#55172

RRCCAUSE SET RRCESTCAUSE

SIGCHT!PE SET RRCESTCAUSE

INTRAMEASCTRL SET RRCESTCAUSE

DELTACFN SET CMCF

DLSFTURNPOINT SET CMCF

ULSFTURNPOINT SET CMCF



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#56172

CMCFCELLT!PE SET CMCF

DLSFLIMITCMIND SET CMCF

LIMITCMDLSFTHD SET CMCF

HSDPACMPERMISSIONIND SET CMCF

HSUPACMPERMISSIONIND SET CMCF

SMLCMETHOD SET SMLC

AGPSMETHODT!PE SET SMLC

AGPSMEASLONGPERIOD SET SMLC



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#57172

AGPSMEASSHORTPERIOD SET SMLC

AGPSADDASSDATASENDFLAG SET SMLC

UEASSAGPSASSDATASWITCH SET SMLC

UEBASAGPSASSDATASWITCH SET SMLC

MA*GPSSATS SET SMLC

OTDOAMETHODT!PE SET SMLC



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#58172

OTDOAMEASPERIOD SET SMLC

CELLIDRTTMETHODT!PE SET SMLC

CELLIDRTTMEASPERIOD SET SMLC

RTTMEASFILTERCOEFF SET SMLC

UPTIMERLEN SET SMLC

ASSDATARSPTIMERLEN SET SMLC

EMERGLCSSWITCH SET SMLC

OPTIONALIESENDSWITCH SET SMLC

FORCEDSHOSWITCH SET SMLC

ARP-PRIORIT! SET USERPRIORIT!

ARP2PRIORIT! SET USERPRIORIT!

ARP"PRIORIT! SET USERPRIORIT!





ARPPRIORIT! SET USERPRIORIT!


ARP-0PRIORIT! SET USERPRIORIT!

ARP--PRIORIT! SET USERPRIORIT!



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#5<172


ARP-"PRIORIT! SET USERPRIORIT!


PRIORIT!REFERENCE SET USERPRIORIT!

CARRIERT!PEPRIORIND SET USERPRIORIT!

GOLDULGBR SET USERGBR

GOLDDLGBR SET USERGBR

SILVERULGBR SET USERGBR

SILVERDLGBR SET USERGBR

COPPERULGBR SET USERGBR

COPPERDLGBR SET USERGBR

TRAFFICCLASS

USERPRIORIT!

THP

SPI

ACKPO- SET HSDPCCH

SETSCHEDULEPRIOMAP

SETSCHEDULEPRIOMAP

SETSCHEDULEPRIOMAP

SETSCHEDULEPRIOMAP



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#60172

ACKPO-FORSHO SET HSDPCCH

ACKPO2 SET HSDPCCH

ACKPO2FORSHO SET HSDPCCH

ACKPO" SET HSDPCCH

ACKPO"FORSHO SET HSDPCCH

NACKPO- SET HSDPCCH

NACKPO-FORSHO SET HSDPCCH

NACKPO2 SET HSDPCCH



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#61172

NACKPO2FORSHO SET HSDPCCH

NACKPO" SET HSDPCCH

NACKPO"FORSHO SET HSDPCCH

ACKNACKREF- SET HSDPCCH

ACKNACKREF2 SET HSDPCCH

ACKNACKREF" SET HSDPCCH

ACKNACKREFFORSHO SET HSDPCCH

CQIPO SET HSDPCCH

CQIPOFORSHO SET HSDPCCH

CQIREF SET HSDPCCH

CQIREFFORSHO SET HSDPCCH

CQIFBCK SET HSDPCCH

CQIFBCKFORSHO SET HSDPCCH



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#62172

RABINDE* ADD T!PRABHSPA

TRCHT!PE ADD T!PRABHSPA

M/:3T- ADD T!PRABHSPA

M/:3W#.S#;( ADD T!PRABHSPA

H3)3:M/:)P)S#;( ADD T!PRABHSPA

M/:3D#3:/&)T#(O% ADD T!PRABHSPA

HSUPAMA*RATEUPSCALE ADD T!PRABHSPA

HBDELA!CND ADD T!PRABHSPA

EDCHMACDPDUSIZE ADD T!PRABHSPA

MACESWINSIZE ADD T!PRABHSPA

M/:(3T' ADD T!PRABHSPA

HSUPADCCCSTG SET DCCC



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#63172

HSUPABESHORATETHD SET DCCC

EDCHRATEADUSTSET

EDCHTIMETOTRIGGER8A ADD T!PRABDCCCMC

EDCHPENDINGTIME8A ADD T!PRABDCCCMC

EDCHTIMETOTRIGGER8B ADD T!PRABDCCCMC

EDCHPENDINGTIME8B ADD T!PRABDCCCMC

HSUPAINITIALRATE SET FRC

SETEDCHRATEADUSTSET



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#64172

U'S%&T3O.H3/ SET FRC

ULCONVTHSONHSUPA SET FRC

ULBETRAFFTHSONHSUPA SET FRC

EDPCCHPO SET FRC

ULSTRTRANSMODEONHSUPA SET FRC

ULCONVTRANSMODEONHSUPA SET FRC

ULEDPDCHPL SET FRC

HSUPASIPO SET FRC

ERGCH"INDSTPTHS SET FRC

ERGCH2INDSTPTHS SET FRC



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#65172

EDCHHARQINFO SET FRC

HSUPASCHPRDFORGRANT SET FRC

HSUPASCHPRDFORNONGRANT SET FRC

HARQPROCESSALLOCFOR2MS SET FRC

EDCHSIRMA*UPSTEP ADD T!PRABOLPC

ETFCITABID* ADD T!PRABOLPC

REFETFCIID* ADD T!PRABOLPC

REFETFCIPO ADD T!PRABOLPC



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#66172

MA*EDCHPO ADD T!PRABOLPC

MINEDCHPO ADD T!PRABOLPC

EDCHPOPERIOD ADD T!PRABOLPC

EDCHPOMA*UPSTEP ADD T!PRABOLPC

MA*EDCHRETRANSNUM ADD T!PRABOLPC

EDCHTARGETRETRANSNUM ADD T!PRABOLPC

EDCHRETRANSPROBTARGETVAL ADD T!PRABOLPC

CNDOMAINID ADD CNDOMAIN



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#67172

CS_DOMAIN<T"2-2 ADD CNDOMAIN

CS_DOMAIN<ATT ADD CNDOMAIN

CS_DOMAIN<DR*C!CLELENCOEF ADD CNDOMAIN

PS_DOMAIN<NMO ADD CNDOMAIN

PS_DOMAIN<DR*C!CLELENCOEF ADD CNDOMAIN

CNOPINDE* ADD CNOPERATOR

CNOPERATORNAME ADD CNOPERATOR

P&#/&O(&/%+&F'/4 ADD CNOPERATOR

MCC ADD CNOPERATOR

MNC ADD CNOPERATOR



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#68172

Definition an&e

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

P#y'i"alunit-'tep

When it is checked, the AMR voice call with the bitrate of 7.95k or less than 7.95k will be allocated fortwo CoDCHs. Otherwise, it will be allocated forthree CoDCHs.

When it is checked, the downlink blind transortfor!at detection f"nction will be "sed for sin#le$R% and AMR & $R% bearers. 'ote that the () isonl* re+"ired to s"ort blind transort for!atdetection is the restrictions in - /5./0/ section1..0 are f"l2lled.

When it is checked, the inner loo downlink owercontrol stat"s will be set to 3Active3. Otherwise, itwill be set to 34nactive3.

When it is checked and the 4 header co!ressionlicense is enabled, the 4 header co!ressional#orith! will be alied in the R'C.

When it is checked and the rob"st headerco!ression license is enabled, the rob"st header

co!ression al#orith! will be alied in the R'C.When it is checked and the DC headerco!ression f"nction is enabled, DC headerco!ression al#orith! for 4v will be alied inthe R'C.When it is checked, the 6 !ode in 4"b will be set tonor!al !ode. Otherwise, it will be set to silent!ode.When it is checked, the RA% Assi#n!ent re+"estand the s"bse+"ent R% $et" sho"ld be contin"edwhen the RC AM Caabilit* of () cannot !eet the!ini!"! RC b"8er re+"ire!ent de2ned b* theRC :;R: W4'DOW 4M4s of the RA% to be set",Otherwise, the RA% Assi#n!ent re+"est sho"ld bere<ected.

When it is checked, the AMR voice call with the bitrate of 7.95k or less than 7.95k will be allocated fortwo CoDCHs. Otherwise, it will be allocated forthree CoDCHs.

When it is checked, !"lti=RA%s co!bination of /C$,/C$&0$, 0C$&/$ and /$ will be s"orted inthe R'C.

When it is checked and the 4M$ license is enabled,R'C will s"ort 4M$.

When it is checked, RA% Downsi>in# f"nction will bealied for deter!inin# initial bit rate accordin# tocell reso"rces.

When it is checked and the 4M$ license is enabled,R'C will s"ort 4M$.

When it is checked, the defa"lt con2#"rations ofsi#nallin# and RA%s, which are de2ned in #/5.0, will be "sed 2rst when the () erfor!shandover fro! -$M to WCDMA. Otherwise, thosedefa"lt con2#"rations won?t be alied andco!lete infor!ation of R%, rCH and h*CH to be"sed is incl"ded in the HA'DO@)R O (RA'COMMA'D !essa#e.



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#6<172

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

When it is checked and () s"orts losslessReloc4n, R'C will con2# DC to s"ort osslessReloc4n.When it is checked and the 3$"ort 4(( @ersion/3 license is enabled, R'C will s"ort 6O;R6Of"nction.When it is checked and the AMRC AMR ControlBlicense is enabled, AMR control f"nction will be

alied for AMR "sers.When it is checked, d*na!ic channelrecon2#"ration control al#orith! will be alied inthe R'C.When it is checked, () RRC state transitionsC)6ACH;C)CH;(RACHB for services areallowed in the R'C.

When it is checked, () RRC state transitions toC)6ACH for real=ti!e services are allowed in theR'C.

When it is checked, it is allowed to recon2#"red*na!icall* the bandwidth of best e8ort servicesaccordin# to the downlink trans!itted code ower.4t is reco!!ended to oen DCCC$W4CH when

"sin# this f"nction.

When it is checked, it is allowed to decrease thebandwidth of the %) services before Handoverhaens. 4t is reco!!ended to oen DCCC$W4CHwhen "sin# this f"nction.

When it is checked and the 4( O$ R)') license isenabled, R'C will s"ort RA% MOD46E R)()$roced"re when the o$ of real=ti!e traFc can notbe #"aranteed accordin# to cell conditions

When the wireless environ!ent is oor, $o!e 6swill be banned for hi#h seed RA% to li!it theseed and then red"ce the trans!ission ower.When it is checked, 4(% Overbookin# f"nction will

be alied in $R'C.When downlink Ctrans!itted code owerB isrestricted, and the RC re=trans!itted ratio of %)service in AM !ode eGceeds a seci2ed threshold,the bandwidth of the %) service will be tri##ed todecrease. When this switch is checked, the RC re=trans!itted ratio of %) service in AM !ode will be!eas"red in C al#orith!.When it is checked, the soft or softer handover isallowed. When receivin# a 0A, 0%, 0C, or 0D eventreort, the R'C starts to add, re!ove or relacesoft handover cells. 0. he %) service is set " onDCH and the bit rate of %) service or co!binedservices eGceeds the threshold for soft handoverdownlink bit rate. /. he soft handover switch isO66 and () reorts 0D event.

When it is checked, the intra=fre+"enc* hardhandover is allowed



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0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

W(. #% #3 :(:>()= %( /:%#$( 3(% ?/'#% (/3&((.% #3/''+@() A,%(& %( RB 3(% #3 :+'(%( RRC 3(% #3:+'(%( #, SIGNAL_HO_SWITCH #3 ON= %( RNC#.#%#/%(3 3#4./' ?/'#% (/3&((.% %+ /'' %( :(''3 #. A:%#$(S(% I, %( #.%(4&/%() 3#4./' ?/'#% +, /'' %( :(''3 #. A:%#$(S(% #3 1('+@ / :(&%/#. %&(3+')= UE &(+&%3 2D ($(.%

T(. RNC @#'' #.#%#/%( %( :+&(33() +)( /.) 3(.)#.%(&,&(?(.: (/3&((.% +& #.%(&33%((/3&((.%= +& 1+% %+ %&#44(& #.%(&,&(?(.: +& #.%(&RAT /.)+$(& 1/3() +. %( :+$(&/4( /.) %( UE3://1#'#%

When it is checked, the R'C initiates the +"alit*!eas"re!ent of Active $et after the RRC set" isco!lete before R% set"B. 4n this wa* R'C cantri##er inter=fre+"enc* or inter=RA handover whenthe RRC set" is co!lete. h"s () can be handedover to an inter=fre+"enc* or inter=RA nei#hbo"rin#cell !ore +"ickl* when () is located at the ed#e ofthe cell or the si#nal +"alit* of the radio link is bad.$4-'AHO$W4CH is not "sed to tri##er inter=fre+"enc* or inter=RA hand over when () onl* hassi#nal connection. 4t is "sed to send Active $et"alit* !eas"re!ent once RRC connection is set" and R% is not set". 4f the Active $et "alit*!eas"re!ent has been sent, $4-'AHO$W4CHa8ects nothin#.

When it is checked, the inter=fre+"enc*!eas"re!ent is allowed or the inter=fre+"enc* hardhandover based on cell load is allowed.

When it is checked and the license is enabled, R'Cinitiates inter=RA !eas"re!ent to tri##er inter=RAhandover of the C$ do!ain fro! (RA'.

When it is checked and the license is enabled, R'Cinitiates inter=RA !eas"re!ent to tri##er inter=RAhandover of the $ do!ain fro! (RA'.

W(. #% #3 :(:>() /.) %( UE &+:(33(3 /:&+)#$(&3#%=%( RNC 3%/&%3 %( 6F6G (/3&((.% W(. %( UE /3+&( %/. %@+ '#.>3 #. %( /:%#$( 3(%= %( UE %&#44(&3 %(&/)#+ '#.> 3.:&+.#;/%#+. /&/(%(&3 (/3&((.% W(.%( #.%(&$/' 1(%@((. /. &/)#+ '#.> /.) UE RT #3 /1+$(/ &(3(% %&(3+')T0 = %( UE &(+&%3 ($(.% 6F #, %(#.%(&$/' #3 1('+@ / &(3(% %&(3+')T0 = %( UE &(+&%3($(.% 6G W(. %( %##.4 )#,,(&(.:( 1(%@((. %( &/)#+'#.>3 (:(()3 / :(&%/#. %&(3+')= UE &(+&%3 6F ($(.% /.)%&#44(& / %#(& #, %( %##.4 )#,,(&(.:( 1(%@((. %( &/)#+

'#.>3 #3 1('+@ %( %&(3+')= UE &(+&%3 6G ($(.%O%(&@#3(= @(. %( %#(& (:(()3 %( 3(:#,#() #.%(&$/'=UE @#'' &('(/3( +.( +& +&( &/)#+ '#.>3

When it is checked, R'C initiates $R'$ relocation"nder the followin# conditions to red"ce link dela*at the network side to enhance service +"alit* 0.$R'C and CR'C are searated. /. he link dela*does not !eet the os re+"ire!ent for the c"rrentservice.



305374348.xls "#$%&'() +#,#l-

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0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

When it is checked, R'C initiates $R'$ relocationor D$CR of certain ()s "nder the followin#conditions to oti!i>e reso"rces over the 4"rinterface 0. () onl* has connections with cells inthe DR'C. /. he 4"r trans!ission reso"rces arecon#ested. . he service of () is the sa!e as theservice that is carried b* the con#estion link.

When it is checked, R'C tri##ers R'$ relocation orD$CR when the searated ti!e between $R'C andCR'C eGceeds a certain threshold.

When it is checked, R'C tri##ers R'$ relocation orD$CR when $R'C and CR'C are searated and allthe intra=fre+"enc* nei#hbo"rin# cells of the bestcell are not "nder $R'C.

When it is checked, the soft handover diversit*control 2eld for the 4"r interface is based on $R'Cara!eters accordin# to I$) HOCOMMJB.Otherwise, it is set to M($ for %) traFcB and MAEfor other servicesB.When it is checked, R'C controls the ()s that are

active in the C' con2#"ration. hose ()s areallowed to access and !ove onl* in the cells witha"thori>ation.When it is checked, the detected cell is allowed tosend the intra=fre+"enc* !eas"re!ent reort toR'C.When it is checked, the D hi#her=la*er sched"lin#for co!ressed !ode is allowed.

When it is checked, R'C eval"ates the ()?s !ovin#seed when it is in an HC$ cell, and initiates inter=la*er handover b* fast=!obilit* decision or b* fast=!obilit* decision accordin# to ()?s seed.

When it is checked, the cells in Detected $et can beadded to Active $et when R'C receives their validevent reorts.he cells in the detected set allowed

to be added to the active set !"st be thenei#hborin# intra=fre+"enc* cells of a cell in theactive set.When it is checked, the ( hi#her=la*er sched"lin#for co!ressed !ode is allowed.

When it is checked, for those nei#hbor cells whosefre+"enc* band dose not incl"de in the ()?s!eas"re!ent caabilit* as co!ress !ode need.

When it is checked, then the nei#hbor cell whosefre+"enc* band is not incl"ded in the ()?s!eas"re!ent caabilit* will also send in the inter=fre+"enc* !eas"re!ent control.

When it is checked, service attrib"te of inter=rat

handover is based on R'C.When it is checked, the intra=fre+"enc* handoverover 4(R is allowed if () onl* has the si#nalconnection.When it is checked, !eas"re!ent ob<ect is chosenfro! nei#hbo"r cells of all the cell in the Active $etand li!ited b* /. Otherwise, !eas"re!ent ob<ectis chosen fro! nei#hbo"r cells of the %est Cell andli!ited b* /.When it is checked, the disaccord betweenco!ressed !ode !ethod and c"rrent traFc isallowed.



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0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

When it is checked, and inter=RA handover of the$ do!ain fro! (RA' "se cell chan#e order!ethod, inter=RA handover s"ort 'ACC'etworkAssisted Cell Chan#eB f"nction.

When it is checked, inter=RA handover of the $do!ain fro! (RA' "ses relocation !ethod,

otherwise, cell chan#es order !ethod.When it is checked, R'C will "date the "link $4R AR-) of Rs on the 'OD)% side b* 4(% DCH 6si#nals.

When it is checked, D%Downlink ower %alanceBal#orith! will be alied to R'C. Downlink owerdrift a!on# di8erent Rs, which is ca"sed b* Cbit error or other reasons, co"ld red"ce the #ain ofsoft handover. D% is !ainl* "sed to balance thedownlink ower of di8erent Rs for an () in orderto achieve the best #ain of soft handover.

When it is checked, the %)R tar#et val"e co!esfro! the %)R tar#et val"e of the AMR !odes

seci2ed in the AMRC ara!eter table.Otherwise, itco!es fro! the %)R tar#et val"e seci2ed in ERA%.

his switch is "sed to deter!ine whether $4- DCHwill <oin in the "link OCo"tside loo owercontrolB roced"re if there are !ore than one DCH.When it is checked, $4- DCH will <oin in OCroced"re. However, 4f there is onl* one DCH, $4-DCH will <oin in OC roced"re no !atter whetherthis switch is checked or not.

When it is checked, li!ited ower increaseal#orith! is alied in the inner loo ower control.

When it is checked, if the $4R)RR is hi#h and the

cell is overloaded, () will be released.when it is checked, R'C will infor! 'OD)% abo"tthe chan#e of Rs?s n"!ber with 6 inner bandsi#nalin#.he advised val"eO'.

his switch is "sed to dete!ine whether c"rrentconver#ed ( $4R ar#et sho"ld be taken intoconsideration when decidin# the new 4nitial ( $4R ar#et d"rin# the R recon2#"ration. he switch isvalid onl* when OC$W4CH is on.

hen it is checked, $ strea!in# traFc can be!aed to H$=D$CH when the downlink !aG bitrate is !ore than or e+"al to the strea!in# onH$DA threshold.When it is checked, () RRC state transitions to

C)6ACH for the DCCC al#orith! of H$DAservices are allowed in the R'C. When the RA% onH$=D$CH is %) service, the$%)$A)RA'$$W4CH is re+"ired to bechecked si!"ltaneo"sl*, when the RA% on H$=D$CHis $ real=ti!e traFc, the$'O'%)$A)RA'$$W4CH is re+"ired to bechecked si!"ltaneo"sl*.



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0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

0=- N+.(

When it is checked, () RRC state transitions toC)6ACH for the DCCC al#orith! of H$(Aservices are allowed in the R'C. When the RA% on)=DCH is %) service, the$%)$A)RA'$$W4CH is re+"ired to bechecked si!"ltaneo"sl*, when the RA% on )=DCH is$ real=ti!e traFc, the

$'O'%)$A)RA'$$W4CH is re+"ired to bechecked si!"ltaneo"sl*.When it is checked, $ strea!in# traFc can be!aed to )=DCH when the "link !aG bit rate is!ore than or e+"al to the strea!in# on H$(Athreshold.When it is checked and the OC al#orith! switchis oen, the R'C will ad<"st the )=DCH ower o8seteriodicall*

When it is checked, H$DAAM !odeBKow controlf"nction will be alied in $R'C.

When it is checked,channel switch of H$=D$CH toDCH is needed before addin# nei#hbor R'C withversion lower than R5 cell to active set.

When it is checked, DCCC is available for the H$(Aservice.

When it is checked, the /!s 4 co"ld be alied toH$(A traFc

When it is checked, $ conversation traFc can be!aed to H$=D$CH when the downlink !aG bitrate is !ore than or e+"al to the conversation onH$DA threshold.When it is checked, $ conversation traFc can be!aed to )=DCH when the "link !aG bit rate is!ore than or e+"al to the conversation on H$(Athreshold. he total DRD al#orith! switch, onl* this switch is

on, the other DRD s"b=switch will can be on.Onl* this switch is on, can do DRD if co!binationservice Kow need retr*.

Onl* this switch is on, can do DRD if RA% !odif*Kow need retr*.

Onl* this switch is on, can do DRD if RA% DCCC Kowor () $A) RA'$M4$$4O' rocess, which istri##ered b* traFc vol"!e chan#e, need retr*.

Onl* this switch is on, can do DRD if H$DA needretr*.

Onl* this switch is on, can do DRD if RA% set" Kowneed retr*.

Onl* this switch is on, can do DRD if retr* is neededse+"entiall* after intra fre+"enc* ho.

Onl* this switch is on, can do DRD if retr* is neededse+"entiall* after inter fre+"enc* ho.

Onl* this switch is on, can do DRD if H$(A needretr*.



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he 2lter coeFcient "sed for $4R !eas"re!ent. N+.(

!s;0L

d%;L.5

'one;L.0

'one

!s

@al"e ran#e 7N0/L chi

!s

@al"e ran#e DL, D0, D/, D,D1, D5, D, D7, D, D9, D00,D0, D05, D07, D09. h*sicalval"e ran#e L, 0, /, , 1, 5, ,7, , 9, 00, 0, 05, 07, 09.

he h*steresis ti!e after the $4R conver#encethreshold is tri##ered. 4t is "sed to avoid in#=on#

e8ect.

@al"e ran#e 0NLLL.h*sical val"e ran#e

0LNLLLLWhen the di8erence between the !eas"red val"eand tar#et val"e of $4R eGceeds this threshold, itindicates that the link is abnor!al.

@al"e ran#e LN. h*sicalval"e ran#e LN0.5

4t is "sed to ad<"st the best OC ste when theOC al#orith! is #iven.

@al"e ran#e 0N0L. h*sicalval"e ran#e L.0N0

he indicator for the 'ode% to do softerco!bination. 4f it?s set to 3MAE3, the 'ode% candecide whether to do softer co!bination the softerco!bination can be done for the radio links indi8erent cells in the sa!e 'ode%B. 4f it?s set to3M($3, the 'ode% is forced to do softerco!bination for the radio links in di8erent cells. 4fit?s set to 3M($ 'O3, the 'ode% is not allowed to

do softer co!bination.

@al"e ran#e MAE, M($,M($'O h*sical val"eran#e MAE, M($, M($ 'O

he tri##er dela* ti!e of the event 6. o #"aranteethe ower control erfor!ance within a ti!e slot,that is, to ens"re that the ower control within ati!e slot is i!le!ented based on all links in theactive set, the ideal () RG=G ti!e di8erence sho"ldbe 0L/1 chis. When the () RG=G ti!e di8erencebeco!es #reater than the rede2ned threshold,and doesn?t #et better d"rin# the dela* ti!e, theevent 6 will be tri##ered.

@al"e ran#e DL, D0L, D/L,D1L, DL, DL, D0LL, D0/L,D0L, D/LL, D/1L, D/L,D1L, D0/L, D/5L, D5LLLh*sical val"e ran#e L, 0L,/L, 1L, L, L, 0LL, 0/L, 0L,/LL, /1L, /L, 1L, 0/L,/5L, 5LLL

he absol"te threshold of the event 6. When theti!e di8erence between the ti!e when the ()receives a h*sical fra!e fro! the downlink andthe ti!e when the () trans!its the h*sical fra!eto the "link beco!es #reater than a certain

threshold, the event 6 will be tri##ered. hisara!eter is to oti!i>e the ower controlerfor!ance within a ti!e slot, that is, to ens"rethat the ower control within a ti!e slot isi!le!ented based on all links in the active set. he ideal () RG=G ti!e di8erence is 0L/1 chi. his ara!eter sho"ld not be too close to 0L/1otherwise, the radio link !a* be re!ovedre!at"rel*. 4t is reco!!ended that the ara!etersho"ld be set within the ran#e 0L/1N0/L. he tri##er dela* ti!e of the event -. o#"arantee the ower control erfor!ance within ati!e slot, that is, to ens"re that the ower controlwithin a ti!e slot is i!le!ented based on all linksin the active set, the ideal () RG=G ti!e di8erencesho"ld be 0L/1 chis. When the () RG=G ti!edi8erence beco!es s!aller than the rede2nedthreshold, and doesn?t #et better d"rin# the dela*ti!e, the event - will be tri##ered.

@al"e ran#e DL, D0L, D/L,D1L, DL, DL, D0LL, D0/L,D0L, D/LL, D/1L, D/L,D1L, D0/L, D/5L, D5LLL

h*sical val"e ran#e L, 0L,/L, 1L, L, L, 0LL, 0/L, 0L,/LL, /1L, /L, 1L, 0/L,/5L, 5LLL



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@al"e ran#e 7N0/L chi

bit;s

@al"e ran#e LN0L/1. s

'one

4nitial D ower o8set for a new added R in DR'C. LN/5 d%

$oft handover dela* threshold @al"e ran#e5N0LL fra!e0L!sB

@al"e ran#eLN0L s

he absol"te threshold of the event -. When theti!e di8erence between the ti!e when the ()receives a h*sical fra!e fro! the downlink andthe ti!e when the () trans!its the h*sical fra!eto the "link beco!es s!aller than a certainthreshold, the event - will be tri##ered. hisara!eter is to oti!i>e the ower control

erfor!ance within a ti!e slot, that is, to ens"rethat the ower control within a ti!e slot isi!le!ented based on all links in the active set. he ideal () RG=G ti!e di8erence is 0L/1 chi. his ara!eter sho"ld not be too close to 0L/1otherwise, the radio link !a* be re!ovedre!at"rel*. 4t is reco!!ended that the ara!etersho"ld be set within the ran#e 7N0L/1. he bit rate threshold "sed to deter!ine whether toerfor! soft handover for the %est )8ort %)Bservice on DCH. 4f c"rrent D DCH bit rates of allthe %) services of a "ser are lower than or e+"al tothis threshold, the s*ste! will erfor! softhandover for this "ser to #"arantee the service+"alit*. Otherwise the s*ste! will erfor! intra=fre+"enc* hard handover for this "ser to avoid thetoo #reat e8ect of soft handover on the s*ste!caacit*.

@al"e ran#e D, D0, D/,D1, D0/, D011, D/5, D1h*sical val"e ran#e k, 0k,/k, 1k, 0/k, 011k, /5k,

1k

H$A servin# cell chan#e is "s"all* tri##ered b*event 0D. o avoid fre+"ent servin# cell chan#efro! a8ectin# the s*ste! erfor!ance, arotection ti!er i!erH$A is needed. his ti!ershall be started "on H$A handover co!leted,i.e. the servin# H$D$CH cell chan#ed or the e=DCHservin# cell chan#ed. And no !ore 0D=tri##eredservin# cell chan#e shall be erfor!ed "ntil theti!er eGires. However, this ti!er shall not restrictH$A servin# cell chan#e to another cell in theactive set if c"rrent servin# cell is to be re!oved

fro! the active set. he val"e L !eans this ti!ershall not be started and servin# cell chan#e beinitiated i!!ediatel*. *e of event /D;/6 !eas"re!ent thresholds wheninter=fre+"enc* and inter=RA ad<acent cells coeGist.CO):4$M)A$HDCHO4C)4')R6R) )vent/D;/6 !eas"re!ent thresholds for inter=fre+"enc*!eas"re!ent.CO):4$M)A$HDCHO4C)4')RRA )vent/D;/6 !eas"re!ent thresholds for inter=RA!eas"re!ent.

@al"e ran#eCO):4$M)A$HDCHO4C) 4')R6R),CO):4$M)A$HDCHO4C) 4')RRA.

After intra=handover, if it has one of conditions as

follows, this ti!er will be started. 0. ar#et cells"rots H$A. /. ar#et cell does not s"ortH$A, b"t has H$A DRD nei#hbo"r=cell. 4f the ti!erlen#th of D/H intra=handover is set as >ero,the D/HRetr* for intra=handover will be tri##eredi!!ediatel*,otherwise,the D/H Retr* for intra=handover will be tri##ered when the ti!er of D/Hintra=handover is ti!ed o"t.



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@al"e ran#eLN0L s

@al"e ran#eLN999 s

'one

'one

'one

!s

'one

!s

'one;L.0

After inter=handover, if it has the conditione asfollows,this ti!er will be started. 0. ar#et cell doesnot s"ort H$A, b"t has H$A DRD nei#hbo"r=cell. 4f the ti!er len#th of D/H inter=handover is setas >ero,the D/H Retr* for inter=handover will betri##ered i!!ediatel*,otherwise,the D/H Retr* forinter=handover will be tri##ered when the ti!er ofD/H inter=handover is ti!ed o"t.

o avoid M"lti=Carrier in#=an# handover fro!a8ectin# the s*ste! erfor!ance, a rotectionti!er M"ltiCarrierHoi!er is needed. Afterhandover is tri##ered fro! cell A, this ti!er isstarted. hen, the cell A won?t be selected to thetar#et cell of H$DA or H$(A DRD Retr* an* !orebefore eGir* of this ti!er. he val"e L !eans thisti!er is not started that is, M"lti=Carrier in#=an#handover won?t be revented.

he intra=fre+"enc* !eas"re!ent 2ltercoeFcient. he #reater this ara!eter is set, the#reater the s!oothin# e8ect and the hi#her the

anti fast fadin# caabilit*, b"t the lower the si#nalchan#e tracin# caabilit*.

@al"e ran#e DL, D0, D/, D,D1, D5, D, D7, D, D9, D00,D0, D05, D07, D09 h*sical

val"e ran#e L, 0, /, , 1, 5, ,7, , 9, 00, 0, 05, 07, 09

Meas"re!ent val"e "sed in intrafre+"enc*!eas"re!ent.

@al"e ran#e C4CH)c;'o,C4CHR$C.

he eriodical reortin# ti!es for the event 0A.When the act"al ti!es eGceed this ara!eter, theeriodical reortin# co!es to an end.

@al"e ran#e D0, D/, D1, D,D0, D/, D1, in2nit*h*sical val"e ran#e 0, /, 1,, 0, /, 1, in2nit*

he reortin# eriod for the event 0A. -enerall* theevent 0A is reorted onl* once. However, to avoid!eas"re!ent reort loss, the event 0A reortin#can be t"rned to eriodical reort.

@al"e ran#e'O')R4OD4CR)OR,D/5L, D5LL, D0LLL, D/LLL,D1LLL, DLLL, D0LLLh*sical val"e ran#e'O')R4OD4CR)OR, /5L,5LL, 0LLL, /LLL, 1LLL, LLL,0LLL

he eriodical reortin# ti!es for the event 0C.When the act"al ti!es eGceed this ara!eter, theeriodical reortin# co!es to an end.

@al"e ran#e D0, D/, D1, D,D0, D/, D1, in2nit*h*sical val"e ran#e 0, /, 1,, 0, /, 1, in2nit*

he reortin# eriod for the event 0C. -enerall* theevent 0C is reorted onl* once. However, to avoid!eas"re!ent reort loss, the event 0C reortin#

can be t"rned to eriodical reortin#.

@al"e ran#e'O')R4OD4CR)OR,D/5L, D5LL, D0LLL, D/LLL,D1LLL, DLLL, D0LLLh*sical val"e ran#e

'O')R4OD4CR)OR, /5L,5LL, 0LLL, /LLL, 1LLL, LLL,0LLL

his ara!eter is "sed to de2ne the soft handoverrelative threshold based on the !eas"red val"e ofeach cell in the active set. he #reater thisara!eter is set, the hi#her the soft handoverrelative threshold. When this ara!eter is set as L,the soft handover relative threshold is onl* for thebest cell in the active set.

@al"e ran#e LN/Lh*sical val"e ran#e LN/



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d%;L.5

d%;L.5

d%;L.5

d%;L.5

@al"e ran#e =/1NL d%

d%;L.5

d%;L.5

d%;L.5

d%;L.5

d%;L.5

!s

he C$ service relative threshold of the event 0A. 4tis easier to tri##er event 0A if the val"e increases.4t is harder to tri##er event 0A if the val"edecreases.

@al"e ran#e LN/9h*sical val"e ran#e LN01.5

he C$ service relative threshold of the event 0%.4tis easier to tri##er event 0% if the val"edecreases.4t is harder to tri##er event 0% if theval"e increases.


he $ service relative threshold of the event 0A.4tis easier to tri##er event 0A if the val"e increases.4tis harder to tri##er event 0A if the val"e decreases.


he $ service relative threshold of the event 0%. 4tis easier to tri##er event 0% if the val"e decreases.4t is harder to tri##er event 0% if the val"eincreases.


he absol"te )c'o threshold of the event 06.4t iseasier to tri##er event 06 if the val"e increases.4t isharder to tri##er event 06 if the val"e decreases.

he h*steresis val"e of the event 0A. hisara!eter val"e is related to the slow fadin#characteristic. he #reater this ara!eter is set,the less in#=on# e8ect and !is<"d#e!ent can be

ca"sed. However, in this case, the event cannot betri##ered in ti!e.

@al"e ran#e LN05h*sical val"e ran#e LN7.5

he h*steresis val"e of the event 0%. hisara!eter val"e is related to the slow fadin#characteristic. he #reater this ara!eter is set,the less in#=on# e8ect and !is<"d#e!ent can beca"sed. However, in this case, the event cannot betri##ered in ti!e.


he h*steresis val"e of the event 0C. hisara!eter val"e is related to the slow fadin#characteristic. he #reater this ara!eter is set,the less in#=on# e8ect and !is<"d#e!ent can beca"sed. However, in this case, the event cannot betri##ered in ti!e.


he h*steresis val"e of the event 0D. hisara!eter val"e is related to the slow fadin#characteristic. he #reater this ara!eter is set,the less in#=on# e8ect and !is<"d#e!ent can beca"sed. However, in this case, the event cannot betri##ered in ti!e.


he h*steresis val"e of the event 06. hisara!eter val"e is related to the slow fadin#characteristic. he #reater this ara!eter is set,the less in#=on# e8ect and !is<"d#e!ent can beca"sed. However, in this case, the event cannot betri##ered in ti!e.


he tri##er dela* ti!e of the event 0A. hisara!eter val"e is related to the slow fadin#characteristic. he #reater this ara!eter is set,

the s!aller the !is<"d#e!ent robabilit*, b"t thelower the resonse seed of the event to the!eas"red si#nal chan#es.

@al"e ran#e DL, D0L, D/L,D1L, DL, DL, D0LL, D0/L,D0L, D/LL, D/1L, D/L,D1L, D0/L, D/5L, D5LLL

h*sical val"e ran#e L, 0L,/L, 1L, L, L, 0LL, 0/L, 0L,/LL, /1L, /L, 1L, 0/L,/5L, 5LLL



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!s

!s

!s

!s

!ini!"! +"alit* threshold for soft handover. @al"e ran#e =/1NL d%

he !aGi!"! n"!ber of cells in active set. @al"e ran#e 0N 'one

4nter=fre+"enc* !eas"re!ent reort !ode 'one

'one

he tri##er dela* ti!e of the event 0%. hisara!eter val"e is related to the slow fadin#characteristic. he #reater this ara!eter is set,the s!aller the !is<"d#e!ent robabilit*, b"t thelower the resonse seed of the event to the!eas"red si#nal chan#es.

@al"e ran#e DL, D0L, D/L,D1L, DL, DL, D0LL, D0/L,D0L, D/LL, D/1L, D/L,D1L, D0/L, D/5L, D5LLLh*sical val"e ran#e L, 0L,/L, 1L, L, L, 0LL, 0/L, 0L,/LL, /1L, /L, 1L, 0/L,

/5L, 5LLL

he tri##er dela* ti!e of the event 0C. hisara!eter val"e is related to the slow fadin#characteristic. he #reater this ara!eter is set,the s!aller the !is<"d#e!ent robabilit*, b"t thelower the resonse seed of the event to the!eas"red si#nal chan#es.


he tri##er dela* ti!e of the event 0D. hisara!eter val"e is related to the slow fadin#characteristic. he #reater this ara!eter is set,the s!aller the !is<"d#e!ent robabilit*, b"t thelower the resonse seed of the event to the!eas"red si#nal chan#es.


he tri##er dela* ti!e of the event 06. hisara!eter val"e is related to the slow fadin#characteristic. he #reater this ara!eter is set,the s!aller the !is<"d#e!ent robabilit*, b"t thelower the resonse seed of the event to the!eas"red si#nal chan#es.


@al"e ran#e =

)R4OD4CAR)OR4'-eriodical inter=fre+"enc*!eas"re!ent reort =)@)'R4--)R event=tri##ered inter=fre+"enc*!eas"re!ent reort

Meas"re!ent +"antit* "sed in covera#e=basedinter=fre+"enc* !eas"re!ent in event /D;/6Btri##ered or eriodical reortin# !ode. @alid whenthe 4nter=6re+"enc* !eas"re!ent chooses)R4OD4CAR)OR4'- Mode.

@al"e ran#e C4CH)c;'o,C4CHR$C, %OH

2lterin# coeFcient for the inter=fre+"enc*!eas"re!ent

@al"e ran#e DL, D0, D/, D,D1, D5, D, D7, D, D9, D00,

D0, D05, D07, D09 h*sicalval"e ran#eL,0,/,,1,5,,7,,9,00,0,05,07,09



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4nter=fre+"enc* !eas"re!ent reortin# interval !s

H*steresis val"e for the event /D d%;L.5

d%;L.5

d%;L.5

'one;L.0

i!e dela* to tri##er the event /6 !s

i!e dela* to tri##er the event /D !s


@al"e ran#e =/1 to L d%




@al"e ran#e'O')R4OD4CR)OR,D/5L, D5LL, D0LLL, D/LLL,DLLL, D1LLL, DLLL,DLLL, D0/LLL, D0LLL,D/LLLL, D/1LLL, D/LLL,D/LLL, D1LLL h*sical

val"e ran#e'O')R4OD4CR)OR, /5L,5LL, 0LLL, /LLL.LLL, LLL,1LLL, LLL, LLL, 0/LLL,0LLL, /LLLL, /1LLL, /LLL,/LLL, 1LLL

@al"e ran#e L to /9 h*sicalval"e ran#e L to 01.5

he val"e of this ara!eter is relevant to the slowfadin# characteristic. he lar#er the val"e of thisara!eter, the less the in#=on# e8ect and thefewer the decision !istakes. 4n this case, however,the event /6 !i#ht not be tri##ered in ti!e.


H*steresis for inter=fre+"enc* hard handover ineriodical reortin# !ode


Wei#ht "sed for co!"tin# fre+"enc* #eneral+"alit*

@al"e ran#e L to /L h*sicalval"e ran#e L to /,

@al"e ran#e DL, D0L, D/L,D1L, DL, DL, D0LL, D0/L,D0L, D/LL, D/1L, D/L,D1L, D0/L, D/5L, D5LLLh*sical val"e ran#e L, 0L,/L, 1L, L, L, 0LL, 0/L, 0L,/LL, /1L, /L, 1L, 0/L,/5L, 5LLL@al"e ran#e DL, D0L, D/L,D1L, DL, DL, D0LL, D0/L,D0L, D/LL, D/1L, D/L,D1L, D0/L, D/5L, D5LLLh*sical val"e ran#e L, 0L,/L, 1L, L, L, 0LL, 0/L, 0L,/LL, /1L, /L, 1L, 0/L,/5L, 5LLL@al"e ran#e DL, D0L, D/L,D1L, DL, DL, D0LL, D0/L,D0L, D/LL, D/1L, D/L,D1L, D0/L, D/5L, D5LLLh*sical val"e ran#e L, 0L,/L, 1L, L, L, 0LL, 0/L, 0L,/LL, /1L, /L, 1L, 0/L,/5L, 5LLL

hreshold to tri##er inter=fre+"enc* !eas"re!entwith !eas"re!ent +"antit* of )c;'o for C$ do!ainservices hreshold to sto inter=fre+"enc* !eas"re!entwith !eas"re!ent +"antit* of )c;'o for C$ do!ainservices hreshold to tri##er inter=fre+"enc* !eas"re!entwith !eas"re!ent +"antit* of )c;'o for $ do!ainservices hreshold to sto inter=fre+"enc* !eas"re!entwith !eas"re!ent +"antit* of )c;'o for $ do!ainservices



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@al"e ran#e =005 to =/5 d%!

@al"e ran#e =005 to =/5 d%!

@al"e ran#e =005 to =/5 d%!

@al"e ran#e =005 to =/5 d%!



@al"e ran#e =005 to =/5 d%!

@al"e ran#e =005 to =/5 d%!



@al"e ran#e =005 to =/5 d%!

@al"e ran#e =005 to =/5 d%!


@al"e ran#e =005 to =/5 d%!

i!er len#th for inter=fre+"enc* !eas"re!ent @al"e ran#e L to 50/ s

'one

H*steresis val"e for the event /C d%;L.5

i!e dela* to tri##er the event /C !s

hreshold to tri##er inter=fre+"enc* !eas"re!entwith !eas"re!ent +"antit* of R$C for C$ do!ainservices hreshold to sto inter=fre+"enc* !eas"re!entwith !eas"re!ent +"antit* of R$C for C$ do!ainservices hreshold to tri##er inter=fre+"enc* !eas"re!entwith !eas"re!ent +"antit* of R$C for $ do!ainservices hreshold to sto inter=fre+"enc* !eas"re!entwith !eas"re!ent +"antit* of R$C for $ do!ainservices hreshold of the tar#et fre+"enc* for tri##erin#inter=fre+"enc* !eas"re!ent with !eas"re!ent+"antit* of )c;'o for C$ do!ain services

hreshold of the tar#et fre+"enc* for tri##erin#inter=fre+"enc* !eas"re!ent with !eas"re!ent+"antit* of )c;'o for $ do!ain services

hreshold of the tar#et fre+"enc* for tri##erin#inter=fre+"enc* !eas"re!ent with !eas"re!ent+"antit* of R$C for C$ do!ain services

hreshold of the tar#et fre+"enc* for tri##erin#inter=fre+"enc* !eas"re!ent with !eas"re!ent+"antit* of R$C for $ do!ain services

hreshold of "sed fre+"enc* +"alit* for tri##erin#inter=fre+"enc* !eas"re!ent with !eas"re!ent+"antit* of )c;'o for C$ do!ain services

hreshold of "sed fre+"enc* +"alit* for tri##erin#inter=fre+"enc* !eas"re!ent with !eas"re!ent+"antit* of )c;'o for $ do!ain services

hreshold of "sed fre+"enc* +"alit* for tri##erin#inter=fre+"enc* !eas"re!ent with !eas"re!ent+"antit* of R$C for C$ do!ain services

hreshold of "sed fre+"enc* +"alit* for tri##erin#inter=fre+"enc* !eas"re!ent with !eas"re!ent

+"antit* of R$C for $ do!ain servicesower access threshold for inter=fre+"enc*handovers with the !eas"re!ent +"antit* of )c;'o

ower access threshold for inter=fre+"enc*handovers with the !eas"re!ent +"antit* of R$C

2lterin# coeFcient for inter=fre+"enc*!eas"re!ent

@al"e ran#e DL, D0, D/, D,D1, D5, D, D7, D, D9, D00,D0, D05, D07, D09 h*sicalval"e ran#e L, 0, /, , 1, 5, ,7, , 9, 00, 0, 05, 07, 09

@al"e ran#e L to /9 h*sical@al"e ran#e L to 01.5




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@al"e ran#e P/1 to L d%

i!er len#th for inter=fre+"enc* !eas"re!ent @al"e ran#e L to 50/ s

4nter=RA !eas"re!ent reort !ode 'one

'one

'one

2lterin# coeFcient for inter=RA !eas"re!ent 'one

'one;L.0

!s

H*steresis val"e for the event /D d%;L.5

H*steresis val"e for the event /6 d%;L.5

d%;L.5

i!e dela* to tri##er the event /D !s

hreshold of )c;'o val"e on the tar#et fre+"enc*for inter=fre+"enc* handover

@al"e ran#e =)R4OD4CAR)OR4'-eriodical inter=RA

!eas"re!ent reort =)@)'R4--)R event=tri##ered inter=RA!eas"re!ent reort

Meas"re!ent +"antit* "sed in covera#e=basedinter=RA !eas"re!ent in event=/D= or event=/6=tri##ered reortin# !ode.@alid when the 4nter=$*ste! !eas"re!ent chooses)R4OD4CAR)OR4'- Mode.

@al"e ran#e C4CH)c;'o,C4CHR$C, %OH

2lterin# coeFcient for event /D or event /6!eas"re!ent

@al"e ran#e DL, D0, D/, D,D1, D5, D, D7, D, D9, D00,D0, D05, D07, D09 h*sicalval"e ran#e L, 0, /, , 1, 5, ,

7, , 9, 00, 0, 05, 07, 09

@al"e ran#e DL, D0, D/, D,D1, D5, D, D7, D, D9, D00,D0, D05, D07, D09 h*sicalval"e ran#e L, 0, /, , 1, 5, ,7, , 9, 00, 0, 05, 07, 09

Wei#ht "sed for co!"tin# fre+"enc* #eneral+"alit*

@al"e ran#e LN/L h*sicalval"e ran#e LN/

4nterval that the () reorts inter=RA !eas"re!entres"lts to the R'C

@al"e ran#e'O')R4OD4CR)OR,D/5L, D5LL, D0LLL, D/LLL,DLLL, D1LLL, DLLL,DLLL, D0/LLL, D0LLL,D/LLLL, D/1LLL, D/LLL,D/LLL, D1LLL h*sicalval"e ran#e'O')R4OD4CR)OR, /5L,5LL, 0LLL, /LLL, LLL, 1LLL,LLL, LLL, 0/LLL, 0LLL,/LLLL, /1LLL, /LLL, /LLL,1LLL

@al"e ran#e LN/9 h*sicalval"e ran#e LN01.5,

@al"e ran#e LN/9 h*sicalval"e ran#e LN01.5,

H*steresis val"e for inter=RA !eas"re!ent

eriodical reorts

@al"e ran#e LN05 h*sical

val"e ran#e LN7.5,@al"e ran#e DL, D0L, D/L,D1L, DL, DL, D0LL, D0/L,D0L, D/LL, D/1L, D/L,D1L, D0/L, D/5L, D5LLLh*sical val"e ran#e L, 0L,/L, 1L, L, L, 0LL, 0/L, 0L,/LL, /1L, /L, 1L, 0/L,/5L, 5LLL



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@al"e ran#e LN1LLL, 555 !s

@al"e ran#e LN1LLL !s

'one

@al"e ran#e =/1NL d%;0




@al"e ran#e =005N=/5 d%!;0

@al"e ran#e =005N=/5 d%!;0

@al"e ran#e =005N=/5 d%!;0

@al"e ran#e =005N=/5 d%!;0

d%!

d%!

@al"e ran#e LN555 s

i!er len#th for inter=RA !eas"re!ent @al"e ran#e LN50/ s

4nter=RA in#on# ti!er @al"e ran#eLN555. s

4nter=RA in#on# H*st d%;L.5

2lterin# coeFcient for inter=RA !eas"re!ent 'one

H*steresis val"e for the event C d%;L.5


/5L, 5LLL i!e dela* for tri##erin# handovers to -$M cellswith non=veri2ed %$4C

i!e dela* for tri##erin# handovers to -$M cellswith veri2ed %$4C

%ase transceiver $tation 4dentit* Code %$4CBveri2cation switch

@al"e ran#e R)(4R),'OR)(4R)

hreshold to tri##er inter=RA !eas"re!ent with!eas"re!ent +"antit* of )c;'o for C$ do!ainservices hreshold to sto inter=RA !eas"re!ent with!eas"re!ent +"antit* of )c;'o for C$ do!ainservices hreshold to tri##er inter=RA !eas"re!ent with!eas"re!ent +"antit* of )c;'o for $ do!ain

services hreshold to sto inter=RA !eas"re!ent with!eas"re!ent +"antit* of )c;'o for $ do!ainservices hreshold to tri##er inter=RA !eas"re!ent with!eas"re!ent +"antit* of R$C for C$ do!ainservices hreshold to sto inter=RA !eas"re!ent with!eas"re!ent +"antit* of R$C for C$ do!ainservices hreshold to tri##er inter=RA !eas"re!ent with!eas"re!ent +"antit* of R$C for $ do!ainservices hreshold to sto inter=RA !eas"re!ent with!eas"re!ent +"antit* of R$C for $ do!ainservices

"alit* re+"ire!ent for the inter=RA cell d"rin# an

inter=RA handover with C$ do!ain services

@al"e ran#e LN h*sicalval"e ran#e =00LN=1 heval"e 0 corresonds to theh*sical val"e =00L, / to =0L9,..., to =1.B

"alit* re+"ire!ent for the inter=RA cell d"rin# aninter=RA handover with $ do!ain services

@al"e ran#e LN h*sicalval"e ran#e =00LN=1 heval"e 0 corresonds to theh*sical val"e =00L, / to =0L9,..., to =1.Benalt* ti!er len#th after an inter=RA handover

fail"re

@al"e ran#e LN05 h*sical@al"e ran#e LN7.5,

@al"e ran#e DL, D0, D/, D,

D1, D5, D, D7, D, D9, D00,D0, D05, D07, D09 h*sicalval"e ran#e L, 0, /, , 1, 5, ,7, , 9, 00, 0, 05, 07, 09

@al"e ran#e L to 05 h*sicalval"e ran#e L to 7.5,



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i!e dela* to tri##er the event C !s

'one

d%!

d%!

@al"e ran#e L to 555 s

@al"e ran#e 0 to 0 ti!es

i!er len#th for inter=RA !eas"re!ent @al"e ran#e L to 50/ s

kbit;s

kbit;s

kbit;s

'one

d%;L.5


/5L, 5LLL%ase transceiver $tation 4dentit* Code %$4CBveri2cation switch

@al"e ran#e R)(4R)D,'OR)(4R)

"alit* re+"ire!ent for the inter=RA cell d"rin# aninter=RA handover with C$ do!ain services

@al"e ran#e L to h*sicalval"e ran#e P00L to P1 heval"e 0 corresonds to theh*sical val"e P00L, / to P0L9, ..., to P1B

"alit* re+"ire!ent for the inter=RA cell d"rin# aninter=RA handover with $ do!ain services

@al"e ran#e L to h*sicalval"e ran#e P00L to P1 heval"e 0 corresonds to theh*sical val"e P00L, / to P0L9, ..., to P1B

enalt* ti!er len#th after an inter=RA handoverfail"re he !aGi!"! n"!ber of atte!ts to erfor! non=covera#e=based inter=RA handovers

he DCCC al#orith! caabilit* !a* be ver* low forso!e %est )8ort %)B service with ver* low alied!aGi!"! rate. he ( DCCC al#orith! based ontraFc vol"!e !eas"re!ent does not activate forthe %) service whose alied "link !aGi!"! rateis s!aller than or e+"al to the threshold.

@al"e ran#e D, D0, D/,D1, D0/, D011, D/5,D1. h*sical val"e ran#e ,0, /, 1, 0/, 011, /5,1.

he DCCC al#orith! caabilit* !a* be ver* low forso!e %est )8ort %)B service with ver* low alied

!aGi!"! rate. he D DCCC al#orith! based ontraFc vol"!e !eas"re!ent does not activate forthe %) service whose alied downlink !aGi!"!rate is s!aller than or e+"al to the threshold.


When the bit rate of $ %) has been red"ced to thebit rate threshold of DCCC, b"t () cann?t transit toC)6ACH state for so!e reasonsfor eGa!le$%)$A)RA'$$W4CH is o8 () has C$serviceB. he bit rate of $ %) service will bered"ced to this bit rate when $ %) service satisf*the re+"ire!ent of D/6.he ti!e ara!eters andtraFc vol"!e !eas"re!ent ara!eters for thef"nction of ow Activit* Rate ad<"st!ent are the

sa!e with those in the D/6 state transition rocess.

@al"e ran#e DL, D, D0,D/, D1, D0/, D011, D/5,D1. h*sical val"e ran#e L,, 0, /, 1, 0/, 011, /5,1.

he velocit* of $ %) services ad<"sts strate#* inC)DCH state. RA)(A'DDOW'O'DCHstrate#* er!its velocit* rate " and rate down onDCH. RA)(O'E strate#* <"st er!it velocit*rate " on DCH. his !eans () can transit fro!C)DCH to C)6ACH state at an* velocit* .

@al"e ran#eRA)(A'DDOW'O'DCH, RA)(O'EO'DCH.h*sical val"e ran#e L, 0.

o#ether with the !aGi!"! trans!it ower, itdeter!ines the event )a threshold of the D DCCHower.

@al"e ran#e LN000.h*sical val"e ran#e LN55.5



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d%;L.5

!s

'one

@al"e ran#e )'M$)C, M4'. 'one

!s

!s;0L

@al"e ran#e )'M$)C, M4'. 'one

!s

he ower !ar#in when event 6a reort. @al"e ran#e LN0LL. d%;L.0

kbit;s

kbit;s

'one

'one

kbit;s

'one

o#ether with the !aGi!"! trans!it ower, itdeter!ines the event )b threshold of the D DCCHower.

@al"e ran#e LN000.h*sical val"e ran#eLN55.5

he ti!e allowance for the sit"ation where the!eas"red ower is hi#her than the threshold, so asto avoid the !isreortin# d"e to erratic K"ct"ation.However, to avoid too !ore dela*, this ara!etercannot be set too #reat. 4f it is set as A, the

h*steresis ti!e is AQ0L!s.

@al"e ran#e 0NLLL.h*sical val"e ran#e0LNLLLL

Deter!inin# the s!ooth 2lter coeFcient of the!eas"red val"es of D code trans!it ower

@al"e ran#e DL, D0, D/, D,D1, D5, D, D7, D, D9, D00,D0, D05, D07, D09.h*sical val"e ran#e L, 0, /,, 1, 5, , 7, , 9, 00, 0, 05,07, 09.

he D code : ower if an*B will be reortederiodicall* after the event )a is reorted. hereortin# eriod "nit can be 0L !s or !in.

@alid when the ara!eter ChoiceRt(nit6or) is setas )'M$)C. he D code : ower if an*B will bereorted eriodicall* after the event )a is reorted.4f it is set as A, the reortin# eriod is AQ0L!s.

@al"e ran#e 0NLLL.h*sical val"e ran#e0LNLLLL.

he ti!e allowance for the sit"ation where the!eas"red ower is lower than the threshold, so asto avoid the !isreortin# d"e to erratic K"ct"ation.However, to avoid too !ore dela*, this ara!etercannot be set too #reat. 4f it is set as A, theh*steresis ti!e is AQ0L!s.


he D code : ower if an*B will be reortederiodicall* after the event 6a is reorted. hereortin# eriod "nit can be 0L !s or !in.

@alid when the ara!eter ChoiceRt(nit6or6 is setas )'M$)C. he D code : ower if an*B will bereorted eriodicall* after the event 6a is reorted.4f it is set as A, the reortin# eriod is AQ0L!s.

@al"e ran#e 0NLLL.h*sical val"e ran#e0LNLLLL.

he DCCC al#orith! caabilit* !a* be ver* low forso!e %est )8ort %)B service with ver* low alied!aGi!"! rate. he ( DCCC al#orith! based on C does not activate for the %) service whosealied "link !aGi!"! rate is s!aller than ore+"al to the threshold.


he DCCC al#orith! caabilit* !a* be ver* low forso!e %est )8ort %)B service with ver* low alied!aGi!"! rate. he D DCCC al#orith! based on C does not activate for the %) service whosealied downlink !aGi!"! rate is s!aller than ore+"al to the threshold.


he ara!eter is "sed to <"d#e "link / rates or rates ad<"stin#.

@al"e ran#e /Rates,Rates.

h*sical val"e ran#e 0, /. he ara!eter is "sed to decide the "link !iddlebit rate calc"late !ethod when rates ad<"stin#.

@al"e ran#eA(OCAC,HA'DAO4'.h*sical val"e ran#e L, 0.

(link !iddle rate threshold when "se ratead<"stin# and !iddle rate calc"late !ethod isHA'DAO4'.

@al"e ran#e D0, D/, D1,D0/, D011, D/5, D1.h*sical val"e ran#e 0, /,1, 0/, 011, /5, 1.

he ara!eter is "sed to <"d#e downlink / rates or rates ad<"stin#.

@al"e ran#e /Rates,Rates.h*sical val"e ran#e 0, /.



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'one

kbit;s

@al"e ran#e 0N/55 'one

@al"e ran#e 0N555. s

@al"e ran#e 0N555. s

@al"e ran#e 0N/55. s

@al"e ran#e 0 to 555. s

@al"e ran#e 0 to 555 'one

@al"e ran#e L to 0LL

@al"e ran#e 0 to 555 s

%*te

he ara!eter is "sed to decide the downlink!iddle bit rate calc"late !ethod when ratesad<"stin#.

@al"e ran#eA(OCAC,HA'DAO4'.h*sical val"e ran#e L, 0.

Downlink !iddle rate threshold when "se ratead<"stin# and !iddle rate calc"late !ethod isHA'DAO4'.

@al"e ran#e D0, D/, D1,D0/, D011, D/5, D1.h*sical val"e ran#e 0, /,

1, 0/, 011, /5, 1. his ara!eter de2nes the threshold of seedincrease fail"re ti!es. 4f the s"ccessive fail"reti!es is lar#er than this threshold, seed increaseca"sed b* 1a !eas"re!ent reorts will not beallowed. his ara!eter de2nes the len#th of the DCCC rate" fail !onitor ti!er. his ara!eter de2nes the len#th of the DCCC rate" fail enalt* ti!er. he increase of the seedca"sed b* the 1a !eas"re!ent reorts will not beallowed "ntil the DCCC rate " fail enalt* ti!er iseGired. he enalt* ti!er will be started when rate isli!ited for event 0a. he bit rate of downlink will

not be allowed to increase "ntil the ti!er eGires.

his ara!eter is "sed to detect whether a () is inthe state of fre+"ent cell reselection.6or a () in C)CH, if the n"!ber of cellreselections is lar#er than or e+"al to thisara!eter within the Icell reselection ti!erJ, it canbe considered that the () is in the state of fre+"entcell reselection. he state will transit to (RACHfro! C)CH when the ti!er eGired. he ara!eter is "sed to avoid detectin# () in lowactivit* state incorrectl* ca"sed b* losin#!eas"re!ent reort. he rod"ct of the ara!eterand the !aGi!"! ti!es of !eas"re!ent reortreceived in the transition ti!er is set as a

threshold. 4f the ti!es of reortin# >ero traFcvol"!e is lar#er than the threshold, the () is in lowactivit* state.

his ara!eter is "sed to detect whether a non=realti!e service () is stable in low activit*.

his threshold is "sed to <"d#e whether a () is inlow activit* state. 4f the () is in C)DCH state,the Dto6$tateransi!er incre!ents 0 ever* ti!ethe () reorts event 1b. 4f the () is in C)6ACHstate, the 6to$tateransi!er incre!ents 0 ever*ti!e the () reorts event 1b while the traFc

vol"!e is L.

@al"e ran#e D, D0, D/,D1, D0/, D/5, D50/,D0L/1, D/k, Dk, D1k, Dk,Dk, D0/k, D0k, D/1k,D/k, D1k, D1k, D9k,D0/k, D09/k, D/5k, D1k,D50/k, D7 h*sical val"eran#e , 0, /, 1, 0/,/5, 50/, 0L/1, /k, k, 1k,

k, k, 0/k, 0k, /1k, /k,1k, 1k, 9k, 0/k, 09/k,/5k, 1k, 50/k, 7k



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!s

!s


!s

!s

%*te

!s


When the traFc vol"!e is s!aller than the lowerthreshold and lasts this ti!e len#th, the () reortevent 1%. his ara!eter can avoid tri##erin#"nneeded events d"e to "nstable traFc vol"!es.


/5L, 5LLL

i!e interval of reortin# event 1b. he ara!etercan avoid too !an* event 1b reorts.

@al"e ran#e D/5L, D5LL,D0LLL, D/LLL, D1LLL,DLLL, D0LLL. Act"alh*sical Ran#e /5L, 5LL,0LLL, /LLL, 1LLL, LLL,0LLL

his ara!eter is "sed to detect whether a () isstable in low activit*. When it is set as 555, the() will not transit fro! 6ACH to CH.




@al"e ran#e D/5L, D5LL,D0LLL, D/LLL, D1LLL,DLLL, D0LLL h*sical val"eran#e /5L, 5LL, 0LLL, /LLL,1LLL, LLL, 0LLL

(er threshold of traFc vol"!e tri##erin# event1a, that is, tri##erin# the transition fro! 6ACH toDCH

@al"e ran#e D0, D/, D1,D0/, D/5, D50/, D0L/1,D/k, Dk, D1k, Dk, Dk,D0/k, D0k, D/1k, D/k,D1k, D1k, D9k, D0/k,D09/k, D/5k, D1k, D50/k,D7k

h*sical val"e ran#e 0, /,1, 0/, /5, 50/, 0L/1, /k,k, 1k, k, k, 0/k, 0k, /1k,/k, 1k, 1k, 9k, 0/k,09/k, /5k, 1k, 50/k, 7k

i!e of tri##erin# event 1a, that is, tri##erin# thetransition fro! 6ACH to DCH. his ara!eter canavoid "nneeded reorts d"e to "nstable traFcvol"!es.


his ara!eter is "sed to detect the stabilit* of a() in low activit* state in C)DCHwith H$=D$CHBstate.



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02/23/2016 '#('9l :9;#87172

%*te

!s

!s

%*te

!s


%*te

his threshold is "sed to <"d#e whether a () is inlow activit* state. he Dto6$tateransi!erincre!ents 0 ever* ti!e the () in C)DCH with

H$=D$CHB state reorts event 1b.

@al"e ran#e D, D0, D/,D1, D0/, D/5, D50/,D0L/1, D/k, Dk, D1k, Dk,Dk, D0/k, D0k, D/1k,D/k, D1k, D1k, D9k,D0/k, D09/k, D/5k, D1k,D50/k, D7 h*sical val"e

ran#e , 0, /, 1, 0/,/5, 50/, 0L/1, /k, k, 1k,k, k, 0/k, 0k, /1k, /k,1k, 1k, 9k, 0/k, 09/k,/5k, 1k, 50/k, 7k




@al"e ran#e D/5L, D5LL,

D0LLL, D/LLL, D1LLL,DLLL, D0LLL h*sical val"eran#e /5L, 5LL, 0LLL, /LLL,1LLL, LLL, 0LLL

(er threshold of traFc vol"!e tri##erin# event1a, that is, tri##erin# the transition fro! 6ACH toDCH with H$=D$CHB.

@al"e ran#e D0, D/, D1,D0/, D/5, D50/, D0L/1,D/k, Dk, D1k, Dk, Dk,D0/k, D0k, D/1k, D/k,D1k, D1k, D9k, D0/k,D09/k, D/5k, D1k, D50/k,D7k h*sical val"e ran#e0, /, 1, 0/, /5, 50/,0L/1, /k, k, 1k, k, k, 0/k,0k, /1k, /k, 1k, 1k, 9k,0/k, 09/k, /5k, 1k, 50/k,

7k

i!e of tri##erin# event 1a, that is, tri##erin# thetransition fro! 6ACH to DCH with H$=D$CHB. hisara!eter can avoid "nneeded reorts d"e to"nstable traFc vol"!es


his ti!er is "sed in detectin# whether a real=ti!eservice () in C)DCH state is in stable lowactivit* state.

his threshold is "sed to <"d#e whether a () is inlow activit* state. he Dto6$tateransi!erincre!ents 0 ever* ti!e the () in C)DCH statereorts event 1b.

@al"e ran#e D, D0, D/,D1, D0/, D/5, D50/,

D0L/1, D/k, Dk, D1k, Dk,Dk, D0/k, D0k, D/1k,D/k, D1k, D1k, D9k,D0/k, D09/k, D/5k, D1k,D50/k, D7 h*sical val"eran#e , 0, /, 1, 0/,/5, 50/, 0L/1, /k, k, 1k,k, k, 0/k, 0k, /1k, /k,1k, 1k, 9k, 0/k, 09/k,/5k, 1k, 50/k, 7k



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#88172

!s

!s

%*te

!s

@al"e ran#e 0 to 0LLLL. !s;0L


kbit;s

!s;0L

!s;0L



/5L, 5LLL


@al"e ran#e D/5L, D5LL,D0LLL, D/LLL, D1LLL,DLLL, D0LLL. h*sicalRan#e /5L, 5LL, 0LLL, /LLL,1LLL, LLL, 0LLL

(er threshold of traFc vol"!e tri##erin# event1a, that is, tri##erin# the transition fro! 6ACH toDCH. Reco!!ended val"e

@al"e ran#e D0, D/, D1,D0/, D/5, D50/, D0L/1,D/k, Dk, D1k, Dk, Dk,D0/k, D0k, D/1k, D/k,D1k, D1k, D9k, D0/k,D09/k, D/5k, D1k, D50/k,D7k h*sical Ran#e 0, /,1, 0/, /5, 50/, 0L/1, /k,k, 1k, k, k, 0/k, 0k, /1k,

/k, 1k, 1k, 9k, 0/k,09/k, /5k, 1k, 50/k, 7k

i!e of tri##erin# event 1a, that is, tri##erin# thetransition fro! 6ACH to DCH. his ara!eter canavoid "nneeded reorts d"e to "nstable traFcvol"!es


his ara!eter is "sed to decide how often the )=DCH hro" sho"ld be !eas"red which is needed b*the transition fro! )=DCH to 6ACH.

his ti!er is "sed in detectin# whether a %) service() in )=DCH channel is in stable low activit* state. his threshold is "sed to <"d#e whether a () is inlow activit* state. he Dto6$tateransi!erincre!ents 0 ever* ti!e the () in )=DCH channelreorts event 1b.

@al"e ran#e LN1 h*sicalval"e ran#eLN1

When the thro"#h ratio is s!aller than the lowerthreshold and lasts this ti!e len#th, the () reortevent 1b. his ara!eter can avoid tri##erin#"nneeded events d"e to "nstable thro"#h ratio. hereal 1b tri##er ti!e e+"als this ara!eter !"ltil*!eas"re eriod and 0L !s.

@al"e ran#e LN0L/ h*sicalval"e ran#eLN0L/

i!e interval of reortin# event 1b. he ara!etercan avoid too !an* event 1b reorts. he real 1b

endin# ti!e e+"als this ara!eter !"ltil*!eas"re eriod and 0L !s

@al"e ran#e LN0L/.

h*sical Ran#e LN0L/



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%*te

!s

'one

@al"e ran#e A(O, MA'(A 'one

@al"e ran#e D0, D/, D, D1 'one

@al"e ran#e 'OCOMR)$$ 'one

'one

@al"e ran#e 0N0 'one


'one

'one

'one

(er threshold of traFc vol"!e tri##erin# event1a, that is, tri##erin# the transition fro! 6ACH toDCH.

@al"e ran#e D0, D/, D1,D0/, D/5, D50/, D0L/1,D/k, Dk, D1k, Dk, Dk,D0/k, D0k, D/1k, D/k,D1k, D1k, D9k, D0/k,D09/k, D/5k, D1k, D50/k,D7k h*sical Ran#e 0, /,

1, 0/, /5, 50/, 0L/1, /k,k, 1k, k, k, 0/k, 0k, /1k,/k, 1k, 1k, 9k, 0/k,09/k, /5k, 1k, 50/k, 7k

i!e of tri##erin# event 1a, that is, tri##erin# thetransition fro! 6ACH to )=DCH. his ara!eter canavoid "nneeded reorts d"e to "nstable traFcvol"!es


$elect a kind of al#orith! to con2#"re b* thisco!!and.

@al"e ran#e R6C/5L7,R6CL95

4f this ara!eter is set to MA'(A, the R6C/5L7

header co!ression al#orith! ara!eters "se theval"es, which con2#"red b* this co!!and, listedas below 0. MaG n"!ber of co!ressed non=Cheaders /. MaG ti!e for sendin# co!ressedheaders . MaG control header si>e 1. MaG C4Dval"e for C connections 5. MaG C4D val"e for non= C connections . DC $D( reorderin# indicator 4fthis ara!eter is set to A(O, the R6C/5L7 headerco!ression al#orith! ara!eters will becon2#"red b* R'C with s!art strate#* accordin# toact"al sit"ation.

his ara!eter secif* the n"!ber of ro2les"orted b* R6CL95 al#orith!.

his ara!eter secif* the n"!ber of ro2les"orted b* R6CL95 al#orith!.

his ara!eter set the second ro2le s"orted b*R6CL95 al#orith!.

@al"e ran#e 'OCOMR)$$,R, (D, )$

his ara!eter set the !aG "link conteGt 4D ofR6CL95 header co!ression al#orith!

his ara!eter set the !aG downlink conteGt 4D ofR6CL95 header co!ression al#orith!.

his ara!eter set the osition where the "linkconteGt 4D of R6CL95 al#orith! stored in.

@al"e ran#e DCH)AD)R,R6CL95ACS)6ORMA

his ara!eter set the osition where the downlinkconteGt 4D of R6CL95 al#orith! stored in.

@al"e ran#e DCH)AD)R,R6CL95ACS)6ORMA

his ara!eter secif* the tar#et !ode ofR6CL95 header co!ression al#orith! "sed in si#nallin#.'O'$)C464)D !eans the tar#et !ode isnot "sed.

@al"e ran#e (MOD),OMOD), RMOD),'O'$)C464)D



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@al"e ran#e =5N=0L. d%

'one

@al"e ran#e 0N/. d%

@al"e ran#e L, /N1. bit

@al"e ran#e LN/. bit

'one;L.L1

d%

'one

d%;L./5

d%;L./5

d%;L./5

his ara!eter is "sed b* the R'C to co!"te theDCCH ower o8set which is "sed b* the () tocalc"late the initial trans!it ower of ( DCCHd"rin# the oen loo ower control rocess. hefor!"las are as follows DCCHowerO8set Tri!ar* C4CH D : ower & ( interference &Defa"lt Constant @al"e. Where,

DCCHowerO8set is the DCCH initial G owero8set, ri!ar* C4CH D : ower is the downlinktrans!it GB ower of C4CH, and ( interferenceis the "link interference. DCCH4nitialower TDCCHowerO8set = C4CHR$C. Where,C4CHR$C is the received si#nallin# code owerof the C4CH !eas"red b* the ().

his ara!eter is "sed to infor! the () of the!ethod for translatin# the received rans!it owerControl CB co!!ands. 4n other words, it is "sedto select ( ower control al#orith!.

@al"e ran#e A-OR4HM0,A-OR4HM/.

he ste si>e of the closed loo ower controlerfor!ed on ( DDCH. his ara!eter is

!andator* when the ara!eter Iower controlal#orith! selectionJ is set as 3A-OR4HM03.

he n"!ber of ransort 6or!at Co!bination4ndicator 6C4B bits in each ti!e slot on ( DCCH. he defa"lt val"e is /, which is "sed for nor!alfra!e trans!ission. 4n the Co!ressed Mode CMB,this ara!eter can be set as or 1 deendin# onthe trans!ission interval.

he n"!ber of 6eedback 4nfor!ation 6%4B bits ineach ti!e slot on ( DCCH that are "sed tos"ort $ite $election Diversit* rans!ission$$DB or closed loo trans!ission diversit*.

he "nct"rin# li!it "sed in the sreadin# factorselection al#orith! for ( DDCH.

@al"e ran#e 0LN/5. h*sicalval"e ran#e L.1N0

he ste si>e of the closed loo ower controlerfor!ed on D DCH in 6re+"enc* DivisionD"leG 6DDB !ode.

@al"e ran#e $)$4U)L.5D%,$)$4U)0D%,$)$4U)0.5D%,$)$4U)/D%. h*sical val"eran#e L.5, 0, 0.5, /.

$4-')C, a fast ower control !ode, indicatesthat a "ni+"e C co!!and is sent in each ti!eslot on DCCH. CR4)4'$O6, a slow owercontrol !ode, indicates that the sa!e Cco!!and is sent in three ti!e slots, it is alicableto soft handover and it can decrease the owerdeviation. CA(OADV($, an a"to!aticall*ad<"sted !ode, indicates that the val"e of

DCMOD) can be !odi2ed b* sendin# the!essa#e 3AC4@) $) (DA)3 to ().

@al"e ran#e $4'-)C, CR4)4'$O6, CA(OADV($.

he o8set of 6C4 bit trans!it ower fro! data bittrans!it ower in each ti!e slot of radio fra!es onD DCH.

@al"e ran#e LN/1.h*sical val"e ran#e LN

he o8set of C bit trans!it ower fro! data bittrans!it ower in each ti!e slot of radio fra!es onD DCH.

@al"e ran#e LN/1. h*sicalval"e ran#e LN

he o8set of ilot bit trans!it ower fro! data bittrans!it ower in each ti!e slot of radio fra!es onD DCH.

@al"e ran#e LN/1. h*sicalval"e ran#e LN



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D DCH ilot bits of $60/. bit

D DCH ilot bits of $6/5. bit

'one;L.L1

'one

AMR 'arrow $eech Code=Reso"rce=$avin# switch. @al"e ran#e O', O66. 'one

'one;L.L1

@al"e ran#e N9. 'one

kbit;s

kbit;s

kbit;s

kbit;s

kbit;s

@al"e ran#e D1,D. h*sicalval"e ran#e 1,.

@al"e ran#e D/,D1,D.h*sical val"e ran#e /,1,.

he "nct"rin# li!it "sed in the sreadin# factorselection al#orith! for D DCH.


his ara!eter decides D DCH osition is 2Ged orKeGible.

@al"e ran#e 64:)D, 6):.h*sical val"e ran#e L, 0.

he "nct"rin# li!it "sed in the sreadin# factorselection al#orith! for D DCH "nder the Code=Reso"rce=$avin# !ode.


(RA' seci2c DR: c*cle len#th coeFcient. heDR: c*cle "sed in Connected Mode is the shorter ofC' do!ain seci2c DR: c*cle len#th coeFcient and(RA' seci2c DR: c*cle len#th coeFcient. his isset er R'C with the co!!and $) 6RC.

he defa"lt rate decision threshold of ( $ do!ainback#ro"nd;interactive service to be carried on

DCH. 4f the 6RC ara!eters of the best cell cannotbe obtained, this defa"lt val"e will be "sed. Whenthe ( service rate is #reater than or e+"al to thisthreshold, the service will be set " on DCHotherwise, on CCH.

@al"e ran#e D, D0.h*sical val"e ran#e , 0.

he defa"lt rate decision threshold of D $ do!ainback#ro"nd;interactive service to be carried onDCH. 4f the 6RC ara!eters of the best cell cannotbe obtained, this defa"lt val"e will be "sed. Whenthe D service rate is #reater than or e+"al to thisthreshold, the service will be set " on DCHotherwise, on CCH.

@al"e ran#e D, D0.h*sical val"e ran#e , 0.

( %) traFc 4nitial bit rate. When DCCC f"nction is

enabled, the "link initial bit rate will be set to thisval"e if the "link !aG bit rate is hi#her than theinitial bit rate.

@al"e ran#e D, D0, D/,D1, D0/, D011, D/5,

D1, D700, D0L/1, D015L,D/L1. h*sical val"e ran#e, 0, /, 1, 0/, 011, /5,1, 700, 0L/1, 015L, /L1.

D %) traFc 4nitial bit rate. When DCCC f"nction isenabled, the downlink initial bit rate will be set tothis val"e if the downlink !aG bit rate is hi#herthan the initial bit rate.

@al"e ran#e D, D0, D/,D1, D0/, D011, D/5,D1, D7, D0L/1, D05,D0LL, D/L1. h*sical val"eran#e , 0, /, 1, 0/,011, /5, 1, 7, 0L/1,05, 0LL, /L1.

he threshold of inco!lete ( 6C con2#"ration incase of !"ltile $ do!ain back#ro"nd;interactiveservices. When the s"! of the ( service rates is#reater than this threshold, the 6C will becon2#"red inco!letel*.

@al"e ran#e D0, D/, D1,D0/, D011, D/5, D1,D1LL, D50/, D5/, D1L,

D7, D/, D9, D0L/1,D0L, D005/, D05,D0LL, D01, D/L1.h*sical val"e ran#e 0, /,1, 0/, 011, /5, 1, 1LL,50/, 5/, 1L, 7, /, 9,0L/1, 0L, 005/, 05,0LL, 01, /L1.



305374348.xls "#$%&'() +#,#l-

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kbit;s

kbit;s

kbit;s

kbit;s

kbit;s

kbit;s

kbit;s

kbit;s

he threshold of inco!lete D 6C con2#"ration incase of !"ltile $ do!ain back#ro"nd;interactiveservices. When the s"! of the D service rates is#reater than this threshold, the 6C will be

con2#"red inco!letel*.

@al"e ran#e D0, D/, D1,D0/, D011, D/5, D1,D1LL, D50/, D5/, D1L,D7, D/, D9, D0L/1,D0L, D005/, D05,D0LL, D01, D/L1.h*sical val"e ran#e 0, /,

1, 0/, 011, /5, 1, 1LL,50/, 5/, 1L, 7, /, 9,0L/1, 0L, 005/, 05,0LL, 01, /L1.

his ara!eter decides the "er li!it of "link %)data rate in co!bined AMR services.Co!bined AMRservices can onl* be !ade " of AMR service and%) service. 4f there is a !e!ber of a di8erent traFcclass, we <"d#e the co!bined services as co!binednon=AMR services.


his ara!eter decides the "er li!it of downlink%) data rate in co!bined AMR services.Co!binedAMR services can onl* be !ade " of AMR serviceand %) service. 4f there is a !e!ber of a di8erent

traFc class, we <"d#e the co!bined services asco!bined non=AMR services.


his ara!eter decides the "er li!it of "link %)data rate in co!bined non=AMR services. Co!binedAMR services can onl* be !ade " of AMR serviceand %) service. 4n other cases, co!bined services!ade " of %) services and at least one non=%)and non=AMR service is <"d#ed as co!bined non=AMR services.


his ara!eter decides the "er li!it of downlink%) data rate in co!bined non=AMR services.services. Co!bined AMR services can onl* be !ade" of AMR service and %) service. 4n other cases,co!bined services !ade " of %) services and atleast one non=%) and non=AMR service is <"d#ed asco!bined non=AMR services.


he rate decision threshold of D $ do!ainstrea!in# service to be carried on H$=D$CH. Whenthe !aGi!"! D service rate is #reater than ore+"al to this threshold, the service will be carriedon H$=D$CH otherwise, on DCH.


he rate decision threshold of D $ do!ainconversation service to be carried on H$=D$CH.When the !aGi!"! D service rate is #reater thanor e+"al to this threshold, the service will be carriedon H$=D$CH otherwise, on DCH.

@al"e ran#e D, D0, D/,D1. h*sical val"e ran#e ,0, /, 1.

he rate decision threshold of D $ do!ainback#ro"nd;interactive service to be carried on H$=D$CH. When the !aGi!"! D service rate is#reater than or e+"al to this threshold, the servicewill be carried on H$=D$CH otherwise, on DCH.

@al"e ran#e D, D0, D/,D1, D0/, D011, D/5,D1, D7, D0L/1, D05,D0LL, D/L1. h*sical val"eran#e , 0, /, 1, 0/,011, /5, 1, 7, 0L/1,05, 0LL, /L1.



305374348.xls "#$%&'() +#,#l-

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!s

@al"e ran#e LN7. 'one

@al"e ran#e 0N05. s

'one

!s


!s


!in

s

LL is started when () sends the RRCCO'')C4O' R)()$ !essa#e. 4t is stoedwhen () receives the RRC CO'')C4O' $)(!essa#e. RRC CO'')C4O' R)()$ will beresent "on the eGir* of the ti!er if @LL is lowerthan or e+"al to 'LL, else enter idle !ode.

@al"e ran#e D0LL, D/LL,D1LL, DLL, DLL, D0LLL,D0/LL, D01LL, D0LL,D0LL, D/LLL, DLLL,D1LLL, DLLL, DLLL.h*sical val"e ran#e 0LL,/LL, 1LL, LL, LL, 0LLL,

0/LL, 01LL, 0LL, 0LL,/LLL, LLL, 1LLL, LLL, LLL

MaGi!"! n"!ber of retrans!issions of the RRCCO'')C4O' R)()$ !essa#e.

0/ is started when () starts to establish a DCH,and stoed when () detects consec"tive '0/ 3ins*nc3 indications fro! 0. 4t indicates h*sicalchannel set" fail"re "on the eGir* of the ti!er.

MaGi!"! n"!ber of s"ccessive 3in s*nc3indications received fro! 0.

@al"e ran#e D0, D/, D1, D0L,D/L, D5L, D0LL, D/LL, D1LL,DLL, DLL, D0LLL. h*sicalval"e ran#e 0, /, 1, 0L, /L,5L, 0LL, /LL, 1LL, LL, LL,0LLL.

L/ is started after the () trans!its the C)(DA);(RA (DA) !essa#e and stoed afterthe () receives the C) (DA) CO'64RM;(RA(DA) CO'64RM !essa#e. C) (DA);(RA(DA) will be resent "on the eGir* of the ti!erif @L/ less than or e+"al to 'L/ otherwise, the() will enter idle !ode. rotocol defa"lt val"e is1LLL.

@al"e ran#e D0LL, D/LL,D1LL, DLL, DLL, D0LLL,D0/LL, D01LL, D0LL,D0LL, D/LLL, DLLL,D1LLL, DLLL, DLLL.h*sical val"e ran#e 0LL,/LL, 1LL, LL, LL, 0LLL,0/LL, 01LL, 0LL, 0LL,/LLL, LLL, 1LLL, LLL,LLL.

MaGi!"! n"!ber of retrans!issions of C)(DA);(RA (DA).rotocol defa"lt val"e is .

L1 is started after the () sends the ()CAA%44E 4'6ORMA4O' !essa#e and stoedafter the () receives the () CAA%44E

4'6ORMA4O' CO'64RM !essa#e. () CAA%44E4'6ORMA4O' will be resent "on the eGir* of theti!er if @L1 less than or e+"al 'L1 otherwisethe cell "date roced"re will be initiated. rotocoldefa"lt val"e is /LLL.

@al"e ran#e D0LL, D/LL,

D1LL, D0LLL, D/LLL. h*sicalval"e ran#e 0LL, /LL, 1LL,0LLL, /LLL.

MaGi!"! n"!ber of retrans!issions of ()CAA%44E 4'6ORMA4O'. rotocol defa"lt val"e is/. L5 is started after the () receives C) (DA)CO'64RM;(RA (DA) CO'64RM in C)6ACH,(RACH or C)CH state. 4t is stoed after the() enters another state. C) (DA) will betrans!itted "on the eGir* of this ti!er if L7 isnot activated and the () detects 3in service area3otherwise, L7 will be started. rotocol defa"lt

val"e is L. 34n2nit*3 !eans the cell will not be"dated.

@al"e ran#e 4'64'4E, D5,D0L, DL, DL, D0/L, DL,D7/L. h*sical val"e ran#e4n2nit*, 5, 0L, L, L, 0/L,L, 7/L.

L7 is started after L5 has eGired and the ()detects 3o"t of service area3. 4t is stoed after the() detects 3in service area3. he () will enter idle!ode "on eGir*.rotocol defa"lt val"e is L.

@al"e ran#e D5, D0L, D05,D/L, DL, D1L, D5L. h*sicalval"e ran#e 5, 0L, 05, /L, L,1L, 5L.



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!s

@al"e ran#e 0N. 'one

@al"e ran#e 0N. s

@al"e ran#e 0 N 05. s

'one

@al"e ran#e LN05. s

'one

s

L is started after the () trans!its RRCCO'')C4O' R))A$) COM)). his !essa#ewill be sent "on the eGir* of the i!er if @Lless than or e+"al to 'L, otherwise, the () willenter idle !ode. rotocol defa"lt val"e is 0L.

@al"e ran#e D1L, DL, D0L,D/L. h*sical val"e ran#e1L, L, 0L, /L.

MaGi!"! n"!ber of retrans!ission of RRC

CO'')C4O' R))A$) COM)). L9 is started after the () is reselected to a cellbelon#in# to another radio access s*ste! inconnected !ode, or the C) CHA'-) ORD)R6ROM (RA' !essa#e is received. 4t is stoedafter the () is s"ccessf"ll* connected in the newcell. he () will contin"e the connection to (RA'"on eGir*. rotocol defa"lt val"e is 5.

0/ is started after the () starts to establish aDCH and stoed when the () detects consec"tive'0/ 3in s*nc3 indications fro! 0. 4t indicatesh*sical channel set" fail"re "on the eGir* ofthe ti!er. rotocol defa"lt val"e is 0.

MaGi!"! n"!ber of s"ccessive 3in s*nc3indications received fro! 0. rotocol defa"lt val"eis 0.


0 is started after the () detects consec"tive'0 3o"t of s*nc3 indications fro! 0. 0 isstoed after the () detects consec"tive '05 3ins*nc3 indications fro! 0.4t indicates Radio inkRB fail"re "on eGir*. rotocol defa"lt val"e is .

MaGi!"! n"!ber of s"ccessive 3o"t of s*nc3indications received fro! 0. rotocol defa"lt val"e

is /L.

@al"e ran#e D0, D/, D1, D0L,D/L, D5L, D0LL, D/LL.

h*sical val"e ran#e 0, /, 1,0L, /L, 5L, 0LL, /LL.

01 is started when the criteria for radio linkfail"re are f"l2lled and onl* radio bearers R%sBassociated with 01 eGist.01 is stoed afterthe Cell (date roced"re has been co!leted.rotocol defa"lt val"e is 0/. 4n case of the R fail"rewhen the () is in C)DCH state, 4f the R cannotbe s"ccessf"ll* recon2#"red b* C) (DA)CO'64RM before the eGir* of the corresondin# 01 or 05B, C) (DA) will be resent for Rrecon2#"ration this oeration relates to L/ and'L/B. 01 sho"ld be set #reater than L/Q'L/.4n case of the eGir* of 01, the corresondin#

service R%s will be re!oved.

@al"e ran#e DL, D/, D1, D,D, D0/, D0, D/L. h*sicalval"e ran#e L, /, 1, , , 0/,0, /L.



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s

'one

s

@al"e ran#e 0N0LLLL. !s


@al"e ran#e 0N5LLL. !s


A ti!er "sed to wait for initial direct trans!ission. @al"e ran#e 0N0LLLL. !s

@al"e ran#e 0NLLL. !s

@al"e ran#e LLN0LLLL. !s







A ti!er to DR'C wait for AA/ set" indication. @al"e ran#e 0N0LLLL. !s

05 is started when the criteria for radio linkfail"re are f"l2lled, and onl* the radio bearerassociated with 05 eGists.05 is stoed afterthe Cell (date roced"re has been co!leted.rotocol defa"lt val"e is 0L. 4n case of the Rfail"re when the () is in C)DCH state, 05 or 01B is started and C) (DA) is sent. 4f the R

cannot be s"ccessf"ll* recon2#"red b* C)(DA) CO'64RM before the eGir* of thecorresondin# 05 or 01B, C) (DA) will beresent for R recon2#"ration this oeration relatesto L/ and 'L/B. 05 sho"ld be set #reater than L/Q'L/. 4n case of the eGir* of 05, thecorresondin# service R%s will be re!oved.

@al"e ran#e DL, D0L, DL,DL, D0L, DLL, D0/LL,

D0LL. h*sical val"e ran#eL, 0L, L, L, 0L, LL, 0/LL,0LL.

MaGi!"! n"!ber of s"ccessive 3in s*nc3indications received fro! 0 when 0 isactivated. rotocol defa"lt val"e is 0.


0 is started after the () detects 3o"t of service

area3 in (RACH or C)CH state.0 isstoed after the () detects 3in service area3.hecell "date roced"re will be initiated "on theeGir* of the ti!er if 3in service area3 is detectedotherwise, 07 will be started. he () will enterC)6ACH state and initiate cell "date roced"rewhen the () detects 3in service area3. rotocoldefa"lt val"e is L.

@al"e ran#e DL, D0L, D/L,DL, D1L, D5L, 4'64'4E.h*sical val"e ran#e L, 0L,/L, L, 1L, 5L, in2nit*.

A ti!er "sed to wait for RRC connection set"co!lete !essa#e fro! () in RRC roced"re.

A ti!er "sed to wait for the 4" release co!!and!essa#e resondin# to 4" release re+"est !essa#e.

A ti!er "sed to retrans!it the RRC CO'')C4O'R))A$) !essa#e to ().

A ti!er "sed to wait for the resonse to a#in#t*e 0 in RRC roced"re.

A ti!er "sed to wait for the acknowled#e!ent ofradio link control RCB co!letion in RRCroced"re. A ti!er to R'C wait for the resonse to R% set"fail"re fro! () in the R% roced"re.Refer to the'ote.A ti!er "sed to wait for the resonse to R%recon2#"ration fail"re fro! () in the R%roced"re.Refer to the 'ote. A ti!er to R'C wait for the resonse to R% releasefail"re fro! () in the R% roced"re.Refer to the

'ote.A ti!er to R'C wait for the resonse to radio linkset" re+"est in the radio link roced"re.

A ti!er to R'C wait for the resonse to radio linkrecon2#"ration reare in the radio link roced"re.

A ti!er to R'C wait for the resonse to radio linkdeletion re+"est in the radio link roced"re.

A ti!er to R'C wait for radio link restorationindication in the radio link roced"re.



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@al"e ran#e 0N/LLLL. !s









@al"e ran#e 0N/55. !in






A ti!er to 4" C$ Release rotection val"e LL. @al"e ran#e 0N555. s

A ti!er to 4" $ Release rotection val"e LL. @al"e ran#e 0N555. s

'one

A ti!er to DR'C wait for rnsa radio linkrecon2#"ration co!!it fro! $R'C.A ti!er to R'C wait for the resonse to the cell"date con2r! fro! () in forward handoverroced"re. A ti!er to R'C wait for a#in# resonse in forwardhandover roced"re.

A ti!er to R'C wait for relocation re+"est inforward handover roced"re.

A ti!er to R'C wait for the resonse to active set"date in soft handover roced"re.A ti!er to R'C wait for the resonse to h*sicalchannel recon2#"ration in hard handoverroced"re.A ti!er to R'C wait for the relocation co!!and!essa#e in relocation roced"re.

A ti!er to R'C wait for the 4" release co!!and!essa#e in relocation roced"re.

A ti!er "sed for data forwardin# in relocationroced"re. Reco!!ended val"e /LLLL.

A ti!er to R'C wait for another relocation re+"estin relocation roced"re.

A ti!er to R'C wait for rnsa relocation co!!it!essa#e in relocation roced"re.

A ti!er to R'C wait for !obile infor!ationcon2r!ation in relocation roced"re.

A ti!er to R'C wait for the resonse to h*sicalchannel recon2#"ration in relocation roced"re.

A ti!er to R'C wait for inter=RA handoverco!letion in relocation roced"re.

A ti!er to DR'C wait for 4" release co!!and inthe failed relocation roced"re.

A ti!er to R'C wait for $ R)$(M) after s"ccessf"l

C$ 4nterRA handover.A ti!er to R'C wait for the resonse to sec"rit*!ode co!!and fro! () in sec"rit* !oderoced"re. A ti!er to R'C wait for the resonse to co"ntercheck in sec"rit* !ode roced"re.

A ti!er to R'C wait for the resonse to co!!ontransort channel reso"rces re+"est in the 4"rco!!on transort channel roced"re.A ti!er "sed to wait () caabilit* en+"ir* resonse.A ti!er to R'C wait for the resonse to the rChrecon2#"ration resonse fro! ().

he val"e decides if ower !eas"re tri##erin# AMRor RC$ service rate control is allowed. 6A$) ower!eas"re tri##erin# AMR or RC$ service rate controlis not allowed. R() ower !eas"re tri##erin#AMR or RC$ service rate control is allowed.

@al"e ran#e 6A$), R().h*sical val"e ran#e L, 0.



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'one

!s

!s

he s!ooth 2lterin# coeFcient of the ( !eas"redval"es. he s!ooth 2lterin# al#orith! is "sed toavoid rando! dist"rbance in !eas"re!entreortin#. he s!oothness is deendent on the!eas"re!ent 2lter coeFcient. he #reater the 2ltercoeFcient is, the s!oother the res"lt is rod"cedand the less the rando! dist"rbance !a* be

ca"sed. However, the abilit* to resond to the!eas"red val"e chan#es will beco!e s!allercorresondin#l*.


D"ration when the !eas"red val"e kees f"l2llin#the a0 !eas"re!ent condition before the eventa0 is tri##ered. 6or ( !eas"re!ent, the eventreortin# !ode is "sed. he event a0 refers to theevent tri##ered when the !eas"red val"e is hi#herthan the "er absol"te threshold a0. When theevent a0 is tri##ered, the AMR seech rate sho"ldbe decreased. he !eas"red val"e can be reortedafter it f"l2lls the condition for the tri##er ti!eseci2ed b* this ara!eter. he tri##er ti!e is"sed to eli!inate an* s"dden chan#e of the

!eas"red val"e in !eas"re!ent reortin#. he#reater the tri##er ti!e is, the #reater thes"ression e8ect on s"dden chan#es. However,the abilit* to resond to !eas"red val"e chan#eswill beco!e s!aller corresondin#l*.

@al"e ran#e DL, D0L, D/L,D1L, DL, DL, D0LL, D0/L,D0L, D/LL, D/1L, D/L,D1L, D0/L, D/5L, D5LLL.h*sical val"e ran#e L, 0L,/L, 1L, L, L, 0LL, 0/L, 0L,/LL, /1L, /L, 1L, 0/L,

/5L, 5LLL.

D"ration when the !eas"red val"e kees f"l2llin#the b0 !eas"re!ent condition before the eventb0 is tri##ered. 6or ( !eas"re!ent, the eventreortin# !ode is "sed. he event b0 refers to theevent tri##ered when the !eas"red val"e is lowerthan the "er absol"te threshold b0. When theevent b0 is tri##ered, it can be considered that theAMR seech !ode decrease has an e8ect. he (AMRC ti!er ret"rns to the nor!al state. he!eas"red val"e can be reorted after it f"l2lls the

condition for the tri##er ti!e seci2ed b* thisara!eter. he tri##er ti!e is to eli!inate an*s"dden chan#e of the !eas"red val"e in!eas"re!ent reortin#. he #reater the tri##erti!e is, the #reater the s"ression e8ect ons"dden chan#es. However, the abilit* to resond to!eas"red val"e chan#es will beco!e s!allercorresondin#l*.

@al"e ran#e DL, D0L, D/L,D1L, DL, DL, D0LL, D0/L,D0L, D/LL, D/1L, D/L,D1L, D0/L, D/5L, D5LLL.h*sical val"e ran#e L, 0L,

/L, 1L, L, L, 0LL, 0/L, 0L,/LL, /1L, /L, 1L, 0/L,/5L, 5LLL.



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!s

!s

@al"e ran#e /LN1LLL. !s

@al"e ran#e AM, (M. 'one

D"ration when the !eas"red val"e kees f"l2llin#the a/ !eas"re!ent condition before the eventa/ is tri##ered. 6or ( !eas"re!ent, the eventreortin# !ode is "sed. he event a/ refers to theevent tri##ered when the !eas"red val"e is hi#herthan the lower absol"te threshold a/. When theevent a/ is tri##ered, it can be considered that the

AMR seech rate increase has an e8ect. he (AMRC ti!er ret"rns to the nor!al state. he!eas"red val"e can be reorted after it f"l2lls thecondition for the tri##er ti!e seci2ed b* thisara!eter. he tri##er ti!e is to eli!inate an*s"dden chan#e of the !eas"red val"e in!eas"re!ent reortin#. he #reater the tri##erti!e is, the #reater the s"ression e8ect ons"dden chan#es. However, the abilit* to resond to!eas"red val"e chan#es will beco!e s!allercorresondin#l*

@al"e ran#e DL, D0L, D/L,D1L, DL, DL, D0LL, D0/L,

D0L, D/LL, D/1L, D/L,D1L, D0/L, D/5L, D5LLL.h*sical val"e ran#e L, 0L,/L, 1L, L, L, 0LL, 0/L, 0L,/LL, /1L, /L, 1L, 0/L,/5L, 5LLL.

D"ration when the !eas"red val"e kees f"l2llin#the b/ !eas"re!ent condition before the eventb/ is tri##ered. 6or ( !eas"re!ent, the event

reortin# !ode is "sed. he event b/ refers to theevent tri##ered when the !eas"red val"e is lowerthan the lower absol"te threshold b/. When theevent b/ is tri##ered, the AMR seech !odesho"ld be increased. he !eas"red val"e can bereorted after it f"l2lls the condition for the tri##erti!e seci2ed b* this ara!eter. he tri##er ti!e isto eli!inate an* s"dden chan#e of the !eas"redval"e in !eas"re!ent reortin#. he #reater thetri##er ti!e is, the #reater the s"ression e8ecton s"dden chan#es. However, the abilit* to resondto !eas"red val"e chan#es will beco!e s!allercorresondin#l*.

@al"e ran#e DL, D0L, D/L,D1L, DL, DL, D0LL, D0/L,D0L, D/LL, D/1L, D/L,D1L, D0/L, D/5L, D5LLL.h*sical val"e ran#e L, 0L,/L, 1L, L, L, 0LL, 0/L, 0L,/LL, /1L, /L, 1L, 0/L,/5L, 5LLL.

his ti!er is "sed to tri##er a second ad<"st!entover the ( AMR !ode. 4t de2nes the d"ration of

waitin# for voice +"alit* resonse to the ( AMR!ode ad<"st!ent. he ( AMRC ti!er starts when( AMRC !ode ad<"st!ent is initiated and stoswhen neGt !eas"re!ent reort is received. 4f the( AMRC ti!er is ti!eo"t, it indicates that the!eas"re!ent reort is not received. hat is, the!eas"red val"e is still at the sa!e state as theval"e !eas"red before the last ( AMRC !odead<"st!ent. his indicates that the AMRC !odead<"st!ent has no obvio"s e8ect and that a secondAMRC !ode ad<"st!ent is re+"ired. he #reater the( AMRC ti!er is, the s!aller the fre+"enc* ofAMRC !ode ad<"st!ent. However, the abilit* toresond to !eas"red val"e chan#es will beco!e

s!aller corresondin#l*. he !eas"re!ent reortin# !ode. 6or (!eas"re!ent, event reortin# !ode is "sed.



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@al"e ran#e LN/. d%

@al"e ran#e 0N. d%

@al"e ran#e LN/. d%

@al"e ran#e 0N. d%

he !eas"re!ent reortin# threshold at which theevent a0 is tri##ered. 6or ( !eas"re!ent, theevent reortin# !ode is "sed. he event a0 refersto the event tri##ered when the !eas"red val"e ishi#her than the "er absol"te threshold a0.When the event a0 is tri##ered, AMRC willdecrease the AMR seech rate b* one level. What

de2ned b* this ara!eter is a relative threshold. he absol"te threshold T IMaG(lGowerJ =I(lha0J. he #reater this ara!eter is, the lowerthe absol"te threshold. 4n this case, there are#reater ossibilities of tri##erin# the re+"est forAMR seech rate decrease. Accordin#l* the AMRseech rate is !ore likel* to be decreased.

he !eas"re!ent reortin# threshold at which theevent a/ is tri##ered. 6or ( !eas"re!ent, theevent reortin# !ode is "sed. he event a/ refersto the event tri##ered when the !eas"red val"e ishi#her than the lower absol"te threshold a/. Whenthe event a/ is tri##ered, AMRC will sto ad<"stin#

the ( AMR seech rate. What de2ned b* thisara!eter is a relative threshold. he absol"tethreshold T IMaG(lGowerJ = I(lha/J. he#reater this ara!eter is, the lower the absol"tethreshold. 4n this case, there are #reaterossibilities of reachin# the val"e at which the AMRseech rate increase can sto. Accordin#l* the AMRseech rate is less likel* to be increased.

he !eas"re!ent reortin# threshold at which theevent b0 is tri##ered. 6or ( !eas"re!ent, theevent reortin# !ode is "sed. he event b0 refersto the event tri##ered when the !eas"red val"e islower than the "er absol"te threshold b0. Whenthe event b0 is tri##ered, AMRC will sto ad<"stin#

the ( AMR seech rate. What de2ned b* thisara!eter is a relative threshold. he absol"tethreshold T IMaG(lGowerJ = I(lhb0J.he#reater this ara!eter is, the lower the absol"tethreshold. 4n this case, there are s!allerossibilities of reachin# the val"e at which the AMRseech rate decrease can sto. Accordin#l* theAMR seech rate is !ore likel* to be decreased.

he !eas"re!ent reortin# threshold at which theevent b/ is tri##ered. 6or ( !eas"re!ent, theevent reortin# !ode is "sed. he event b/ refersto the event tri##ered when the !eas"red val"e islower than the lower absol"te threshold b/. Whenthe event b/ is tri##ered, AMRC will increase theAMR seech rate b* one level. What de2ned b* thisara!eter is a relative threshold. he absol"tethreshold T IMaG(lGowerJ = I(lhb/J. he#reater this ara!eter is, the lower the absol"tethreshold. 4n this case, there are s!allerossibilities of tri##erin# the re+"est for AMRseech rate increase. Accordin#l* the ARM seechrate is less likel* to be increased.



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@al"e ran#e =NL. 'one









'one

!s;0L

he ro"nd inte#er of the tar#et 0Ll#%)RB val"e ofAMR seech !ode 0, i.e. AMR !ode of 1.75 kbit;s. he s!aller the ara!eter is, the better the seech+"alit*. However, the #reater trans!it ower isre+"ired corresondin#l*. he ro"nd inte#er of the tar#et 0Ll#%)RB val"e ofAMR seech !ode /, i.e. AMR !ode of 5.05 kbit;s. he s!aller the ara!eter is, the better the seech

+"alit*. However, the #reater trans!it ower isre+"ired corresondin#l*. he ro"nd inte#er of the tar#et 0Ll#%)RB val"e ofAMR seech !ode , i.e. AMR !ode of 5.9 kbit;s. he s!aller the ara!eter is, the better the seech+"alit*. However, the #reater trans!it ower isre+"ired corresondin#l*.

he ro"nd inte#er of the tar#et 0Ll#%)RB val"e ofAMR seech !ode 1, i.e. AMR !ode of .7 kbs. he s!aller the ara!eter is, the better the seech+"alit* is. However, the #reater trans!it ower isre+"ired corresondin#l*.

he ro"nd inte#er of the tar#et 0Ll#%)RB val"e ofAMR seech !ode 5, i.e. AMR !ode of 7.1 kbit;s.

he s!aller the ara!eter is, the better the seech+"alit*. However, the #reater trans!it ower isre+"ired corresondin#l*. he ro"nd inte#er of the tar#et 0Ll#%)RB val"e ofAMR seech !ode , i.e. AMR !ode of 7.95 kbit;s. he s!aller the ara!eter is, the better the seech+"alit*. However, the #reater trans!it ower isre+"ired corresondin#l*. he ro"nd inte#er of the tar#et 0Ll#%)RB val"e ofAMR seech !ode 7, i.e. AMR !ode of 0L./ kbit;s. he s!aller the ara!eter is, the better the seech+"alit*. However, the #reater trans!it ower isre+"ired corresondin#l*. he ro"nd inte#er of the tar#et 0Ll#%)RB val"e ofAMR seech !ode , i.e. AMR !ode of 0/./ kbit;s. he s!aller the ara!eter is, the better the seech

+"alit*. However, the #reater trans!it ower isre+"ired corresondin#l*. Mode "sed for the eriodical reortin# of (trans!it ower.

he s!ooth 2lterin# coeFcient for the D !eas"redval"es. he s!ooth 2lterin# al#orith! is "sed toavoid rando! dist"rbance in !eas"re!entreortin#. he s!oothness is deendent on the!eas"re!ent 2lterin# coeFcient. he #reater the2lterin# coeFcient is, the s!oother the res"lt andthe less the rando! dist"rbance. However, theabilit* to resond to the !eas"red val"ediscontin"it* will beco!e s!aller corresondin#l*.


he ti!e interval between D eriodical!eas"re!ent reorts. 6or D !eas"re!ent, theeriodical reortin# !ode is "sed. his ara!eterdeter!ines the ti!e interval between D!eas"re!ent reorts. he #reater the ti!e intervalis, the s!aller the ad<"st!ent fre+"enc* of D AMR.

@al"e ran#e 0NLLL.h*sical val"e ran#e 0LNLLLL



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d%;L.0

d%;L.0

d%;L.0

d%;L.0

@al"e ran#e 0N1LLL !s

he threshold )0 of D AMR !ode ad<"st!ent. 6orD !eas"re!ent, the eriodical reortin# !ode is"sed. When the val"e which is calc"lated fro!!eas"re reort is hi#her than the "er threshold)0, AMRC will decrease the D AMR !ode b* onelevel. What de2ned b* this ara!eter is a relativethreshold. he absol"te threshold T

IMaGDlGowerJ = IDlh)0J. he #reater thisara!eter is, the lower the absol"te threshold. 4nthis case, there are #reater ossibilities of satisf*in#the re+"est for AMR !ode decrease. Accordin#l*the AMR seech !ode is !ore likel* to bedecreased.

@al"e ran#e LN559. h*sicalval"e ran#e LN55.9

he threshold )/ of D AMR !ode ad<"st!ent. 6orD !eas"re!ent, the eriodical reortin# !ode is"sed. When the val"e which is calc"lated fro!!eas"re reort is lower than the "er threshold)/, AMRC will sto ad<"stin# the D AMR !ode.What de2ned b* this ara!eter is a relativethreshold. he absol"te threshold TIMaGDlGowerJ = IDlh)/J. he #reater thisara!eter is, the lower the absol"te threshold. 4n

this case, there are s!aller ossibilities of satisf*in#the re+"est for stoin# AMR !ode decrease.Accordin#l* the AMR !ode is !ore likel* to bedecreased.


he threshold 60 of D AMR !ode ad<"st!ent. 6orD !eas"re!ent, the eriodical reortin# !ode is"sed. When the val"e which is calc"lated fro!!eas"re reort is lower than the lower threshold60, AMRC will increase the D AMR !ode b* onelevel. What de2ned b* this ara!eter is a relativethreshold. he absol"te threshold TIMaGDlGowerJ = IDlh60J. he #reater thisara!eter is, the lower the absol"te threshold. 4nthis case, there are s!aller ossibilities of satisf*in#the re+"est for AMR !ode increase. Accordin#l* the

AMR seech rate is less likel* to be increased.


he threshold 6/ of D AMR !ode ad<"st!ent. 6orD !eas"re!ent, the eriodical reortin# !ode is"sed. When the val"e which is calc"lated fro!!eas"re reort is hi#her than the lower threshold6/, AMRC will sto ad<"stin# the D AMR. Whatde2ned b* this ara!eter is a relative threshold. he absol"te threshold T IMaGDlGowerJ =IDlh6/J. he #reater this ara!eter is, the lowerthe absol"te threshold. 4n this case, there are#reater ossibilities of satisf*in# the re+"est forstoin# AMR seech !ode increase. Accordin#l*the AMR !ode is less likel* to be increased.


o ad<"st the ( AMR !ode, AMRC delivers theco!!and 6C CO'RO and initiates this ti!er. 4fno fail"re !essa#e has been received when theti!er eGires, it can be considered that the ( AMR!ode ad<"st!ent s"cceeded.



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@al"e ran#e 0N1/9197/95. !s

'one

'one

'one

When AMRC need ad<"st D AMR !ode, it sho"ldesti!ate whether the 6O;r6O eGists if 6O;r6Odoes not eGist, R'C delivers the co!!and RA)CO'RO to C' which has the corresondin#encoder and starts the ti!er. Otherwise as C' hasno encoder, local R'C delivers the co!!and ofdecreasin# AMR Mode to eer R'C and then starts

the ti!er. When receivin# the instr"ction, the eerR'C directl* decreases the ( !ode and feedsback the acknowled#e!ent !essa#e. When theacknowled#e!ent !essa#e is received fro! the C'before the ti!er eGires, it can be considered thatthe D AMR !ode ad<"st!ent s"cceeded.Otherwise, it can be considered the ad<"st!entfailed. he len#th of the ti!es is reco!!ended tobe LLL !s if there is no 6O;r6O, while 7LLL!s if 6O;r6O eGists in order to avoid so !"chinter!ediate ad<"stin# factors.

his ara!eter de2nes the !aG !ode ofnarrowband AMRC for #olden "sers.

@al"e ran#e'%AMR%4RA)1.75S,'%AMR%4RA)5.05S,'%AMR%4RA)5.9LS,'%AMR%4RA).7LS,'%AMR%4RA)7.1LS,'%AMR%4RA)7.95S,'%AMR%4RA)0L./LS,'%AMR%4RA)0/./LS.h*sical val"e ran#e 1.75S,5.05S, 5.9LS, .7LS, 7.1LS,7.95S, 0L./LS, 0/./LS.

his ara!eter de2nes the !aG !ode ofnarrowband AMRC for silver "sers.

@al"e ran#e'%AMR%4RA)1.75S,'%AMR%4RA)5.05S,

'%AMR%4RA)5.9LS,'%AMR%4RA).7LS,'%AMR%4RA)7.1LS,'%AMR%4RA)7.95S,'%AMR%4RA)0L./LS,'%AMR%4RA)0/./LS.h*sical val"e ran#e 1.75S,5.05S, 5.9LS, .7LS, 7.1LS,7.95S, 0L./LS, 0/./LS.

his ara!eter de2nes the !aG !ode ofnarrowband AMRC for coer "sers.

@al"e ran#e'%AMR%4RA)1.75S,'%AMR%4RA)5.05S,'%AMR%4RA)5.9LS,

'%AMR%4RA).7LS,'%AMR%4RA)7.1LS,'%AMR%4RA)7.95S,'%AMR%4RA)0L./LS,'%AMR%4RA)0/./LS.h*sical val"e ran#e 1.75S,5.05S, 5.9LS, .7LS, 7.1LS,7.95S, 0L./LS, 0/./LS.



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'one

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!s

!s

he val"e decides if ower !eas"re tri##erin# AMRor RC$ service rate control is allowed. 6A$) ower!eas"re tri##erin# AMR or RC$ service rate controlis not allowed. R() ower !eas"re tri##erin#AMR or RC$ service rate control is allowed.

@al"e ran#e 6A$), R().h*sical val"e ran#e L, 0.

he s!ooth 2lterin# coeFcient of the ( !eas"red

val"es. he s!ooth 2lterin# al#orith! is "sed toavoid rando! dist"rbance in !eas"re!entreortin#. he s!oothness is deendent on the!eas"re!ent 2lter coeFcient. he #reater the 2ltercoeFcient is, the s!oother the res"lt is rod"cedand the less the rando! dist"rbance !a* beca"sed. However, the abilit* to resond to the!eas"red val"e chan#es will beco!e s!allercorresondin#l*.


D"ration when the !eas"red val"e kees f"l2llin#the a0 !eas"re!ent condition before the eventa0 is tri##ered. 6or ( !eas"re!ent, the eventreortin# !ode is "sed. he event a0 refers to theevent tri##ered when the !eas"red val"e is hi#her

than the "er absol"te threshold a0. When theevent a0 is tri##ered, the wideband AMR seechrate sho"ld be decreased. he !eas"red val"e canbe reorted after it f"l2lls the condition for thetri##er ti!e seci2ed b* this ara!eter. he tri##erti!e is "sed to eli!inate an* s"dden chan#e of the!eas"red val"e in !eas"re!ent reortin#. he#reater the tri##er ti!e is, the #reater thes"ression e8ect on s"dden chan#es. However,the abilit* to resond to !eas"red val"e chan#eswill beco!e s!aller corresondin#l*.

@al"e ran#e DL, D0L, D/L,

D1L, DL, DL, D0LL, D0/L,D0L, D/LL, D/1L, D/L,D1L, D0/L, D/5L, D5LLL.h*sical val"e ran#e L, 0L,/L, 1L, L, L, 0LL, 0/L, 0L,/LL, /1L, /L, 1L, 0/L,/5L, 5LLL.

D"ration when the !eas"red val"e kees f"l2llin#the b0 !eas"re!ent condition before the eventb0 is tri##ered. 6or ( !eas"re!ent, the event

reortin# !ode is "sed. he event b0 refers to theevent tri##ered when the !eas"red val"e is lowerthan the "er absol"te threshold b0. When theevent b0 is tri##ered, it can be considered that thewideband AMR seech !ode decrease has ane8ect. he ( AMRC ti!er ret"rns to the nor!alstate. he !eas"red val"e can be reorted after itf"l2lls the condition for the tri##er ti!e seci2ed b*this ara!eter. he tri##er ti!e is to eli!inate an*s"dden chan#e of the !eas"red val"e in!eas"re!ent reortin#. he #reater the tri##erti!e is, the #reater the s"ression e8ect ons"dden chan#es. However, the abilit* to resond to!eas"red val"e chan#es will beco!e s!aller

corresondin#l*.




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!s

!s

@al"e ran#e /LN1LLL. !s


D"ration when the !eas"red val"e kees f"l2llin#the a/ !eas"re!ent condition before the eventa/ is tri##ered. 6or ( !eas"re!ent, the eventreortin# !ode is "sed. he event a/ refers to theevent tri##ered when the !eas"red val"e is hi#herthan the lower absol"te threshold a/. When theevent a/ is tri##ered, it can be considered that the

wideband AMR seech rate increase has an e8ect. he ( AMRC ti!er ret"rns to the nor!al state. he!eas"red val"e can be reorted after it f"l2lls thecondition for the tri##er ti!e seci2ed b* thisara!eter. he tri##er ti!e is to eli!inate an*s"dden chan#e of the !eas"red val"e in!eas"re!ent reortin#. he #reater the tri##erti!e is, the #reater the s"ression e8ect ons"dden chan#es. However, the abilit* to resond to!eas"red val"e chan#es will beco!e s!allercorresondin#l*.

@al"e ran#e DL, D0L, D/L,D1L, DL, DL, D0LL, D0/L,

D0L, D/LL, D/1L, D/L,D1L, D0/L, D/5L, D5LLL.h*sical val"e ran#e L, 0L,/L, 1L, L, L, 0LL, 0/L, 0L,/LL, /1L, /L, 1L, 0/L,/5L, 5LLL.

D"ration when the !eas"red val"e kees f"l2llin#the b/ !eas"re!ent condition before the eventb/ is tri##ered. 6or ( !eas"re!ent, the event

reortin# !ode is "sed. he event b/ refers to theevent tri##ered when the !eas"red val"e is lowerthan the lower absol"te threshold b/. When theevent b/ is tri##ered, the AMR Wideband seech!ode sho"ld be increased. he !eas"red val"e canbe reorted after it f"l2lls the condition for thetri##er ti!e seci2ed b* this ara!eter. he tri##erti!e is to eli!inate an* s"dden chan#e of the!eas"red val"e in !eas"re!ent reortin#. he#reater the tri##er ti!e is, the #reater thes"ression e8ect on s"dden chan#es. However,the abilit* to resond to !eas"red val"e chan#eswill beco!e s!aller corresondin#l*.


his ti!er is "sed to tri##er a second ad<"st!ent

over the ( AMR !ode. 4t de2nes the d"ration ofwaitin# for voice +"alit* resonse to the ( AMR!ode ad<"st!ent. he ( AMRC ti!er starts when( AMRC !ode ad<"st!ent is initiated and stoswhen neGt !eas"re!ent reort is received. 4f the( AMRC ti!er is ti!eo"t, it indicates that the!eas"re!ent reort is not received. hat is, the!eas"red val"e is still at the sa!e state as theval"e !eas"red before the last ( AMRC !odead<"st!ent. his indicates that the AMRC !odead<"st!ent has no obvio"s e8ect and that a secondAMRC !ode ad<"st!ent is re+"ired. he #reater the( AMRC ti!er is, the s!aller the fre+"enc* ofAMRC !ode ad<"st!ent. However, the abilit* to

resond to !eas"red val"e chan#es will beco!es!aller corresondin#l*.

he !eas"re!ent reortin# !ode. 6or (!eas"re!ent, event reortin# !ode is "sed.



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@al"e ran#e LN/. d%

@al"e ran#e LN/. d%

@al"e ran#e 0N. d%

he !eas"re!ent reortin# threshold at which theevent a0 is tri##ered. 6or ( !eas"re!ent, theevent reortin# !ode is "sed. he event a0 refersto the event tri##ered when the !eas"red val"e ishi#her than the "er absol"te threshold a0.When the event a0 is tri##ered, AMRC willdecrease the AMR Wideband seech rate b* one

level. What de2ned b* this ara!eter is a relativethreshold. he absol"te threshold TIMaG(lGowerJ = I(lha0J. he #reater thisara!eter is, the lower the absol"te threshold. 4nthis case, there are #reater ossibilities oftri##erin# the re+"est for AMR Wideband seechrate decrease. Accordin#l* the AMR Widebandseech rate is !ore likel* to be decreased.

he !eas"re!ent reortin# threshold at which theevent b0 is tri##ered. 6or ( !eas"re!ent, theevent reortin# !ode is "sed. he event b0 refersto the event tri##ered when the !eas"red val"e islower than the "er absol"te threshold b0. Whenthe event b0 is tri##ered, AMRC will sto ad<"stin#

the ( AMR Wideband seech rate. What de2nedb* this ara!eter is a relative threshold. heabsol"te threshold T IMaG(lGowerJ =I(lhb0J.he #reater this ara!eter is, the lowerthe absol"te threshold. 4n this case, there ares!aller ossibilities of reachin# the val"e at whichthe AMR Wideband seech rate decrease can sto.Accordin#l* the AMR Wideband seech rate is !orelikel* to be decreased.

he !eas"re!ent reortin# threshold at which theevent a/ is tri##ered. 6or ( !eas"re!ent, theevent reortin# !ode is "sed. he event a/ refersto the event tri##ered when the !eas"red val"e ishi#her than the lower absol"te threshold a/. When

the event a/ is tri##ered, AMRC will sto ad<"stin#the ( AMR Wideband seech rate. What de2nedb* this ara!eter is a relative threshold. heabsol"te threshold T IMaG(lGowerJ = I(lha/J. he #reater this ara!eter is, the lower theabsol"te threshold. 4n this case, there are #reaterossibilities of reachin# the val"e at which the AMRWideband seech rate increase can sto.Accordin#l* the AMR Wideband seech rate is lesslikel* to be increased.



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@al"e ran#e 0N. d%









he !eas"re!ent reortin# threshold at which theevent b/ is tri##ered. 6or ( !eas"re!ent, theevent reortin# !ode is "sed. he event b/ refersto the event tri##ered when the !eas"red val"e islower than the lower absol"te threshold b/. Whenthe event b/ is tri##ered, AMRC will increase theAMR Wideband seech rate b* one level. What

de2ned b* this ara!eter is a relative threshold. he absol"te threshold T IMaG(lGowerJ =I(lhb/J. he #reater this ara!eter is, the lowerthe absol"te threshold. 4n this case, there ares!aller ossibilities of tri##erin# the re+"est forAMR Wideband seech rate increase. Accordin#l*the AMR Wideband seech rate is less likel* to beincreased.

he ro"nd inte#er of the tar#et 0Ll#%)RB val"e ofAMR Wideband seech !ode 0, i.e. AMR !ode of.L kbit;s. he s!aller the ara!eter is, the betterthe seech +"alit*. However, the #reater trans!itower is re+"ired corresondin#l*.

he ro"nd inte#er of the tar#et 0Ll#%)RB val"e of

AMR Wideband seech !ode /, i.e. AMR !ode of.5 kbit;s. he s!aller the ara!eter is, the betterthe seech +"alit*. However, the #reater trans!itower is re+"ired corresondin#l*.

he ro"nd inte#er of the tar#et 0Ll#%)RB val"e ofAMR Wideband seech !ode , i.e. AMR !ode of0/.5 kbit;s. he s!aller the ara!eter is, thebetter the seech +"alit*. However, the #reatertrans!it ower is re+"ired corresondin#l*.

he ro"nd inte#er of the tar#et 0Ll#%)RB val"e ofAMR Wideband seech !ode 1, i.e. AMR !ode of01./5 kbs. he s!aller the ara!eter is, thebetter the seech +"alit* is. However, the #reatertrans!it ower is re+"ired corresondin#l*.

he ro"nd inte#er of the tar#et 0Ll#%)RB val"e ofAMR Wideband seech !ode 5, i.e. AMR !ode of05.5 kbit;s. he s!aller the ara!eter is, thebetter the seech +"alit*. However, the #reatertrans!it ower is re+"ired corresondin#l*.

he ro"nd inte#er of the tar#et 0Ll#%)RB val"e ofAMR Wideband seech !ode , i.e. AMR !ode of0./5 kbit;s. he s!aller the ara!eter is, thebetter the seech +"alit*. However, the #reatertrans!it ower is re+"ired corresondin#l*.

he ro"nd inte#er of the tar#et 0Ll#%)RB val"e of

AMR Wideband seech !ode 7, i.e. AMR !ode of09.5 kbit;s. he s!aller the ara!eter is, thebetter the seech +"alit*. However, the #reatertrans!it ower is re+"ired corresondin#l*.

he ro"nd inte#er of the tar#et 0Ll#%)RB val"e ofAMR Wideband seech !ode , i.e. AMR !ode of/.L5 kbit;s. he s!aller the ara!eter is, thebetter the seech +"alit*. However, the #reatertrans!it ower is re+"ired corresondin#l*.



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'one

!s;0L

d%;L.0

d%;L.0

he ro"nd inte#er of the tar#et 0Ll#%)RB val"e ofAMR Wideband seech !ode 9, i.e. AMR !ode of/.5 kbit;s. he s!aller the ara!eter is, thebetter the seech +"alit*. However, the #reatertrans!it ower is re+"ired corresondin#l*.

Mode "sed for the eriodical reortin# of (

trans!it ower. he s!ooth 2lterin# coeFcient for the D !eas"redval"es. he s!ooth 2lterin# al#orith! is "sed toavoid rando! dist"rbance in !eas"re!entreortin#. he s!oothness is deendent on the!eas"re!ent 2lterin# coeFcient. he #reater the2lterin# coeFcient is, the s!oother the res"lt andthe less the rando! dist"rbance. However, theabilit* to resond to the !eas"red val"ediscontin"it* will beco!e s!aller corresondin#l*.


he ti!e interval between D eriodical!eas"re!ent reorts. 6or D !eas"re!ent, theeriodical reortin# !ode is "sed. his ara!eterdeter!ines the ti!e interval between D

!eas"re!ent reorts. he #reater the ti!e intervalis, the s!aller the ad<"st!ent fre+"enc* of D AMR.

@al"e ran#e 0NLLL.h*sical val"e ran#e 0LN

LLLL

he threshold )0 of D AMR Wideband !odead<"st!ent. 6or D !eas"re!ent, the eriodicalreortin# !ode is "sed. When the val"e which iscalc"lated fro! !eas"re reort is hi#her than the"er threshold )0, AMRC will decrease the D AMRWideband !ode b* one level. What de2ned b* thisara!eter is a relative threshold. he absol"tethreshold T IMaGDlGowerJ = IDlh)0J. he #reaterthis ara!eter is, the lower the absol"te threshold.4n this case, there are #reater ossibilities ofsatisf*in# the re+"est for AMR Wideband !odedecrease. Accordin#l* the AMR Wideband seech!ode is !ore likel* to be decreased.


he threshold )/ of D AMR Wideband !odead<"st!ent. 6or D !eas"re!ent, the eriodicalreortin# !ode is "sed. When the val"e which iscalc"lated fro! !eas"re reort is lower than the"er threshold )/, AMRC will sto ad<"stin# the DAMR Wideband !ode. What de2ned b* thisara!eter is a relative threshold. he absol"tethreshold T IMaGDlGowerJ = IDlh)/J. he #reaterthis ara!eter is, the lower the absol"te threshold.4n this case, there are s!aller ossibilities ofsatisf*in# the re+"est for stoin# AMR Wideband!ode decrease. Accordin#l* the AMR Wideband

!ode is !ore likel* to be decreased.




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d%;L.0

d%;L.0

@al"e ran#e 0N1LLL !s

@al"e ran#e 0N1/9197/95. !s

he threshold 60 of D AMR Wideband !odead<"st!ent. 6or D !eas"re!ent, the eriodicalreortin# !ode is "sed. When the val"e which iscalc"lated fro! !eas"re reort is lower than thelower threshold 60, AMRC will increase the D AMRWideband !ode b* one level. What de2ned b* thisara!eter is a relative threshold. he absol"te

threshold T IMaGDlGowerJ = IDlh60J. he #reaterthis ara!eter is, the lower the absol"te threshold.4n this case, there are s!aller ossibilities ofsatisf*in# the re+"est for AMR Wideband !odeincrease. Accordin#l* the AMR Wideband seechrate is less likel* to be increased.

@al"e ran#e 0N5L. h*sical

val"e ran#e L.0N5

he threshold 6/ of D AMR Wideband !odead<"st!ent. 6or D !eas"re!ent, the eriodicalreortin# !ode is "sed. When the val"e which iscalc"lated fro! !eas"re reort is hi#her than thelower threshold 6/, AMRC will sto ad<"stin# the DAMR Wideband. What de2ned b* this ara!eter isa relative threshold. he absol"te threshold TIMaGDlGowerJ = IDlh6/J. he #reater thisara!eter is, the lower the absol"te threshold. 4nthis case, there are #reater ossibilities of satisf*in#the re+"est for stoin# AMR Wideband seech!ode increase. Accordin#l* the AMR Wideband!ode is less likel* to be increased.


o ad<"st the ( AMR Wideband !ode, AMRCdelivers the co!!and 6C CO'RO and initiatesthis ti!er. 4f no fail"re !essa#e has been receivedwhen the ti!er eGires, it can be considered thatthe ( AMR Wideband !ode ad<"st!ents"cceeded.

When AMRC need ad<"st D AMR Wideband !ode,it sho"ld esti!ate whether the 6O;r6O eGists if

6O;r6O does not eGist, R'C delivers the co!!andRA) CO'RO to C' which has the corresondin#encoder and starts the ti!er. Otherwise as C' hasno encoder, local R'C delivers the co!!and ofdecreasin# AMR Wideband Mode to eer R'C andthen starts the ti!er. When receivin# theinstr"ction, the eer R'C directl* decreases the (!ode and feeds back the acknowled#e!ent!essa#e. When the acknowled#e!ent !essa#e isreceived fro! the C' before the ti!er eGires, itcan be considered that the D AMR Wideband !odead<"st!ent s"cceeded. Otherwise, it can beconsidered the ad<"st!ent failed. he len#th of theti!es is reco!!ended to be LLL !s if there is no 6O;r6O, while 7LLL!s if 6O;r6O eGists in order

to avoid so !"ch inter!ediate ad<"stin# factors.



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'one

'one

'one

@al"e ran#e 0N5. 'one

@al"e ran#e =09NL. d%


his ara!eter de2nes the !aG !ode of wideband

AMRC for #olden "sers.

@al"e ran#eW%AMR%4RA)1.75S,W%AMR%4RA)5.05S,W%AMR%4RA)5.9LS,W%AMR%4RA).7LS,W%AMR%4RA)7.1LS,W%AMR%4RA)7.95S,

W%AMR%4RA)0L./LS,W%AMR%4RA)0/./LS,W%AMR%4RA)/.5S.h*sical val"e ran#e 1.75S,5.05S, 5.9LS, .7LS, 7.1LS,7.95S, 0L./LS, 0/./LS,/.5S.

his ara!eter de2nes the !aG !ode of widebandAMRC for silver "sers.

@al"e ran#eW%AMR%4RA)1.75S,W%AMR%4RA)5.05S,W%AMR%4RA)5.9LS,W%AMR%4RA).7LS,W%AMR%4RA)7.1LS,

W%AMR%4RA)7.95S,W%AMR%4RA)0L./LS,W%AMR%4RA)0/./LS,W%AMR%4RA)/.5S.h*sical val"e ran#e 1.75S,5.05S, 5.9LS, .7LS, 7.1LS,7.95S, 0L./LS, 0/./LS,/.5S.

his ara!eter de2nes the !aG !ode of widebandAMRC for coer "sers.

W%AMR%4RA)1.75S,W%AMR%4RA)5.05S,W%AMR%4RA)5.9LS,W%AMR%4RA).7LS,W%AMR%4RA)7.1LS,W%AMR%4RA)7.95S,

W%AMR%4RA)0L./LS,W%AMR%4RA)0/./LS,W%AMR%4RA)/.5S.h*sical val"e ran#e 1.75S,5.05S, 5.9LS, .7LS, 7.1LS,7.95S, 0L./LS, 0/./LS,/.5S.

MaG n"!ber of direct retr* reference cell set. hereference set incl"des followin# cells in riorit*order the best cell, the active set cells, the !onitorset cells which the !eas"re!ent reort on RACH islar#er than the ara!eter RefC$hreshold. heDRD candidate set is the intersection of inter=fre+"enc* nei#hbo"rhood cells of reference set.

When the cell si#nal +"alit* eGceeds the threshold,the cell will be "t into the DRD reference set if thereference set is 'O f"ll.

MaG n"!ber of inter=fre+"enc* directed retries. 4tde2nes the si>e of inter=fre+"enc* directed retr*candidate set. he val"e L !eans inter=fre+"enc*directed retr* is not erfor!ed.



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!s;0LL


@al"e ran#e LN1LL. !s

@al"e ran#e 0N0LL. s

Relocation tri##er ti!er after 4(RCCH. @al"e ran#e 0N555. s


$R'$ relocation=allowed traFc t*e. 'one

he reort eriod of downlink ower !eas"re!ent. !s;0L

'one

d%;L.5

d%;L.5

@al"e ran#e 0N0L. slot

D% ad<"st!ent eriod. @al"e ran#e 0N/5. fra!e

'one;L.L0

'one;L.L0

MaG n"!ber of RA% inter=RA directed retries. 4t iscell oriented, de2nin# the si>e of the inter=RAdirected retr* candidate set. he val"e L !eansRA% inter=RA directed retr* is not erfor!ed.

he !eas"re!ent reort will be invalid if the ti!ebetween the recetion and the rocessin# of this

reort eGceeds this val"e. 4t refers to the !aGi!"!valid ti!e "sed for the DRD !eas"re!ent reort.

@al"e ran#e LN/9. h*sical

val"e ran#e LN/9LL

$R'$ relocation eGir* ti!e. 4n order to avoid in#=on# relocation, the "ser, if s"ccessf"ll* relocated,is not allowed to relocate a#ain in the seci2edti!e of the ara!eter.

$R'$ relocation eGir* ti!e. 4n order to avoid in#=on# relocation, the "ser, if s"ccessf"ll* relocated,is not allowed to relocate a#ain in the seci2edti!e of the ara!eter.

he ti!e interval between two $R'$ relocationsbased on 4"r reso"rce oti!i>ation.

4f $R'$R$)RAD(R$W4CH of Ho$witch in $)CORRMA-O$W4CH is on, after the $R'C andCR'C are searated, a ti!er starts. (on eGir*,$R'$ relocation is tri##ered.

@al"e ran#e R, 'R, A.h*sical val"e ran#e 0 RB, /'RB, AB.@al"e ran#e 0NLLL.h*sical val"e ran#e0LNLLLL

he 2lter coeFcient for the !eas"red val"es in'ode%.

@al"e ran#e DL, D0, D/, D,D1, D5, D, D7, D, D9, D00,D0, D05, D07, D09. h*sical

val"e ran#e L, 0, /, , 1, 5, ,7, , 9, 00, 0, 05, 07, 09.

he threshold of tri##erin# D ower balancin# insofter handover. When the di8erence of the owerval"es of ever* two aths is #reater than or e+"alto this threshold in softer handover, the R'C shalltri##er D ower balancin# otherwise, shall not.

@al"e ran#e LN/55. h*sicalval"e ran#e LN0/7.5

he threshold of stoin# D ower balancin# insofter handover. When the di8erence of the owerval"es of ever* two aths is s!aller than or e+"alto this threshold in softer handover, the R'C shallsto D ower balancin# otherwise, shall not.

@al"e ran#e LN/55. h*sicalval"e ran#e LN0/7.5

D"rin# downlink ower ad<"st!ent, the !aGi!"!ad<"st!ent ste sho"ld not eGceed 0d% within theslots seci2ed b* this ara!eter.

he ad<"st!ent ratio for D%. L he ad<"st!entratio is 0. 0LL he ad<"st!ent ratio is L. hat is,the act"all* ad<"st!ent ratio is 0LL=Ad<"stRatioB;0LL.

@al"e ran#e LN0LL. h*sicalval"e ran#e LN0

he ad<"st!ent ratio for D%. L he ad<"st!entratio is 0. 0LL he ad<"st!ent ratio is L. hat is,the act"all* ad<"st!ent ratio is 0LL=Ad<"stRatioB;0LL.




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he defa"lt ower of C4CH. @al"e ran#e =0LLN5LL. d%!

A"dit ti!e interval ti!er. @al"e ran#e 0NLL. s

'ode% a"dit resonse ti!er @al"e ran#e 0NLL. s

'ode% cell set" resonse ti!er. @al"e ran#e 0NLL. s

'ode% cell recon2#"ration resonse ti!er. @al"e ran#e 0NLL. s

'ode% cell deletion resonse ti!er. @al"e ran#e 0NLL. s

'ode% CCH set" resonse ti!er. @al"e ran#e 0NLL. s'ode% CCH recon2#"ration resonse ti!er. @al"e ran#e 0NLL. s

'ode% CCH deletion resonse ti!er. @al"e ran#e 0NLL. s

'%A $AA link establish!ent co!letion ti!er. @al"e ran#e 0NLL. s

'%A $AA link establish!ent co!letion ti!er. @al"e ran#e 0NLL. s

Co!!on !eas"re re=set" ti!er. @al"e ran#e 0NLL. s

Co!!on !eas"re initiation resonse ti!er. @al"e ran#e 0NLL. s

CCH AA/ establish!ent co!letion ti!er. @al"e ran#e 0NLL. s

CCH s*nchroni>ation co!letion ti!er. @al"e ran#e 0NLL. s

CCH s*nchroni>ation co!letion ti!er. @al"e ran#e 0NLL. s

Cell radio reso"rce re+"est acknowled#!ent ti!er. @al"e ran#e 0NLL. s

CM code con2#"ration co!letion ti!er. @al"e ran#e 0NLL. s

i!er of %MC resonse to $A% !essa#e. @al"e ran#e 5LN/LLL. s eriodical s*ste! infor!ation "date ti!er. @al"e ran#e 0N/1. h

eriodical a"dit re+"est ti!er. @al"e ran#e 0N/1. h

CCH 6 s*nchroni>ation !onitor resonse ti!er. @al"e ran#e 0NLL. s

CCH 6 s*nchroni>ation !onitor rotect ti!er. @al"e ran#e 0NLL. s

'ode% H$=D$CH recon2#"ration resonse ti!er. @al"e ran#e 0NLL. s

'ode% H$=D$CH recon2#"ration interval ti!er. @al"e ran#e 0NLL. s

CCH re=set" ti!er. @al"e ran#e 0NLL. s

4"b reset ti!er. @al"e ran#e 0NLL. s

$AA instance re=set" ti!er. @al"e ran#e 0NLL. s

Cell radio reso"rce release wait ti!er. @al"e ran#e 0NLL. s

'%A $C link establish!ent co!letion ti!er. @al"e ran#e 0NLL. s

$C instance re=set" ti!er. @al"e ran#e 0NLL. sCell load broadcast ti!er. @al"e ran#e 0N555. s

@al"e ran#e 0N/1. h

@al"e ran#e 0 to 1/9197/95 !s

@al"e ran#e 0 to 1/9197/95 !s

@al"e ran#e 0 to 1/9197/95 !s

i!er len#th for the MAC=d !eas"re!ent control @al"e ran#e 0 to 1/9197/95 !s

@al"e ran#e 0 to 1/9197/95 !s

@al"e ran#e 0 to 1/9197/95 !s

i!er len#th for the o"ter loo ower control @al"e ran#e to 5LLL !s i!er len#th for the RC !eas"re!ent control @al"e ran#e 0 to 1/9197/95 !s

i!er len#th for H Retr* !eas"re!ent @al"e ran#e L, 0 to 0L s

'one

Cell none () ti!er.4f no "ser accesses to a cell in aseci2c ti!e, the RACH will be reb"ilt in the cell. i!er len#th for the (" interface !eas"re!entcontrol i!er len#th for the 4"b interface !eas"re!entcontrol i!er len#th for the 4"r interface !eas"re!entcontrol

i!er len#th for the 4"b interface !eas"re!entcontrol dela*

i!er len#th for the 4"r interface !eas"re!entcontrol dela*

2lterin# coeFcient. he #reater this ara!eteris, the #reater the s!oothin# e8ect and the hi#herthe anti slow fadin# caabilit*, b"t the lower thesi#nal chan#e tracin# caabilit*.




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'one

( basic co!!on !eas"re!ent reort eriod. !s;0L

'one

'one

D basic co!!on !eas"re!ent reort eriod. !s;0L

eriod co!!on !eas"re!ent rotect ti!er coe8. !;0

@al"e ran#e 0N/. 'one



@al"e ran#e 0N/ 'one





'one

!s;0L


'one

4f *o" set this ara!eter to )'M$)C, "se )'M$)C6OR(%A$4CM)A$ to secif* the!eas"re!ent reort eriod. 4f *o" set thisara!eter to M4', "se M4'6OR(%A$4CM)A$ tosecif* !eas"re!ent reort eriod.

@al"e ran#e )'M$)C, M4'.h*sical val"e ran#e 0L!illiseconds, 0 !in"te.


0LNLLLL



4f *o" set this ara!eter to )'M$)C, "se )'M$)C6ORD%A$4CM)A$ to secif* the!eas"re!ent reort eriod. 4f *o" set thisara!eter to M4', "se M4'6ORD%A$4CM)A$ tosecif* the !eas"re!ent reort eriod.



0LNLLLL@al"e ran#e /N555.h*sical val"e ran#e/N555

en#th of s!oothin# 2lter window of intra=fre+"enc* load balancin# D%B.

en#th of s!oothin# 2lter window of otential "sercontrol (CB.

en#th of s!oothin# 2lter window of ( loadresh"in# DRB.

en#th of s!oothin# 2lter window of D loadresh"in# DRB.

en#th of s!oothin# 2lter window of ( overloadcon#estion control OCB.

en#th of s!oothin# 2lter window of D overloadcon#estion control OCB.

en#th of s!oothin# 2lter window of ( callad!ission control CACB.

en#th of s!oothin# 2lter window of D callad!ission control CACB.

4f *o" set this ara!eter to )'M$)C, "se )'M$)C6ORH$DAWRM)A$ to secif* the!eas"re!ent reort eriod. 4f *o" set thisara!eter to M4', "se M4'6ORH$DAWRM)A$ tosecif* the !eas"re!ent reort eriod.


H$DA ower re+"ire!ent !eas"re!ent reorteriod.


0LNLLLLen#th of s!oothin# 2lter window of H$DA owerre+"ire!ent.4f *o" set this ara!eter to )'M$)C, "se )'M$)C6ORH$DAR@4DRA)M)A$ to secif* the!eas"re!ent reort eriod. 4f *o" set thisara!eter to M4', "seM4'6ORH$DAR@4DRA)M)A$ to secif* the!eas"re!ent reort eriod.




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H$DA bit rate !eas"re!ent reort eriod. !s;0L


@al"e ran#e /N/55. 'one

'one

'one

!s;0L

( OC tri##er h*steresis. @al"e ran#e 0N0LLLL. !s

'one

'one

!s;0L

D OC tri##er h*steresis. @al"e ran#e 0N0LLLL. !s

@al"e ran#e )'M$)C,M4'. 'one

H$(A bit rate !eas"re!ent reort eriod. @al"e ran#e 0NLLL. 0L!s


the ower di8erence between 1S and /5S. d%;L.0

the ower di8erence between /5S and 011S. d%;L.0

the ower di8erence between 011S and 0/S. d%;L.0

the ower di8erence between 0/S and 1S. d%;L.0

the ower di8erence between 1S and /S. d%;L.0

the ower di8erence between /S and 0S. d%;L.0


MaG allowed n"!ber of contin"o"s invalid!eas"re!ent reorts.


@al"e ran#e DL, D0, D/, D,

D1, D5, D, D7, D, D9, D00,D0, D05, D07, D09. h*sicalval"e ran#e L, 0, /, , 1, 5, ,7, , 9, 00, 0, 05, 07, 09.

4f *o" set this ara!eter to )'M$)C, "se )'M$)C6OR(OCM)A$ to secif* the!eas"re!ent reort eriod. 4f *o" set thisara!eter to M4', "se M4'6OR(OCM)A$ tosecif* the !eas"re!ent reort eriod.


Meas"re!ent reort eriod of event ) tri##ered b*( OC.




4f *o" set this ara!eter to )'M$)C, "se )'M$)C6ORDOCM)A$ to secif* the!eas"re!ent reort eriod. 4f *o" set thisara!eter to M4', "se M4'6ORDOCM)A$ tosecif* the !eas"re!ent reort eriod.


Meas"re!ent reort eriod of event ) tri##ered b*D OC.


4f *o" set this ara!eter to )'M$)C, "se )'M$)C6ORH$(AR@4DRA)M)A$ to secif* the!eas"re!ent reort eriod. 4f *o" set thisara!eter to M4', "seM4'6ORH$(AR@4DRA)M)A$ to secif* the!eas"re!ent reort eriod.

@al"e ran#e LN0LL.h*sical val"e ran#e LN0L,








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the ower di8erence between 0S and S. d%;L.0

the ower di8erence between S and LS. d%;L.0

'one;L.L0

'one;L.L0

'one;L.L0

'one;L.L0

'one;L.L0

'one;L.L0

'one;L.L0

'one;L.L0



$i#nals !i#ht be discontin"o"sl* trans!ittedbeca"se of the activation detection ofconversational service and so"rce chan#es of dataservice. he activit* factor is de2ned as the ratio ofsi#nal trans!ission ti!e to channel occ"ationti!e. he activit* factors of the sa!e transortchannel !i#ht be di8erent in ( and D.


he activit* factors of ( 'onA!r conversationalservice.


$i#nals !i#ht be discontin"o"sl* trans!ittedbeca"se of the voice activation detection of voiceservice and so"rce chan#es of data service. heactivit* factor is de2ned as the ratio of si#naltrans!ission ti!e to channel occ"ation ti!e. heactivit* factors of the sa!e transort channel !i#htbe di8erent in ( and D.


he activit* factors of D 'onA!r conversationalservice.


$i#nals !i#ht be discontin"o"sl* trans!ittedbeca"se of the activation detection ofconversational service and so"rce chan#es of dataservice. he activit* factor is de2ned as the ratio ofsi#nal trans!ission ti!e to channel occ"ationti!e. he activit* factors of the sa!e transortchannel !i#ht be di8erent in ( and D. A air ofactivit* factors is searatel* de2ned for each of thefo"r service classes.


$i#nals !i#ht be discontin"o"sl* trans!ittedbeca"se of the activation detection ofconversational service and so"rce chan#es of dataservice. he activit* factor is de2ned as the ratio of

si#nal trans!ission ti!e to channel occ"ationti!e. he activit* factors of the sa!e transortchannel !i#ht be di8erent in ( and D. A air ofactivit* factors is searatel* de2ned for each of thefo"r service classes.








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'one;L.L0

'one;L.L0

'one

@al"e ran#e O66, O'. 'one



"e"e len#th. @al"e ran#e 5N/L. 'one

oll ti!er len#th. 0L!s

s

s

s

s

s

s

s

s

s

s

s

s

$i#nals !i#ht be discontin"o"sl* trans!ittedbeca"se of the activation detection ofconversational service and so"rce chan#es of dataservice. he activit* factor is de2ned as the ratio ofsi#nal trans!ission ti!e to channel occ"ationti!e. he activit* factors of the sa!e transortchannel !i#ht be di8erent in ( and D. A air of

activit* factors is searatel* de2ned for each of thefo"r service classes.




he ara!eter val"es are described as follows'OD)%CR)D4CAC$W4CH he s*ste! erfor!sCAC based on the "sa#e state of 'ode% credit.

When the idle 'ode%?s credit is not eno"#h, thes*ste! ref"ses new access re+"ests.

@al"e ran#e

'OD)%CR)D4CAC$W4CH.

4ndicatin# whether to s"ort the ree!tionf"nction.4ndicatin# whether to s"ort the M%M$ree!tion4ndicatin# whether to s"ort the +"e"in#f"nction.

@al"e ran#e 0NLLL.h*sical val"e ran#e0LNLLLL !s.

MaGi!"! +"e"in# ti!e len#th of the services withthe riorit* of 0.

@al"e ran#e 0NL.h*sical val"e ran#e 0NL s.

MaGi!"! +"e"in# ti!e len#th of the services with

the riorit* of /.

@al"e ran#e 0NL.

h*sical val"e ran#e 0NL s.MaGi!"! +"e"in# ti!e len#th of the services withthe riorit* of .






MaGi!"! +"e"in# ti!e len#th of the services withthe riorit* of .




MaGi!"! +"e"in# ti!e len#th of the services withthe riorit* of .




MaGi!"! +"e"in# ti!e len#th of the services withthe riorit* of 0L.




MaGi!"! +"e"in# ti!e len#th of the services withthe riorit* of 0/.




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RRC Connection )stablish!ent Ca"se 'one

'one

'one

@al"e ran#e LN/55 6ra!e

'one

'one

OR4-CO'@CA)$,OR4-$R)AMCA)$,OR4-4')RCA)$,OR4-%S-CA)$,OR4-$(%$RA66CA)$, )RMCO'@CA)$,

)RM$R)AMCA)$, )RM4')RCA)$, )RM%S-CA)$,)M)R-CA)$,4')RRAC)R)$))$,4')RRAC)CH-ORD)R)$,R)-4$)$, D)ACH)$,OR4-H4-HR4OR$4-)$,OR4-OWR4OR$4-)$,CAR))$, )RMH4-HR4OR$4-)$, )RMOWR4OR$4-)$, )RMCA($)('S'OW',D)6A()$.

Channel t*e and bit rate for RRC Connection)stablish!ent

@al"e ran#e 6ACH,DCH.1S$4-'A4'-,DCH0.S$4-'A4'-,DCH/7./S$4-'A4'-.

4ntrafre+ !eas"re!ent control indication for RRCConnection )stablish!ent

@al"e ran#e 'O$(OR,$(OR.

4n order that the () and 'ode% can start CMsi!"ltaneo"sl*, the "ser sho"ld redeter!ine theti!e di8erence between Co!ressed Mode CMBstart ti!e and c"rrent ti!e. his di8erence sho"ldbe based on the s"! of the ti!e re+"ired forhardware rearation for CM start and the lon#er

ti!e between the ti!e sent on si#nallin#trans!ission fro! R'C to () and that fro! R'C to'ode%. (s"all* it ran#es 5LLN05LL !s. )achWCDMA fra!e has a ti!e len#th of 0L!s. herefore, it is reco!!ended that this ara!etersho"ld be set within the ran#e 5LN05L.

CM i!le!entation aroach selection basis.When the downlink sreadin# factor is #reater thanor e+"al to this ara!eter val"e, the aroach ofsreadin# factor halvin# $6;/B will be referred.Otherwise, the hi#h la*er sched"in# will bereferred.

@al"e ran#e D, D0, D/,D1, D0/, D/5 h*sicalval"e ran#e , 0, /, 1,0/, /5

CM i!le!entation aroach selection basis. Whenthe "link sreadin# factor is #reater than or e+"alto this ara!eter val"e, the aroach of sreadin#factor halvin# $6;/B will be referred. Otherwise,the aroach of hi#h la*er sched"lin# will bereferred.




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'one

4ndicatin# whether Dl $6 li!itin# CM. @al"e ran#e6A$), R(). 'one

'one

@al"e ran#e6A$), R(). 'one

@al"e ran#e6A$), R(). 'one

() ositionin# !ethod. 'one

'one

on# A-$ !eas"re!ent reortin# eriod. !s

CM t*e of the cell. he CMC6 ara!eters arecon2#"red based on the CM cell t*e.

@al"e ran#eWAS4'-$))DA'DHO$OC),M4D$))DA'DHO$O C),H4-H$))DA'DHO$O

C),OW$))DA'DM)D4(MCO@)RA-)C),H4-H$))DA'DM)D4(MCO@)RA-)C),OW$))DA'DH4-HCO@)RA-)C),H4-H$))DA'DH4-HCO@)RA-)C),4CO'OD)%E)CO@)RA-)C), OH)RC)

Dl $6 threshold to li!it CM. When Dl $6 li!it CM ind

is R(), if the downlink sreadin# factor is lessthan or e+"al to this ara!eter val"e, the activeset +"alit* !eas"re!ent is not allowed and CMf"nction sho"ld be deactivated.When Dl $6 li!it CMind is R(), if CM has be activated, the downlinksreadin# factor sho"ld be #reater than thisara!eter val"e.


CM er!ission ind on H$DA. 4f this ara!eterval"e is R(), CM is er!itted on H$DA andH$DA can be activated with CM activated. 4f thisara!eter val"e is 6A$), H/D is needed before CMactivated when H$DA eGists and H$DA can?t eGistwhen CM is activated.CM er!ission ind on H$(A. 4f this ara!eterval"e is R(), CM is er!itted on H$(A and

H$(A can be activated with CM activated. 4f thisara!eter val"e is 6A$), )/D is needed before CMactivated when H$(A eGists and H$(A can?t eGistwhen CM is activated.

@al"e ran#e A-$,ODOA,C)4DR,C)4DC)')R

() ositionin# t*e when "sin# A=-$ when ()s"ort both ()=assisted !ode and ()=based!odeB.

@al"e ran#e ()%A$)D,()A$$4$)D,()%A$)DR)6)RR)D,()A$$4$)DR)6)RR)D

@al"e ran#e D/5L, D5LL,D0LLL, D/LLL, DLLL,D1LLL, DLLL, DLLL,

D0/LLL, D0LLL, D/LLLL,D/1LLL, D/LLL, D/LLL,D1LLL. h*sical val"e ran#e/5L, 5LL, 0LLL, /LLL, LLL,1LLL, LLL, LLL, 0/LLL,0LLL, /LLLL, /1LLL, /LLL,/LLL, 1LLL.



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$hort A-$ !eas"re!ent reortin# eriod. !s

!s

'one 'one

'one 'one


'one

@al"e ran#e D/5L, D5LL,D0LLL, D/LLL, DLLL,D1LLL, DLLL, DLLL,D0/LLL, D0LLL, D/LLLL,D/1LLL, D/LLL, D/LLL,D1LLL. h*sical val"e ran#e/5L, 5LL, 0LLL, /LLL, LLL,

1LLL, LLL, LLL, 0/LLL,0LLL, /LLLL, /1LLL, /LLL,/LLL, 1LLL.

4n A=-$ ositionin# !ethod, when () re+"estadditional A=-$ data, this Ka# indicate whetherresond to () or not.

@al"e ran#e 'OD)4@)RE,D)4@)RE.

@al"e ran#eR)6)R)'C)4M)6OR-$XXreference ti!e for #sBR)6)R)'C)OCA4O'6OR -$XXreference ositionBD-$CORR)CXXD-$correctionsB

-$'A@-MOD)XX-$navi#ation !odelB-$4O'O$H)R4CMOD)XXionosheric correctionsB-$(CMOD)XX(C o8setB-$AMA'ACXXal!anacdataB -$ACA$$4$XX-$ac+"isition assistanceB-$R)A4M)4')-R4EXXreal=ti!e inte#rit*B

@al"e ran#eR)6)R)'C)4M)6OR-$XX

reference ti!e for #sBR)6)R)'C)OCA4O'6OR -$XXreference ositionBD-$CORR)CXXD-$correctionsB-$'A@-MOD)XX-$navi#ation !odelB-$4O'O$H)R4CMOD)XXionosheric correctionsB-$(CMOD)XX(C o8setB-$AMA'ACXXal!anacdataB -$ACA$$4$XX-$ac+"isition assistanceB-$R)A4M)4')-R4EXX

real=ti!e inte#rit*B

MaGi!"! n"!ber of satellites in -$ navi#ation!odel sent to ().

() ositionin# t*e when "sin# ODOA when ()s"ort both ()=assisted !ode and ()=based!odeB.

@al"e ran#e ()%A$)D,()A$$4$)D,()%A$)DR)6)RR)D,()A$$4$)DR)6)RR)D



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ODOA !eas"re!ent reortin# eriod. !s

'one

Cell4D&R !eas"re!ent reortin# eriod. !s

R !eas"re!ent 2lterin# coeFcient. 'one

@al"e ran#e 0N. s

@al"e ran#e O66,O' 'one

whether choose this 4) to send to C'. @al"e ran#e L or 0. 'one

@al"e ran#e O66.O' 'one

'one

'one

'one

'one

'one

'one

'one

'one

'one

'one

'one

@al"e ran#e D/5L, D5LL,D0LLL, D/LLL, DLLL,D1LLL, DLLL, DLLL,D0/LLL. h*sical val"e ran#e/5L, 5LL, 0LLL, /LLL, LLL,1LLL, LLL, LLL, 0/LLL.

() ositionin# t*e when "sin# C)4D&Rwhen() s"ort both ()=assisted !ode and ()=based!odeB.

@al"e ran#e ()%A$)D,

()A$$4$)D,()%A$)DR)6)RR)D,()A$$4$)DR)6)RR)D

@al"e ran#e D/5L, D5LL,D0LLL, D/LLL, DLLL,D1LLL. h*sical val"e ran#e/5L, 5LL, 0LLL, /LLL, LLL,1LLL.


(" interface Assistance Data Deliver* resonse waitti!er.

when in e!er#enc* call, this Ka# indicate whetherto handle e!er#enc* C$ re+"est seciall* or not.O66 indicates treatin# e!er#enc* C$ re+"est <"stas a nor!al one, that is to sa*, no secial handle isneeded in this case.

when in C)4D&R !ethod, this Ka# indicatewhether to erfor! 6orced $oft Handover or notwhen n"!ber of R Mears"re!ents is less than .

(serriorit* corresondin# Allocation;Retention

riorit* 0.

@al"e ran#e -old, $ilver,Coer. h*sical val"e ran#e

0, /, .(serriorit* corresondin# Allocation;Retentionriorit* /.

@al"e ran#e -old, $ilver,Coer. h*sical val"e ran#e0, /, .

(serriorit* corresondin# Allocation;Retentionriorit* .


(serriorit* corresondin# Allocation;Retentionriorit* 1.




(serriorit* corresondin# Allocation;Retentionriorit* .



@al"e ran#e -old, $ilver,Coer. h*sical val"e ran#e

0, /, .(serriorit* corresondin# Allocation;Retentionriorit* .




(serriorit* corresondin# Allocation;Retentionriorit* 0L.






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'one

'one

'one

'one

'one

kbit;s

kbit;s

kbit;s

kbit;s

kbit;s

kbit;s

raFc class that the service belon#s to 'one

he riorit* recedes fro! -old to $ilver to Coer. 'one


hi#hest. L lowest. @al"e ran#e L to 05 'one

'one

(serriorit* corresondin# Allocation;Retentionriorit* 0/.






$et the criterion b* which the riorit* is sorted2rstl*.

@al"e ran#e AR, raFcClass.h*sical val"e ran#e 0, /.

Decide which carrier is rior when AR and raFcClass are both identical.

@al"e ran#e 'O'), DCH,H$A. h*sical val"e ran#e L,0, /.

his ara!eter seci2es the ( -%R of the -old(ser "sin# the $ do!ain back#ro"nd service orthe interactive service

@al"e ran#e DL, D, D0,D/, D1, D0/, D011, D/5,D1 h*sical val"e ran#e L,, 0, /, 1, 0/, 011, /5,1

his ara!eter seci2es the D -%R of the -old(ser "sin# the $ do!ain back#ro"nd service orthe interactive service.


his ara!eter seci2es the ( -%R of the $ilver(ser "sin# the $ do!ain back#ro"nd service orthe interactive service.

@al"e ran#e DL, D, D0,

D/, D1, D0/, D011, D/5,D1 h*sical val"e ran#e L,, 0, /, 1, 0/, 011, /5,1

his ara!eter seci2es the D -%R of the $ilver(ser "sin# the $ do!ain back#ro"nd service orthe interactive service.


his ara!eter seci2es the ( -%R of the Coer(ser "sin# the $ do!ain back#ro"nd service orthe interactive service.


his ara!eter seci2es the D -%R of the Coer(ser "sin# the $ do!ain back#ro"nd service orthe interactive service.

@al"e ran#e DL, D, D0,D/, D1, D0/, D011, D/5,D1 h*sical val"e ran#e L,, 0, /, 1, 0/, 011, /5,1@al"e ran#eCO'@)R$A4O'A,$R)AM4'-, 4')RAC4@),%ACS-RO('D, 4M$ Content%ased on "alit* of $erviceo$B, there are fo"r traFcclasses conversational,strea!in#, interactive,back#ro"nd, and 4M$.@al"e ran#e -old, $ilver,Coer

his ara!eter seci2es the traFc handle riorit*HB of each service class carried on the lo#icalchannel. 0 hi#hest. 01 lowest, 05 no riorit*.

ACS ower o8set fro! ( DCCH when the3Mini!"! inter=4 interval3 in () caabilit*infor!ation is 0 and the () is in sin#le=R$ state

@al"e ran#e O5;05,O;05, O;05, O9;05,O0/;05, O05;05,O09;05, O/1;05,OL;05 h*sical val"eran#e 5;05, ;05, ;05, 9;05,0/;05, 05;05, 09;05, /1;05,L;05



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'one

'one

'one

'one

'one

'one

'one

'one

ACS ower o8set fro! ( DCCH when the3Mini!"! inter=4 interval3 in () caabilit*infor!ation is 0 and the () is in !"lti=R$ state


ACS ower o8set fro! ( DCCH when the3Mini!"! inter=4 interval3 in () caabilit*infor!ation is / and the () is in sin#le=R$ state

@al"e ran#e O5;05,

O;05, O;05, O9;05,O0/;05, O05;05,O09;05, O/1;05,OL;05 h*sical val"eran#e 5;05, ;05, ;05, 9;05,0/;05, 05;05, 09;05, /1;05,L;05

ACS ower o8set fro! ( DCCH when the3Mini!"! inter=4 interval3 in () caabilit*infor!ation is / and the () is in !"lti=R$ state


ACS ower o8set fro! ( DCCH when the3Mini!"! inter=4 interval3 in () caabilit*infor!ation is and the () is in sin#le=R$ state


ACS ower o8set fro! ( DCCH when the3Mini!"! inter=4 interval3 in () caabilit*infor!ation is and the () is in !"lti=R$ state


'ACS ower o8set fro! ( DCCH when the3Mini!"! inter=4 interval3 in () caabilit*infor!ation is 0 and the () is in sin#le=R$ state

@al"e ran#e O5;05,O;05, O;05, O9;05,

O0/;05, O05;05,O09;05, O/1;05,OL;05 h*sical val"eran#e 5;05, ;05, ;05, 9;05,0/;05, 05;05, 09;05, /1;05,L;05

'ACS ower o8set fro! ( DCCH when the3Mini!"! inter=4 interval3 in () caabilit*infor!ation is 0 and the () is in !"lti=R$ state


'ACS ower o8set fro! ( DCCH when the3Mini!"! inter=4 interval3 in () caabilit*infor!ation is / and the () is in sin#le=R$ state

@al"e ran#e O5;05,O;05, O;05, O9;05,O0/;05, O05;05,

O09;05, O/1;05,OL;05 h*sical val"eran#e 5;05, ;05, ;05, 9;05,0/;05, 05;05, 09;05, /1;05,L;05



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'one

'one

'one





'one

'one



!s

!s

'ACS ower o8set fro! ( DCCH when the3Mini!"! inter=4 interval3 in () caabilit*infor!ation is / and the () is in !"lti=R$ state


'ACS ower o8set fro! ( DCCH when the3Mini!"! inter=4 interval3 in () caabilit*infor!ation is and the () is in sin#le=R$ state

@al"e ran#e O5;05,

O;05, O;05, O9;05,O0/;05, O05;05,O09;05, O/1;05,OL;05 h*sical val"eran#e 5;05, ;05, ;05, 9;05,0/;05, 05;05, 09;05, /1;05,L;05

'ACS ower o8set fro! ( DCCH when the3Mini!"! inter=4 interval3 in () caabilit*infor!ation is and the () is in !"lti=R$ state


'"!ber of ACS or 'ACS retrans!issions when the

3Mini!"! inter=4 interval3 in () caabilit*infor!ation is 0 and the () is in sin#le=R$ state

'"!ber of ACS or 'ACS retrans!issions when the3Mini!"! inter=4 interval3 in () caabilit*infor!ation is / and the () is in sin#le=R$ state

'"!ber of ACS or 'ACS retrans!issions when the3Mini!"! inter=4 interval3 in () caabilit*infor!ation is and the () is in sin#le=R$ state

'"!ber of ACS or 'ACS retrans!issions when the() is in !"lti=R$ state

Channel "alit* 4ndicator C4B ower o8set fro!the ( DCCH when the () is in sin#le=R$ state

@al"e ran#e O5;05,O;05, O;05, O9;05,O0/;05, O05;05,

O09;05, O/1;05,OL;05 h*sical val"eran#e 5;05, ;05, ;05, 9;05,0/;05, 05;05, 09;05, /1;05,L;05

C4 ower o8set fro! the ( DCCH when the () isin !"lti=R$ state


'"!ber of C4 retrans!issions when the () is insin#le=R$ state

'"!ber of C4 retrans!issions when the () is in

!"lti=R$ state

D"ration of a C4 feedback c*cle when the () is insin#le=R$ state

@al"e ran#e DL, D/, D1, D,D0L, D/L, D1L, DL, D0Lh*sical val"e ran#e L, /, 1,, 0L, /L, 1L, L, 0L

D"ration of a C4 feedback c*cle when the () is in!"lti=R$ state

@al"e ran#e DL, D/, D1, D,D0L, D/L, D1L, DL, D0Lh*sical val"e ran#e L, /, 1,, 0L, /L, 1L, L, 0L



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raFc channel t*e. 'one

!s

'one

@al"e ran#e 0N5LLL. bit

@al"e ran#e R(), 6A$). 'one

'one;L.0

!s

indicatin# MAC=d D( si>e "sed b* H$(A service. @al"e ran#e 0N5LLL. bit


!s;0L

'one

(ni+"el* indicatin# the indeG n"!ber of the t*icalservice ara!eter con2#"ration.

@al"e ran#e RCHH$D$CH, RCH)DCH/M$, RCH)DCH0LM$.

4ndicatin# the !aGi!"! ti!e of D( waitin# for

reorderin# at (), the data is eas* to lose when theara!eter is too s!all, however the trans!issiondela* will increase when the ara!eter is too lar#e"nder the bad channel condition.

@al"e ran#e D0L, D/L, DL,D1L, D5L, DL, D7L, DL,D9L, D0LL, D0/L, D01L,D0L, D/LL, DLL, D1LL.

Decidin# the scoe of MAC=hs D( waitin# forreorderin#, "nder the li!it of data trans!issiondela* and b"8er si>e.

@al"e ran#e D1, D, D, D0/,D0, D/1, D/.

4ndicatin# the si>e of rotocol data "nit, MAc=d D(will be con2#"red to a lar#er val"e when the %)service, and re!ain the e+"al val"e as in the DCHwhen the strea!in# service, and co"ld adot !an*kinds of val"e when in the H$=D$CH channel.

4ndication of whether to con2#"re the MAC=hsdiscardin# i!le!ent. the ara!eter is "sed for !"ltil*in# with the (!aGi!"! bit rate in RA% assi#n!ent to #et theeak bit rate for the service bears on )=DCH, andR'C will con2# the band width needed on (( and4(% interface b* the eak val"e. he ara!eter?scon2#"ration is related to )=DCH tar#et retrans!itn"!ber.

@al"e ran#e 0LN/55.h*sical val"e ran#e 0N/5.5

he ara!eter li!its the <"d#e condition for3H$(A Ha* bit3, which !eans the c"rrent datastored in "ser?s b"8er can be trans!itted or notd"rin# the ti!e li!ited b* the ara!eter.

@al"e ran#e D/, D0L, D/L,D5L, D0LL, D/LL, D5LL,D0LLL. h*sical val"e ran#e/, 0L, /L, 5L, 0LL, /LL, 5LL,0LLL.

he ara!eter de2nes the MAC=)$ reorderin#window si>e "sed b* R'C. 4t a8ects theerfor!ance of data acket?s dela* in reorderin#rocess. More #reater the val"e is con2#"red, thecaabilit* to rocess o"t of se+"ence of $' is!ore better while it will brin# !ore bi##er dela*.

MaGi!"! ti!e len#th to wait for a data acket witho"t of se+"ence of $'. More #reater the val"e iscon2#"red, the robabilit* to #et data ackets within se+"ence $' and transfer the! to "er la*eris !ore bi##er while the dela* will be !ore #reater.

@al"e ran#e 0N1. h*sicalval"e ran#e 0LN1L

he velocit* ad<"sts strate#* in )DCH state.RA)(A'DDOW'O')DCH strate#* er!itsvelocit* rate " and rate down on )DCH.RA)(O'EO')DCH strate#* <"st er!itvelocit* rate " on )DCH. his !eans () cantransit to C)6ACH state at an* velocit* .

@al"e ran#eRA)(A'DDOW'O')DCH, RA)(O'EO')DCH.h*sical val"e ran#e L, 0.



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kbit;s

Rates contained in the $et 'one

@al"e ran#e LN0L/ 'one




kbit;s

H$(A $HO HD RA). o #"arantee the s"ccess ofH$(A $HO, he bandwidth on )DCH will bered"ced to H$(A $HO HD RA) before softhandover, if c"rrent bit rate is hi#her than thisthreshold rate.

@al"e ran#eD, D0, D/,D1, D0/, D011, D/5,D1, D700, D015L, D/9L,D57L. h*sical val"e ran#e, 0, /, 1, 0/, 011, /5,1, 700, 015L, /9L, D57L.

@al"e ran#eRateSbs(ink data rateis SbsB Rate0Sbs(inkdata rate is 0SbsBRate/Sbs(ink data rateis /SbsBRate1Sbs(ink data rateis 1SbsBRate0/Sbs(ink datarate is 0/SbsBRate011Sbs(ink datarate is 011SbsBRate/5Sbs(ink datarate is /5SbsB

Rate1Sbs(ink datarate is 1SbsBRate700Sbs(ink datarate is 700SbsBRate015LSbs(ink datarate is 015LSbsBRate/9LSbs(ink datarate is /9LSbsBRate57LSbs(ink datarate is 57LSbsB

his ara!eter indicates the ti!e fro! the !o!entwhen the traFc vol"!e eGceeds the "erthreshold to the !o!ent the event 1A on )DCH istri##ered. his ara!eter is set to avoid needless

reorts tri##ered b* traFc K"ct"ation.

he event 1A on )DCH is not reorted a#ain after itis reorted for so!e ti!e. his ara!eter is set toavoid too !an* channel recon2#"ration oerations.

his ara!eter indicates the ti!e fro! the !o!entwhen the traFc vol"!e eGceeds the lowerthreshold to the !o!ent the event 1% on )DCH istri##ered. his ara!eter is set to avoid needlessreorts tri##ered b* traFc K"ct"ation.

he event 1% on )DCH is not reorted a#ain after itis reorted for so!e ti!e. his ara!eter is set toavoid too !an* channel recon2#"ration oerations.

@al"e ran#e LN0L/

H$(A %) traFc 4nitial bit rate. When DCCCal#orith! switch and H$(A DCCC al#orith! switchare enabled, the "link initial bit rate will be set tothis val"e if the "link !aG bit rate is hi#her thanthe initial bit rate.

@al"e ran#eD,D0,D/,D1,D0/,D011,D/5,D1,D700,D015L,D/9L,D57L. h*sical val"eran#e,0,/,1,0/,011,/5,1,700,015L,/9L,57L.



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kbit;s

kbit;s

kbit;s

'one

'one

'one

'one;L.L1

@al"e ran#e LN. d%

@al"e ran#e LN7 'one

@al"e ran#e LN7 'one

he rate decision threshold of ( $ do!ainstrea!in# service to be carried on )=DCH. When the!aGi!"! ( service rate is #reater than or e+"alto this threshold, the service will be carried on )=DCH otherwise, on DCH.


he rate decision threshold of ( $ do!ainconversation service to be carried on )=DCH. When

the !aGi!"! ( service rate is #reater than ore+"al to this threshold, the service will be carriedon )=DCH otherwise, on DCH.

@al"e ran#e D, D0, D/,

D1. h*sical val"e ran#e ,0, /, 1.

he rate decision threshold of ( $ do!ainback#ro"nd;interactive service to be carried on )=DCH. When the !aGi!"! ( service rate is #reaterthan or e+"al to this threshold, the service will becarried on )=DCH otherwise, on DCH.

@al"e ran#e D, D0, D/,D1, D0/, D011, D/5,D1, D700, D0L/1, D015L,D/L1. h*sical val"e ran#e, 0, /, 1, 0/, 011, /5,1, 700, 0L/1, 015L, /L1.

he ara!eter de2nes the ower o8set between )=DCCH and DCCH.

@al"e ran#e O5;05,O;05, O;05, O9;05,O0/;05, O05;05,O09;05, O/1;05,OL;05. h*sical val"e

ran#e 5;05, ;05, ;05, 9;05,0/;05, 05;05, 09;05, /1;05,L;05.

his ara!eter can be "sed to decide the ( $do!ain strea!in# service?s transfer !ode, and it is <"st valid to ( $ do!ain strea!in# service.

@al"e ran#e $ched"led, 'on=$ched"led

his ara!eter can be "sed to decide the ( $do!ain conversational service?s transfer !ode, andit is <"st valid to ( $ do!ain conversationalservice.

@al"e ran#e 'on=$ched"led,$ched"led.

he "nct"rin# li!it "sed in the sreadin# factorselection al#orith! for )=DDCH.

@al"e ran#e 00N/5. h*sicalval"e ran#e L.11N0

he ara!eter de2nes the HAR ower o8set "sedb* )=DDCH when the H$(A sched"lin#

infor!ation is transferred alone.3)=R-CH /=4ndeG=$te hreshold3 and 3)=R-CH =4ndeG=$te hreshold3 is "sed to decide the $ervin#-rant?s "er ad<"st ste. if the c"rrent $ervin#-rant is s!aller than 3)=R-CH =4ndeG=$te hreshold3, the "er ad<"st scoe is three "nits ifit is #reater than or e+"al to 3)=R-CH =4ndeG=$te hreshold3 and s!aller than 3)=R-CH /=4ndeG=$te hreshold3, the ad<"st scoe is two "nits if it is#reater than or e+"al to 3)=R-CH /=4ndeG=$te hreshold3, the ad<"st scoe is one "nit.

3)=R-CH /=4ndeG=$te hreshold3 and 3)=R-CH =4ndeG=$te hreshold3 is "sed to decide the $ervin#-rant?s "er ad<"st ste. if the c"rrent $ervin#

-rant is s!aller than 3)=R-CH =4ndeG=$te hreshold3, the "er ad<"st scoe is three "nits ifit is #reater than or e+"al to 3)=R-CH =4ndeG=$te hreshold3 and s!aller than 3)=R-CH /=4ndeG=$te hreshold3, the ad<"st scoe is two "nits if it is#reater than or e+"al to 3)=R-CH /=4ndeG=$te hreshold3, the ad<"st scoe is one "nit.



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@al"e ran#e rvL, rvtable. 'one

!s

!s

'one

d%;L.LL0

he indeG of )=6C4 table to be "sed. @al"e ran#e L to 0 'one

@al"e ran#e L to 0/L 'one

the ara!eter is "sed to con2# the soft=co!binin#!ethod. 3rvL3 indicates the !ethod of chaseco!bination, which !eans the retrans!it data issa!e with initial trans!it data 3rvtable3 indicatesthe !ethod of incre!ental red"ndanc*, which!eans the retrans!it data will chan#es with so!er"les co!ared to the initial trans!it data.

the ti!e interval of sendin# H$(A sched"lin#infor!ation alone when the "ser has no $ched"le-rant and its b"8er len#th is #reater than >ero.

@al"e ran#e D0L, D/L, D5L,D0LL, D/LL, D5LL, D0LLL.h*sical val"e ran#e 0L, /L,5L, 0LL, /LL, 5LL, 0LLL.

the ti!e interval of sendin# H$(A sched"lin#infor!ation alone when the "ser has $ched"le-rant.

@al"e ran#e D0L, D/L, D5L,D0LL, D/LL, D5LL, D0LLL.h*sical val"e ran#e 0L, /L,5L, 0LL, /LL, 5LL, 0LLL.

his ara!eter is "sed to allocate the HARrocesses in MAC=e instance to "sers for datatransort. O'E available when the /!s 4 "sed.

@al"e ran#e (ser canallocation all rocesses ornone rocess.

he ara!eter !eans the !aGi!"! "er ad<"st

ste for $4R tar#et val"e when detectin# a receivedMAC=)$ D( is wron# .

@al"e ran#e L to 5LLL,h*sical val"e ran#e LN5

he indeG of D( si>e "sed b* reference )=6C4 inthe )=6C4 table.

he ower o8set between the )=DDCH and DCCH"sed b* reference )=6C4.

@al"e ran#e O5;05,O;05, O7;05, O;05,O9;05, O00;05, O0/;05,O0;05, O05;05,O07;05, O09;05,O/0;05, O/1;05,O/7;05, OL;05,O1;05, O;05,O1/;05, O17;05,

O5;05, OL;05,O7;05, O75;05,O1;05, O95;05,O0L;05, O009;05,O01;05, O05L;05,O0;05 h*sical val"eran#e 5;05, ;05, 7;05, ;05,9;05, 00;05, 0/;05, 0;05,05;05, 07;05, 09;05, /0;05,/1;05, /7;05, L;05, 1;05,;05, 1/;05, 17;05, 5;05,L;05, 7;05, 75;05, 1;05,95;05, 0L;05, 009;05,01;05, 05L;05, 0;05



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'one

'one

!s;0LL

d%;L.LL0

@al"e ran#e L to 05 i!es

i!es;L.0

'one;L.L0

4dentif*in# the t*e of a C'. 'one

he !aGi!"! ower o8set between the )=DDCHand DCCH "sed b* reference )=6C4.

@al"e ran#e O5;05,O;05, O7;05, O;05,O9;05, O00;05, O0/;05,O0;05, O05;05,O07;05, O09;05,O/0;05, O/1;05,O/7;05, OL;05,O1;05, O;05,

O1/;05, O17;05,O5;05, OL;05,O7;05, O75;05,O1;05, O95;05,O0L;05, O009;05,O01;05, O05L;05,O0;05 h*sical val"eran#e 5;05, ;05, 7;05, ;05,9;05, 00;05, 0/;05, 0;05,05;05, 07;05, 09;05, /0;05,/1;05, /7;05, L;05, 1;05,;05, 1/;05, 17;05, 5;05,L;05, 7;05, 75;05, 1;05,95;05, 0L;05, 009;05,

01;05, 05L;05, 0;05

he !ini!"! ower o8set between the )=DDCHand DCCH "sed b* reference )=6C4.

@al"e ran#e O5;05,

O;05, O7;05, O;05,O9;05, O00;05, O0/;05,O0;05, O05;05,O07;05, O09;05,O/0;05, O/1;05,O/7;05, OL;05,O1;05, O;05,O1/;05, O17;05,O5;05, OL;05,O7;05, O75;05,O1;05, O95;05,O0L;05, O009;05,O01;05, O05L;05,O0;05 h*sical val"e

ran#e 5;05, ;05, 7;05, ;05,9;05, 00;05, 0/;05, 0;05,05;05, 07;05, 09;05, /0;05,/1;05, /7;05, L;05, 1;05,;05, 1/;05, 17;05, 5;05,L;05, 7;05, 75;05, 1;05,95;05, 0L;05, 009;05,01;05, 05L;05, 0;05

he !ini!"! eriod of "datin# the ower o8setof H$(A.

@al"e ran#e 0 to /55.h*sical val"e ran#e 0LL to/55LL

he ara!eter !eans the !aGi!"! "er ad<"stste for )=DCH ower o8set when detectin# areceived MAC=)$ D( is wron#.

@al"e ran#e L to 5LLLh*sical val"e ran#e L to 5

the !aGi!"! retrans!it ti!es for )=DCH MAC=)$

D( "sed to bear the service. the tar#et retrans!it ti!es for )=DCH MAC=)$ D("sed to bear the service.

@al"e ran#e L to 05L.h*sical val"e ran#e L to 05

the !ini!"! retrans!it ti!es for )=DCH MAC=)$D( "sed to bear the service.

@al"e ran#e L to 0LL h*sicalval"e ran#e L to 0

@al"e ran#e C$DOMA4',$DOMA4'.



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@al"e ran#e LN/55. !in

'one


@al"e ran#e MOD)0, MOD)/. 'one


Cn Oerator indeG @al"e ran#e L N 'one

Cn Oerator 'a!e @al"e ran#e strin# lon# 0 N 'one

Cn ri!ar* Oerator 6la# @al"e ran#e E)$ = 'O 'one

Mobile co"ntr* code. @al"e ran#e LLL to 999 'one

Mobile network code. 'one

eriodical location "date is i!le!ented b* M$thro"#h the location "date roced"re. L heeriodical "date roced"re is not "sed. hisara!eter is valid onl* when IC' do!ain 4DJ is setas C$DOMA4'. 4ndicatin# whether attach;detach is allowed.'OAOW)D indicates that M$ cannot al* the4M$4 attach;detach roced"re. AOW)D indicates

that M$ can al* the 4M$4 attach;detachroced"re. 4t is valid onl* when IC' do!ain 4DJ isset as C$DOMA4'.

@al"e ran#e 'OAOW)D,

AOW)D.

.

his ara!eter sho"ld be set accordin# to theact"al network sit"ation . 4f there is the -s interfacebetween $-$' and M$C;@R this ara!eter is setas MOD)0 otherwise, MOD)/. 4t is valid onl* whenIC' do!ain 4DJ is set as $DOMA4'.

.

@al"e ran#e LL to 99 or LLLto 999



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Parameter Name Command

CELLID ADD CELLALGOSWITCH

NBMCACALGOSWITCH ADD CELLALGOSWITCH

NBMULCACALGOSELSWITCH ADD CELLALGOSWITCH

NBMDLCACALGOSELSWITCH ADD CELLALGOSWITCH

NBMLDCALGOSWITCH ADD CELLALGOSWITCH

ADD CELLALGOSWITCH

R99CSSEPIND ADD CELLINETSTRATEG!

NBMMACHSRESETALGOSELSWITCH



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R99PSSEPIND ADD CELLINETSTRATEG!

SIBCFGBITMAP ADD CELLSIBSWITCH

FREQBANDIND ADD CELLSIBSWITCH

CELLID ADD CELLSETUP

CELLNAME ADD CELLSETUP

CNOPINDE* ADD CELLSETUP

NODEBNAME ADD CELLSETUP

LOCELL ADD CELLSETUP

PSCRAMBCODE ADD CELLSETUP

LAC ADD CELLSETUP

SAC ADD CELLSETUP

CFGRACIND ADD CELLSETUP

RAC ADD CELLSETUP

BANDIND ADD CELLSETUP

UARFCNUPLINK ADD CELLSETUP



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UARFCNDOWNLINK ADD CELLSETUP

MA*T*POWER ADD CELLSETUP

NINS!NCIND ADD CELLSETUP

NOUTS!NCIND ADD CELLSETUP



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TRLFAILURE ADD CELLSETUP

DLTPCPATTERN0-COUNT ADD CELLSETUP

POWERRAISELIMIT ADD CELLSETUP

ADD CELLSETUP

NODES!NSWITCH ADD CELLSETUP

SUPSSDT ADD CELLSETUP

T*DIVERSIT!IND ADD CELLSETUP

TCELL ADD CELLSETUP

CLTAMODEIND ADD CELLSETUP

URAID ADD URA

INTRAFREQMEASIND ADD CELLMEAS

ADD CELLMEAS

MEASID ADD CELLMEAS

R%I.)I.) ADD CELLMEAS

RPTIND ADD CELLMEAS

MA*NUMRPTCELLSIND ADD CELLMEAS

DLPOWERAVERAGEWINDOWSIZE

INTERFREQINTERRATMEASIND



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MA*NUMRPTCELLS ADD CELLMEAS

FACHMEASIND ADD CELLMEAS

ADD CELLMEAS

M#)R/%(R'A:%T#(D(,O,,V/' ADD CELLRLACTTIME

ADD CELLRLACTTIME

ADD CELLRLACTTIME

ADD CELLRLACTTIME

ADD CELLRLACTTIME

OAMGUARDVALFORLOWRATE ADD CELLRLACTTIME

OAMGUARDVALFORMIDRATE ADD CELLRLACTTIME

ADD CELLRLACTTIME

FACHMEASOCCAC!CLELENCOEF

HIGHRATERLACTTIMEDEFOFFVAL

ACTTIMEDEFOFFVALFORUNCELLNOH

ACTTIMEDEFOFFVALFORSAMECELL

ACTTIMEDEFOFFVALFORUNCELLH

OAMGUARDVALFORHIGHRAT

E



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PCPICHPOWER ADD PCPICH

MA*PCPICHPOWER ADD PCPICH

MINPCPICHPOWER ADD PCPICH

PSCHPOWER ADD PSCH

SSCHPOWER ADD SSCH

BCHPOWER ADD BCH

PCHPOWER ADD PCH

PICHP+@(&O,,3(% ADD CHPWROFFSET

AICHP+@(&O,,3(% ADD CHPWROFFSET

MA*FACHPOWER ADD FACH

CELLID ADD CELLRLPWR

CNDOMAINID ADD CELLRLPWR

MA*BITRATE ADD CELLRLPWR

RLMA*DLPWR ADD CELLRLPWR

RLMINDLPWR ADD CELLRLPWR



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DLSF ADD CELLRLPWR

ULLDRTRIGTHD ADD CELLLDM

ULLDRRELTHD ADD CELLLDM

DLLDRTRIGTHD ADD CELLLDM

DLLDRRELTHD ADD CELLLDM

ULOLCTRIGTHD ADD CELLLDM

ULOLCRELTHD ADD CELLLDM

DLOLCTRIGTHD ADD CELLLDM

DLOLCRELTHD ADD CELLLDM

DLLDTRNSH!STIME ADD CELLLDM

CELLENVT!PE ADD CELLCAC

NONORTHOFACTOR ADD CELLCAC

ULCONVAMRTHD ADD CELLCAC



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ULCONVNONAMRTHD ADD CELLCAC

ULOTHERTHD ADD CELLCAC

DLCONVAMRTHD ADD CELLCAC

DLCONVNONAMRTHD ADD CELLCAC



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DLOTHERTHD ADD CELLCAC

ULHOTHD ADD CELLCAC

DLHOTHD ADD CELLCAC

DLCELLTOTALTHD ADD CELLCAC

ULCCHLOADFACTOR ADD CELLCAC



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DLCCHLOADRSRVCOEFF ADD CELLCAC

ULINTERFACTOR ADD CELLCAC

DLINTERFACTOR ADD CELLCAC

ULTOTALEQUSERNUM ADD CELLCAC

DLTOTALEQUSERNUM ADD CELLCAC

ULHSDPCCHRSVDFACTOR ADD CELLCAC

HSDPASTRMPBRTHD ADD CELLCAC

HSDPABEPBRTHD ADD CELLCAC

MA*HSDSCHUSERNUM ADD CELLCAC

MA*ULT*POWERFORCONV ADD CELLCAC

MA*ULT*POWERFORSTR ADD CELLCAC

MA*ULT*POWERFORINT ADD CELLCAC

MA*ULT*POWERFORBAC ADD CELLCAC

BACKGROUNDNOISE ADD CELLCAC

RRCPROCSRBDELA! ADD CELLCAC

RRCPROCPCPREAMBLE ADD CELLCAC

HHOPROCSRBDELA! ADD CELLCAC

HHOPROCPCPREAMBLE ADD CELLCAC

DEFPCPICHECNO ADD CELLCAC



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BGNSWITCH ADD CELLCAC

BGNFILTERCOEF ADD CELLCAC

BGNADUSTTIMELEN ADD CELLCAC

BGNEQUSERNUMTHD ADD CELLCAC

SHOINITPWRPO ADD CELLCAC

DLMBMSRSVDFACTOR ADD CELLCAC

ULHOCERESVSF ADD CELLCAC

DLHOCECODERESVSF ADD CELLCAC

NODEBHSDPAMA*USERNUM ADD NODEBALGOPARA

I1C+.4C%&'S@#%: ADD NODEBALGOPARANODEBHSUPAMA*USERNUM ADD NODEBALGOPARA



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DLLDRFIRSTACTION ADD CELLLDR

DLLDRSECONDACTION ADD CELLLDR

DLLDRTHIRDACTION ADD CELLLDR

DLLDRFOURTHACTION ADD CELLLDR

DLLDRFIFTHACTION ADD CELLLDR

DLLDRSI*THACTION ADD CELLLDR

DLLDRSEVENTHACTION ADD CELLLDR

DLLDREIGHTHACTION ADD CELLLDR

DLLDRNINTHACTION ADD CELLLDR

DLLDRTENTHACTION ADD CELLLDR

ADD CELLLDR

ADD CELLLDR

ADD CELLLDR

ADD CELLLDR

ADD CELLLDR

ADD CELLLDR

DLLDRBERATEREDUCTIONRABNUM

DLLDRPSRTQOSRENEGRABNUM

DLCSINTERRATSHOULDBEHO

UENUM

DLPSINTERRATSHOULDBEHOUENUM

DLCSINTERRATSHOULDNOTHOUENUM

DLPSINTERRATSHOULDNOTHOUENUM



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ULLDRFIRSTACTION ADD CELLLDR

ULLDRSECONDACTION ADD CELLLDR

ULLDRTHIRDACTION ADD CELLLDR

ULLDRFOURTHACTION ADD CELLLDR

ULLDRFIFTHACTION ADD CELLLDR

ULLDRSI*THACTION ADD CELLLDR

ULLDRSEVENTHACTION ADD CELLLDR

ULLDREIGHTHACTION ADD CELLLDR

ADD CELLLDR

ADD CELLLDR

ADD CELLLDR

ADD CELLLDR

ADD CELLLDR

ADD CELLLDR

ADD CELLLDR

ADD CELLLDR

ULLDRBERATEREDUCTIONRABNUM

ULLDRPSRTQOSRENEGRABNUM

ULCSINTERRATSHOULDBEHOUENUM

ULPSINTERRATSHOULDBEHOUENUM

ULCSINTERRATSHOULDNOTHOUENUM

ULPSINTERRATSHOULDNOTHOUENUM

ULINTERFREQHOCELLLOADSPACETHD

DLINTERFREQHOCELLLOADSPACETHD



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ULINTERFREQHOBWTHD ADD CELLLDR

DLINTERFREQHOBWTHD ADD CELLLDR

MBMSDECPOWERRABTHD ADD CELLLDR

CELLLDRSFRESTHD ADD CELLLDR

LDRCODEPRIUSEIND ADD CELLLDR

MA*USERNUMCODEAD ADD CELLLDR

ULLDRCREDITSFRESTHD ADD CELLLDR

DLLDRCREDITSFRESTHD ADD CELLLDR

ADD CELLLDR

ADD CELLLDR

PSINACTTMRFORINT SET PSINACTTIMER

PROTECTTMRFORINT SET PSINACTTIMER

PSINACTTMRFORBAC SET PSINACTTIMER

PROTECTTMRFORBAC SET PSINACTTIMER

ULLDRAMRRATEREDUCTIONR ABNUM

DLLDRAMRRATEREDUCTIONR ABNUM



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PSINACTTMRFORCON SET PSINACTTIMER

PROTECTTMRFORCON SET PSINACTTIMER

PSINACTTMRFORSTR SET PSINACTTIMER

PROTECTTMRFORSTR SET PSINACTTIMER

PSINACTTMRFORIMSSIG SET PSINACTTIMER

PROTECTTMRFORIMSSIG SET PSINACTTIMER

QUALMEAS ADD CELLSELRESEL

IDLEQH!ST-S ADD CELLSELRESEL

CONNQH!ST-S ADD CELLSELRESEL

IDLEQH!ST2S ADD CELLSELRESEL

CONNQH!ST2S ADD CELLSELRESEL

TRESELECTIONS ADD CELLSELRESEL



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QQUALMIN ADD CELLSELRESEL

QR*LEVMIN ADD CELLSELRESEL

QR*LEVMINE*TSUP ADD CELLSELRESEL

MA*ALLOWEDULT*POWER ADD CELLSELRESEL

IDLESINTRASEARCH ADD CELLSELRESEL

CONNSINTRASEARCH ADD CELLSELRESEL

IDLESINTERSEARCH ADD CELLSELRESEL

CONNSINTERSEARCH ADD CELLSELRESEL

SSEARCHRAT ADD CELLSELRESEL

ADD CELLSELRESEL

ADD CELLSELRESEL

ADD CELLSELRESEL

NONHCSIND ADD CELLSELRESEL

QH!ST-SPCH ADD CELLSELRESEL

QH!ST-SFACH ADD CELLSELRESEL

QH!ST2SPCH ADD CELLSELRESEL

QH!ST2SFACH ADD CELLSELRESEL

TRESELECTIONSPCH ADD CELLSELRESEL

TRESELECTIONSFACH ADD CELLSELRESEL

CELLBARRED ADD CELLACCESSSTRICT

ADD CELLACCESSSTRICT

ADD CELLACCESSSTRICT

SPEEDDEPENDENTSCALINGF ACTOR

INTERFREQTRESELSCALINGF ACTOR

INTERRATTRESELSCALINGFACTOR

CELLRESERVEDFOROPERATORUSE

CELLRESERVATIONE*TENSION



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ISACCESSCLASS0BARRED ADD CELLACCESSSTRICT

ISACCESSCLASS-BARRED ADD CELLACCESSSTRICT


ISACCESSCLASS"BARRED ADD CELLACCESSSTRICT





ISACCESSCLASSBARRED ADD CELLACCESSSTRICT


ISACCESSCLASS-0BARRED ADD CELLACCESSSTRICT

ISACCESSCLASS--BARRED ADD CELLACCESSSTRICT


ISACCESSCLASS-"BARRED ADD CELLACCESSSTRICT



INTRAFREQRESELECTION ADD CELLACCESSSTRICT

TBARRED ADD CELLACCESSSTRICT

PH!CHID ADD PRACHBASIC

SCRAMBCODENO ADD PRACHBASIC



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PREAMBLESIGNATURES ADD PRACHBASIC

RACHSUBCHNO ADD PRACHBASIC

PUNCTURELIMIT ADD PRACHBASIC

PREAMBLETHRESHOLD ADD PRACHBASIC

CONSTANTVALUE ADD PRACHBASIC

POWERRAMPSTEP ADD PRACHBASIC

PREAMBLERETRANSMA* ADD PRACHBASIC

CTFCSIZE ADD PRACHBASIC



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A::(33S(&$#:(C'/33 ADD PRACHASC

A$/#'/1'(S#4./%&(S%/&%#.)( ADD PRACHASC

A$/#'/1'(S#4./%&(E.)I.)( ADD PRACHASC

A$/#'/1'(S1C/..('N1(& ADD PRACHASC

AC09TOASC

AC-0TOASC

AC--TOASC

AC-2TOASC

AC-"TOASC

AC-8TOASC

AC-5TOASC

MMA* ADD RACH

ANI ADD ADNODE

NODET ADD ADNODE

NODEBID ADD ADNODE

TRANST ADD ADNODE

DP* ADD ADNODE

I3ROOTNODE ADD ADNODE

SAALLNKN ADD ADNODE

QAAL2VER ADD ADNODE

TMI ADD ADNODE

FTI ADD ADNODE

ANI ADD AAL2PATH

PATHID ADD AAL2PATH

ADDPRACHACTOASCMAP ADDPRACHACTOASCMAP ADDPRACHACTOASCMAP ADDPRACHACTOASCMAP ADDPRACHACTOASCMAP ADDPRACHACTOASCMAP ADDPRACHACTOASCMAP



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PT ADD AAL2PATH

CARR!T ADD AAL2PATH

CARR!IMAGRPN ADD AAL2PATH

T*TRF* ADD AAL2PATH

R*TRF* ADD AAL2PATH

OWNERSHIP ADD AAL2PATH

FWDHORSVBW ADD AAL2PATH

BWDHORSVBW ADD AAL2PATH

FWDCONGBW ADD AAL2PATH

BWDCONGBW ADD AAL2PATH

FWDCONGCLRBW ADD AAL2PATH

BWDCONGCLRBW ADD AAL2PATH

FTI ADD FACTORTABLE

NAME ADD FACTORTABLE

CCH ADD FACTORTABLE

CMBCCH ADD FACTORTABLE

MBMSCCH ADD FACTORTABLE

SRB ADD FACTORTABLE

VOICE ADD FACTORTABLE

CSCONV ADD FACTORTABLE

CSSTRM ADD FACTORTABLE

PSCONV ADD FACTORTABLE

PSSTRM ADD FACTORTABLE

PSINTERACT ADD FACTORTABLE

PSBKG ADD FACTORTABLE

HDCONV ADD FACTORTABLE

HDSTRM ADD FACTORTABLE

HDINTERACT ADD FACTORTABLE

HDBKG ADD FACTORTABLE

HUCONV ADD FACTORTABLE

HUSTRM ADD FACTORTABLE

HUINTERACT ADD FACTORTABLE

HUBKG ADD FACTORTABLE

ANI ADD IPPATH



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PATHID ADD IPPATH

PATHT ADD IPPATH

IPADDR ADD IPPATH

PEERIPADDR ADD IPPATHPEERMASK ADD IPPATH

T*BW ADD IPPATH

R*BW ADD IPPATH

DSCP ADD IPPATH

FWDHORSVBW ADD IPPATH

BWDHORSVBW ADD IPPATH

FWDCONGBW ADD IPPATH

BWDCONGBW ADD IPPATH

FWDCONGCLRBW ADD IPPATH

BWDCONGCLRBW ADD IPPATH

VLANF'AG ADD IPPATH

PATHCHK ADD IPPATH ALLOCCODEMODE ADD CELLHSDPA

HSPDSCHMA*CODENUM ADD CELLHSDPA

HSPDSCHMINCODENUM ADD CELLHSDPA

HSPDSCHCODENUM ADD CELLHSDPA

HSSCCHCODENUM ADD CELLHSDPA

HSPAPOWER ADD CELLHSDPA

HSPDSCHMPOCONSTENUM ADD CELLHSDPA

M/T/&4(%U'L+/)F/:%+& ADD CELLHSUPA

ADD CELLHSUPA

EAGCHCODENUM ADD CELLHSUPA

ERGCHEHICHCODENUM ADD CELLHSUPA

DLHSUPARSVDFACTOR ADD CELLCAC

MA*HSUPAUSERNUM ADD CELLCAC

SCHEDULEPARA SET MACEPARA

AGTHRESHOLD SET MACEPARA

RAVGINITVALUE SET MACEPARA

GBRSWITCH SET MACEPARA

EAGCHPCPARA SET MACEPARA

EAGCHPCMOD SET MACEPARA

SERGCHPCPARA SET MACEPARA

NONSERVTOTOTALEDCHPWRRATIO



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SERGCHPCMOD SET MACEPARA

NSERGCHPCPARA SET MACEPARA

NERGCHPCMOD SET MACEPARA

SEHICHPCPARA SET MACEPARA

SEHICHPCMOD SET MACEPARA

NSEHICHPCPARA SET MACEPARA

NEHICHPCMOD SET MACEPARA

EAGCHPOWEROFFSET SET MACEPARA

SERGCHPOWEROFFSET SET MACEPARA

NERGCHPOWEROFFSET SET MACEPARA

SEHICHPOWEROFFSET SET MACEPARA

NEHICHPOWEROFFSET SET MACEPARA

RSCALLOCM SET MACHSPARA

SM SET MACHSPARA

M*RETRAN SET MACHSPARA

PWRMGN SET MACHSPARA

SCCHPWRCM SET MACHSPARA

SCCHFER SET MACHSPARA

IBLER SET MACHSPARA

RSCLMSW SET MACHSPARA

D!NCODESW SET MACHSPARA

-6QAMSW SET MACHSPARA

ADCOEOFPF SET MACHSPARA



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Definition an&e

(ni+"el* identif*in# a cell. @al"e ran#e LN555. 'one

'one

'one

'one

'one

'one

'one

P#y'i"alunit-'tep

he al#orith!s the above val"es reresent are as followCRDADCR Control 'ode% Credit ad!ission controlal#orith!. H$DAADCR Control H$DA ad!ission

control al#orith!. H$DA-%M)A$ Control H$DA H$=D$CH Re+"ired ower !eas"re!ent. H$DA%RM)A$Control H$DA H$=D$CH rovided %it Rate !eas"re!ent.H$(AADCR Control H$(A ad!ission controlal#orith!. M%M$ADCR Control M%M$ ad!issioncontrol al#orith!. DO66C Defa"lt DCH o8setcon2#"ration al#orith!.

@al"e ran#e CRDADCR,

H$DAADCR,H$DA-%M)A$,H$DA%RM)A$,H$(AADCR andM%M$ADCR.

he al#orith!s the above val"es reresent are as followA-OR4HMO66 Disable "link call ad!ission controlal#orith!. A-OR4HM64R$ he load factor redictional#orith! will be "sed in "link CAC.A-OR4HM$)CO'D he e+"ivalent "ser n"!beral#orith! will be "sed in "link CAC. A-OR4HMH4RD he loose call ad!ission control al#orith! will be "sed in"link CAC.

@al"e ran#eA-OR4HMO66,A-OR4HM64R$,A-OR4HM$)CO'D, andA-OR4HMH4RD

he al#orith!s the above val"es reresent are as followA-OR4HMO66 Disable "link call ad!ission controlal#orith!. A-OR4HM64R$ he load factor redictional#orith! will be "sed in downlink CAC.A-OR4HM$)CO'D he e+"ivalent "ser n"!beral#orith! will be "sed in downlink CAC.A-OR4HMH4RD he loose call ad!ission controlal#orith! will be "sed in downlink CAC.

@al"e ran#eA-OR4HMO66,A-OR4HM64R$,A-OR4HM$)CO'D, andA-OR4HMH4RD

,ara!eters of a cell to lead the () to a li#hter loaded cell.(OC ( overload con#estion control al#orith!. Whenthe cell is overloaded in (, this al#orith! red"ces thecell load in ( b* +"ick 6 restriction or () release.DOC D overload con#estion control al#orith!. Whenthe cell is overloaded in D, this al#orith! red"ces thecell load in D b* +"ick 6 restriction or () release.(DR ( load resh"in# al#orith!. When the cell isheavil* loaded in (, this al#orith! red"ces the cell loadin ( b* "sin# inter=fre+"enc* load handover, %) servicerate red"ction, "ncontrollable real=ti!e service o$rene#otiation, C$ inter=RA handover, and $ inter=RAhandover. DDR D load resh"in# al#orith!. When thecell is heavil* loaded in D, this al#orith! red"ces the cellload in D b* "sin# inter=fre+"enc* load handover, %)service rate red"ction, "ncontrollable real=ti!e serviceo$ rene#otiation, C$ inter=RA handover, and $ inter=RA handover. OC)@)'M)A$ Control OC event!eas"re!ent. his al#orith! starts the OC event!eas"re!ent. C)COD)DR Code resh"in#

al#orith!. When the cell is heavil* loaded in D, this

@al"e ran#e4'RA6R)()'CED%,(C, (OC, DOC, (DR,DDR, OC)@)'M)A$,C)COD)DR andC)CR)D4DR.

he al#orith!s the above val"es reresent are as followA-OR4HMR)(4R)D Alwa*s reset the !ac=hs no!atter the cells in +"estion are in the sa!e 'ode% or not.A-OR4HMD))'DO'C- Reset the !ac=hs onl*when the cells in +"estion are in the di8erent local cell#ro".

@al"e ran#eA-OR4HMR)(4R)D,A-OR4HMD))'DO'C-

4ndicatin# whether to searate the R99 services to R99cells referentiall* or not when non=R99 cell sets " a R99C$ do!ain service

@al"e ran#e 6A$) notsearateB, R() searateB



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'one

'one

'one


Cell na!e. 'one

C' Oerator 4ndeG @al"e ran#e L N 'one

'ode% na!e. 'one

(ni+"el* identif*in# a local cell. @al"e ran#e LN/15155. 'one

$e+"ence 'o. of a D ri!ar* scra!blin# code in a cell. @al"e ran#e LN500. 'one

'one

'one

'one

'one

'one


4ndicatin# whether to searate the R99 services to R99cells referentiall* or not when non=R99 cell sets " a R99$ do!ain service

@al"e ran#e 6A$) notsearateB, R() searateB

Deter!inin# the co!binations of $4%s to be broadcast ina cell.

@al"e ran#e$4%/,$4%1,$4%0/,$4%0.

Deter!inin# whether the fre+"enc* band indicationinfor!ation will be broadcasted in s*ste! infor!ation.

@al"e ran#e

%ROADCA$,'O%ROADCA$.

@al"e ran#e 0N0characters.

@al"e ran#e 0N0characters.

4dentif*in# a location area within the M' of -$M=MAt*e. 4t is de2ned b* the oerator. H?LLLL and H?666) arereserved.

@al"e ran#eH?LLLLNH?6666LN555B,eGcet for H?LLLL andH?666).

o#ether with M'=4d and AC, it !akes " the service

area 4D $A4B. he $A4 is "sed to de2ne an area co!osedof one or !ore cells in the sa!e location area. his area iscalled service area, which indicates the location of the ()to C'. $AC is de2ned b* the oerator.

@al"e ran#eH?LLLLNH?6666LN555B.

4ndicatin# whether to con2#"rate RAC. 4f the R'C s"ort$ do!ain, the val"e of this ara!eter !"st be R)(4R).

@al"e ran#e 'OR)(4R),R)(4R)

4dentif*in# a ro"te area in a location area within the M'of -$M=MA t*e. 4t is de2ned b* the oerator.

@al"e ran#eH?LLNH?66LN/55B.

4ndicatin# selected fre+"enc* %and in the cell set"rocess.

@al"e ran#e%and0,%and/,%and,%and1,%and5,%and,%and7,%and,%and9,%and4nd'ot(sed

4ndicatin# whether the ( fre+"enc* of the cell need be

con2#"red. R() he ( fre+"enc* need be con2#"red.6A$) he ( fre+"enc* need not be con2#"red. 4t iscon2#"red a"to!aticall* accordin# to the relationshibetween ( and D fre+"encies.



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#153172

(link (AR6C' of a cell. 'one

d%!;L.0

'one

'one

@al"e ran#e Deendin# onthe val"e of I%andindicationJ, as shown below%and0 Co!!onfre+"encies I90/=9J$ecial fre+"encies none%and/ Co!!on

fre+"encies I9//=95J$ecial fre+"enciesY0/,7,/,7,00/,07,0/,07,/0/,/7,//,/7Z%and Co!!onfre+"encies I97=0/J$ecial fre+"encies none%and1 Co!!onfre+"encies I00/=050J$ecial fre+"encies Y0/,07, 070/, 077, 07/,077, 00/, 07, 0/Z%and5 Co!!onfre+"encies I10/=1/J$ecial fre+"encies Y7/,

77, L7, 0/, 7, /Z%and Co!!onfre+"encies I10/=10J$ecial fre+"encies Y0/,7Z %and7 Co!!onfre+"encies I/L0/=/J$ecial fre+"encies Y//,/7, /10/, /17, /1/,/17, /50/, /57, /5/,/57, /0/, /7, //,/7Z %and Co!!onfre+"encies I/70/=/J$ecial fre+"encies none%and9 Co!!on

fre+"encies I7/=90/J$ecial fre+"encies none%and4nd'ot(sed IL=0J

he s"! of the !aGi!"! trans!it ower of all Dchannels in a cell. 4t is con2#"red in the network lannin#.

@al"e ran#e LN5LL.h*sical val"e ran#e LN5L

'"!ber of s"ccessive 3in s*nc3 indications receivedbefore 'ode% tri##ers the radio link restore roced"re. he radio link set kees in the initial state till a*er 0receives '4'$E'C4'D s"ccessive 3in s*nc3 indications. 4nthis case, 'ode% tri##ers the radio link restore roced"reand indicates that the radio link set is in thes*nchroni>ation state.

@al"e ran#e 0N/5.h*sical val"e ran#e0N/5.

he n"!ber of s"ccessive 3o"t of s*nc3 indicationsreceived before the radio link fail"re ti!er is started. 4f'ode% has received 'O($E'C4'D s"ccessive 3o"t ofs*nc3 indications when the radio link set is 3in s*nc3, theti!er sho"ld be started. he ti!er will be stoed andreset "on the recetion of '4'$E'C4'D s"ccessive 3ins*nc3 indications. 'ode% will tri##er the radio link fail"reroced"re and indicate the radio link set 3o"t of s*nc3"on the eGir* of the ti!er.

@al"e ran#e 0N/5.h*sical val"e ran#e0N/5.



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#154172

s;L.0

@al"e ran#e LNL. 'one

@al"e ran#e LN0L. d%

@al"e ran#e 0NL. $lot

@al"e ran#e O', O66. 'one



chi


(ni+"el* identif*in# a (RA. @al"e ran#e LN555. 'one

'one

'one


'one

'one

'one

he ti!er sho"ld be started when the radio link set is 3ins*nc3, and when 'ode% has received 'O($E'C4'Ds"ccessive 3o"t of s*nc3 indications. he ti!er will bestoed and reset "on the recetion of '4'$E'C4'Ds"ccessive 3in s*nc3 indications. 'ode% will tri##er theradio link fail"re roced"re and indicate the radio link set3o"t of s*nc3 "on the eGir* of the ti!er.

@al"e ran#e LN/55.h*sical val"e ran#eLN/5.5

D trans!it ower control CB !ode of the 2rst radiolink set before co!letion of ( s*nchroni>ation.

he increase of D trans!it ower withinDlowerAvera#eWindow$i>e cannot eGceed thisara!eter val"e.

(RA' calc"lates the increase of D trans!it owerwithin the eriod de2ned via this ara!eter to deter!inewhether the increase eGceeds owerRaisei!it. 4f so,(RA' will not increase the ower even when it receivesthe co!!and to raise the ower.

4ndicatin# whether to trans!it the node=s*nchroni>ation!essa#e to 'ode% in the cell set" rocess.

4ndicatin# whether to s"ort $ite $election Diversit* rans!ission $$DB in the cell. 4ndicatin# whether to activate trans!ission diversit*con2#"ration of the cell?s downlink co!!on h*sicalchannels.

he di8erence between the $*ste! 6ra!e '"!ber $6'Band 'ode% 6ra!e '"!ber %6'B of the 'ode% which thecell belon#s to.

@al"e ran#e CH4L,CH4/5, CH450/, CH47,CH40L/1, CH40/L,CH405, CH4079/,CH4/L1, CH4/L1.h*sical val"e ran#e L, /5,50/, 7, 0L/1, 0/L, 05,079/, /L1, /L1.

4ndicatin# whether to s"ort Closed loo ti!e ad<"st!ode in the cell.

4ndicatin# whether the intra=fre+"enc* !eas"re!entcontrol infor!ation sho"ld be delivered thro"#h thes*ste! infor!ation. -enerall* the cell sho"ld deliver theintra=fre+"enc* !eas"re!ent control infor!ation.


4ndicatin# whether the inter=fre+"enc* , or inter=RA , orinter=fre+"enc* and inter=RA !eas"re!ent controlinfor!ation sho"ld be delivered thro"#h the s*ste!infor!ation.

@al"e ran#e 'OR)(4R),4')R6R),4')RRA,4')R6R)A'D 4')RRA

4ntra=fre+"enc* !eas"re!ent control 4D. When I4ntra=fre+ Meas Ctrl 4nfo 4ndJ is set as R)(4R), this ara!eteris !andator*.4dentif*in# whether () need to reort RACH $6'=$6' ti!edi8erent or not.


'OR)OR, indicates the () need not !eas"re the $6'=$6' ti!e di8erence. E)0, indicates the () reorts the$6'=$6' ti!e di8erence. E)/, indicates the () reortsthe C4CH R: ti!e di8erence between two cells. Refer to $/5./05.

@al"e ran#e 'OR)OR, E)0, E)/

4dentif*in# whether () need to reort nei#hbo"rin# cell ornot.




305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#155172

'one

'one

@al"e ran#e 0N0/ 'one

@al"e ran#e /LN/55. 0L!s

@al"e ran#e /LN/55. 0L!s

@al"e ran#e 0 to /55 0L!s



OAM #"ard va"le for low rate. @al"e ran#e LN0LLL. !s

OAM #"ard va"le for !iddle rate. @al"e ran#e LN0LLL. !s

OAM #"ard va"le for hi#h rate. @al"e ran#e LN0LLL. !s

he !aGi!"! n"!ber of nei#hborin# cells that can becontained in the () RACH reort.

@al"e ran#e 'OR)OR,C(RR)'C),C(RR)'C)A'D%)$ ')4-H%O(R,C(RR)'C)A'D/%)$ ')4-H%O(R,

C(RR)'C)A'D%)$ ')4-H%O(R,C(RR)'C)A'D1%)$ ')4-H%O(R,C(RR)'C)A'D5%)$ ')4-H%O(R,C(RR)'C)A'D%)$ ')4-H%O(R

4ndicatin# whether the 6ACH !eas"re!ent occasioneriod len#th coeFcient sho"ld be delivered thro"#h thes*ste! infor!ation. 4f inter=fre+ or inter=RA !eas"re!entcontrol infor!ation was broadcast thro"#h the s*ste!infor!ation, so!e ()s in C)6ACH state need the 6ACH

!eas"re!ent occasion eriod len#th coeFcient for!eas"re!ent. When I4nter=fre+;4nter=RA Meas Ctrl 4nfo4ndJ is set as 'OR)(4R), this ara!eter is needless.


he 6ACH !eas"re!ent occasion c*cle len#th coeFcient"sed to infor! the () in C)6ACH state the ti!e to startinter=fre+"enc* or inter=RA !eas"re!ent. -enerall* thisara!eter ran#es fro! 0 to 5. he #reater this ara!eteris set, the !ore ti!e it will take for the () to erfor!inter=fre+"enc* or inter=RA !eas"re!ent. his ara!eteris shared b* both inter=fre+"enc* and inter=RA!eas"re!ent.

Activation ti!e defa"lt o8set val"e for !iddle rate "sedin conditions other than hard handover .

Activation ti!e defa"lt o8set val"e for hi#h rate "sed inconditions other than hard handover .

rocess t*e 0 the handover rocess on di8erent cells,not incl"din# H$DA or H$(A servicesB activates theti!e defa"lt o8set val"e.

rocess t*e / the handover rocess on di8erent cells,incl"din# H$DA or H$(A servicesB activates the ti!edefa"lt o8set val"e.

rocess t*e the triFc on sa!e cells, and DRD ondi8erent cellsB activates the ti!e defa"lt o8set val"e.



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#156172

d%!;L.0

d%!;L.0

d%!;L.0

d%;L.0

d%;L.0

d%;L.0

d%;L.0

@al"e ran#e =0LN5. d%

@al"e ran#e =//N5. d%

d%;L.0


4dentif*in# the t*e of a C'. 'one

@al"e ran#e LN0LLLLLL. bs

d%;L.0

d%;L.0

his ara!eter sho"ld be set based on the act"al s*ste!environ!ent s"ch as cell covera#e radi"sB and#eo#rahical environ!ent. 6or the cells to be covered, thedownlink covera#e sho"ld be #"aranteed as a re!ise.6or the cells re+"irin# soft handover area, this ara!etersho"ld satisf* the roortion of soft handover areassti"lated in the network lannin#. 4f the !aGi!"!

trans!it ower of the C4CH is con2#"red too #reat, thecell caacit* will be decreased beca"se a lot of s*ste!reso"rces will be occ"ied and the interference with thedownlink traFc channels will be increased.

@al"e ran#e =0LLN5LL.h*sical val"e ran#e=0LN5L

his ara!eter sho"ld be set based on the act"al s*ste!environ!ent s"ch as cell covera#e radi"sB and#eo#rahical environ!ent. 4n a certain roortion of softhandover area, it is of no hel to i!rove the downlinkcovera#e b* raisin# C4CH ower.

@al"e ran#e =0LLN5LL.h*sical val"e ran#e=0LN5L

his ara!eter sho"ld be set based on the act"al s*ste!environ!ent s"ch as cell covera#e radi"sB and#eo#rahical environ!ent. 4f the !ini!"! trans!itower of the C4CH is con2#"red too s!all, the cell

covera#e will be a8ected. he ara!eter sho"ld be set inthe recondition that a certain roortion of soft handoverarea is ens"red, or all areas !"st be covered co!letel*.

@al"e ran#e =0LLN5LL.h*sical val"e ran#e

=0LN5L

he o8set of the $CH trans!it ower fro! the C4CHtrans!it ower in a cell.

@al"e ran#e =5LN05L.h*sical val"e ran#e=5N05,

he o8set of the $$CH trans!it ower fro! the C4CHtrans!it ower in a cell.

@al"e ran#e =5LN05L.h*sical val"e ran#e=5N05,

O8set of the %CH trans!it ower fro! the C4CHtrans!it ower in a cell

@al"e ran#e =5LN05Lh*sical val"e ran#e=5N05,

he o8set between the CH trans!it ower and C4CHtrans!it ower in a cell.


he di8erence between the trans!it ower of 4CH and

that of C4CH. he di8erence between the trans!it ower of A4CH andthat of C4CH.

he o8set between the 6ACH trans!it ower and C4CHtrans!it ower in a cell.


@al"e ran#e C$DOMA4',$DOMA4'.

his ara!eter denotes the rate of service. he t*cailservices incl"de 0/./k, 1k, 011k, 1k and so on. he !aGi!"! downlink trans!it ower of radio link. hisara!eter sho"ld f"l2ll the covera#e re+"ire!ent of thenetwork lannin#, and the val"e is relative to IC4CH

trans!it owerJ.


he !ini!"! downlink trans!it ower of radio link. hisara!eter sho"ld consider the !aGi!"! downlinktrans!it ower and the d*na!ic ran#e of ower control,and the val"e is relative to IC4CH trans!it owerJ.




305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#157172

'one

L.L0

L.L0

L.L0

L.L0

L.L0

L.L0

L.L0

L.L0

@al"e ran#e 0L to LLLLL. !s

@al"e ran#e (, RA, H. 'one

'one;L.LL0

'one;L.L0

his ara!eter refers to the downlink sreadin# factor"sed b* the R carr*in# sin#le service with the C' do!ainand !aGi!"! bit rate of service. he downlink trans!itower ara!eters of co!!on services are obtained b*e!"lation, and the val"e of IDownlink sreadin# factorJdeends on s"ch factors as service rate and "nct"rin#li!itation.

@al"e ran#e D1, D, D0,D/, D1, D0/, D/5,D50/.

4f the ( load of the cell is not lower than this threshold,the ( load resh"in# f"nction of the cell is tri##ered.

@al"e ran#e L to 0LL.h*sical val"e ran#e L to 0,

4f the ( load of the cell is lower than this threshold, the( load resh"in# f"nction of the cell will be stoed.


4f the D load of the cell is not lower than this threshold,the D load resh"in# f"nction of the cell will betri##ered.


4f the D load of the cell is lower than this threshold, theD load resh"in# f"nction of the cell will be stoed.


4f the ( load of the cell is not lower than this threshold,the ( overload con#estion control f"nction of the cell willbe tri##ered.


4f the ( load of the cell is lower than this threshold, the( overload con#estion control f"nction of the cell will bestoed.


4f the D load of the cell is not lower than this threshold,

the D overload con#estion control f"nction of the cell willbe tri##ered.


4f the D load of the cell is lower than this threshold, theD overload con#estion control f"nction of the cell will bestoed.


4f the D load state of the cell is lasted !ore than thisthreshold, the D load state of the cell will transfer.

he c"rrent cell environ!ent. With the codin# !odeindeG and cell environ!ent t*e indeG, we can #et thecorresondin# c"rves of %)R=)b;4o. he c"rves of %)R=)b;4o with di8erent codin# !odes and cell environ!entt*es are di8erent fro! each other.

4t is "sed to redict the trans!it ower. Uero reresentsthat channels are co!letel* ortho#onal and there is no

interference between "sers in D load factor rediction.

@al"e ran#e LN0LLL.h*sical val"e ran#e LN0

he ercenta#e of conversational AMR service thresholdto the 0LL "link load. 4t is shared b* al#orith! 0 andal#orith! /. 4f the ( load of a cell will be hi#her than thisthreshold after the access of an AMR seech service, thisservice will be re<ected. 4f the ( load of a cell will not behi#her than this threshold after the access of an AMRseech service, this service will be ad!itted. he ( loadfactor thresholds incl"de this ara!eter, I( threshold ofConv nonAMR serviceJ,I( handover access thresholdJand I( threshold of other servicesJ. he fo"r ara!eterscan be "sed to li!it the roortion betweenconversational service, handover "ser and other servicesin a seci2c cell, and to #"arantee the access riorit* of

conversational AMR service.his ara!eter is to#"arantee the access riorit* of conversational AMRservice.

@al"e ran#e LN0LL.h*sical val"e ran#eLN0LL



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#158172

'one;L.L0

'one;L.L0

'one;L.L0

'one;L.L0

he ercenta#e of conversational nonAMR servicethreshold to the 0LL "link load. 4t is shared b*al#orith! 0 and al#orith! /. 4f the ( load of a cell will behi#her than this threshold after the access of a non=AMRseech service, this service will be re<ected. 4f the ( loadof a cell will not be hi#her than this threshold after theaccess of a non=AMR seech service, this service will be

ad!itted. he ( load factor thresholds incl"de thisara!eter, I( threshold of Conv AMR serviceJ,I(handover access thresholdJ and I( threshold of otherservicesJ. he fo"r ara!eters can be "sed to li!it theroortion between conversational service, handover "serand other services in a seci2c cell, and to #"arantee theaccess riorit* of conversational AMR service.

@al"e ran#e LN0LL.

h*sical val"e ran#eLN0LL

he ercenta#e of other service threshold to the 0LL"link load. 4t is shared b* al#orith! 0 and al#orith! /. 4fthe ( load of a cell will be hi#her than this thresholdafter the access of a non=seech service, this service willbe re<ected. 4f the ( load of a cell will not be hi#her thanthis threshold after the access of a non= seech service,this service will be ad!itted. he ( load factor

thresholds incl"de this ara!eter, I( threshold of ConvAMR serviceJ,I( threshold of Conv nonAMR serviceJ andI( handover access thresholdJ. he fo"r ara!eters canbe "sed to li!it the roortion between conversationalservice, handover "ser and other services in a seci2ccell, and to #"arantee the access riorit* ofconversational AMR service.

@al"e ran#e LN0LL.

h*sical val"e ran#eLN0LL

he ercenta#e of conversational AMR service thresholdto the 0LL downlink load. 4t is shared b* al#orith! 0and al#orith! /. 4f the D load of a cell will be hi#her thanthis threshold after the access of an AMR seech service,this service will be re<ected. 4f the D load of a cell will notbe hi#her this threshold after the access of an AMRseech service, this service will be ad!itted. he D loadfactor thresholds incl"de this ara!eter and ID

threshold of Conv nonAMR serviceJ,ID handover accessthresholdJ and ID threshold of other servicesJ. he fo"rara!eters can be "sed to li!it the roortion betweenconversational service and other services in a seci2ccell, and to #"arantee the access riorit* ofconversational AMR service.

@al"e ran#e LN0LL.h*sical val"e ran#e

LN0LL

he ercenta#e of conversational nonAMR servicethreshold to the 0LL downlink load. 4t is shared b*al#orith! 0 and al#orith! /. 4f the D load of a cell will behi#her than this threshold after the access of a non=AMRseech service, this service will be re<ected. 4f the D loadof a cell will not be hi#her than this threshold after theaccess of a non=AMR seech service, this service will bead!itted. he D load factor thresholds incl"de this

ara!eter and ID threshold of Conv AMR serviceJ,IDhandover access thresholdJ and ID threshold of otherservicesJ.he fo"r ara!eters can be "sed to li!it theroortion between conversational service and otherservices in a seci2c cell, and to #"arantee the accessriorit* of conversational AMR service.


LN0LL



305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#15<172

'one;L.L0

'one;L.L0

'one;L.L0

he total downlink ower threshold of the cell. 'one;L.L0

'one;L.L0

he ercenta#e of other service threshold to the 0LLdownlink load. 4t is shared b* al#orith! 0 and al#orith! /.4f the D load of a cell will be hi#her than this thresholdafter the access of a non=seech service, this service willbe re<ected. 4f the D load of a cell will not be hi#her thanthis threshold after the access of a non= seech service,this service will be ad!itted. he D load factor

thresholds incl"de this ara!eter and ID threshold ofConv AMR serviceJ,ID threshold of Conv nonAMRserviceJ and ID handover access thresholdJ. he fo"rara!eters can be "sed to li!it the roortion betweenconversational service and other services in a seci2ccell, and to #"arantee the access riorit* ofconversational AMR service.


LN0LL

he ercenta#e of handover access service threshold tothe 0LL "link load. 4t is shared b* al#orith! 0 andal#orith! /. 4f the ( load of a cell will be hi#her than thisthreshold after a new service is handed over to the cell,this service will be re<ected. 4f the ( load of a cell will notbe hi#her than this threshold after a new service ishanded over to the cell, this service will be ad!itted. he( load factor thresholds incl"de this ara!eter, I(

threshold of Conv AMR serviceJ,I( threshold of ConvnonAMR serviceJ and I( threshold of other servicesJ. he fo"r ara!eters can be "sed to li!it the roortionbetween conversational service, handover "ser and otherservices in a seci2c cell, and to #"arantee the accessriorit* of handover service. his ara!eter !"st behi#her than I( threshold of Conv AMR serviceJ ,I(threshold of Conv nonAMR serviceJ,and I( threshold ofother servicesJ. his ara!eter onl* a8ects inter=fre+"enc* handover.


he ercenta#e of handover access service threshold tothe 0LL downlink load. 4t is shared b* al#orith! 0 andal#orith! /. 4f the D load of a cell will be hi#her than thisthreshold after a new service is handed over to the cell,

this service will be re<ected. 4f the D load of a cell will notbe hi#her than this threshold after a new service ishanded over to the cell, this service will be ad!itted. heD load factor thresholds incl"de this ara!eter and IDthreshold of Conv AMR serviceJ,ID threshold of ConvnonAMR serviceJand ID threshold of other servicesJ. his ara!eter !"st be hi#her than ID threshold of ConvAMR serviceJ, ID threshold of Conv nonAMR serviceJand ID threshold of other servicesJ.4t is "sed to reservereso"rces for handover to ens"re handover erfor!ance.



( co!!on channel load factor is one in a tho"sand of

cell load. he CAC is onl* "sed for dedicated channels,and for co!!on channels, so!e reso"rce is reserved. 4n(, accordin# to the c"rrent load factor and thecharacteristics of the new call, the ( CAC al#orith!redicts the new traFc channels load factor with theass"!tion of ad!ittin# the new call, then l"s with there!editated co!!on channel ( load factor to #et theredicted ( load factor. hen, co!are it with (ad!ission threshold. 4f it is not hi#her than the threshold,the call is ad!itted otherwise, re<ected.




305374348.xls "#$%&'() +#,#l-

02/23/2016 '#('9l :9;#160172

'one;L.L0

'one;L.L0

'one;L.L0

@al"e ran#e 0N/LL. 'one

@al"e ran#e 0N/LL. 'one

'one;L.L0

'one;L.L0

'one;L.L0

MaG n"!ber of "sers s"orted b* H$DA channel. @al"e ran#e LN1. 'one

@al"e ran#e =5LN. d%!




d%!;L.0

Dela* of $R% in DCH RRC rocess. @al"e ran#e LN7. 6ra!e

@al"e ran#e LN7. 6ra!e

Dela* of $R% in DCH HHO rocess. @al"e ran#e LN7. 6ra!e

@al"e ran#e LN7. 6ra!e

Defa"lt C4CH )c;'o. @al"e ran#e =LNL. d%

D co!!on channel load reserved coeFcient is oneercent of all co!!on channel ower in a cell. he CAC isonl* "sed for dedicated channels, and for co!!onchannels, so!e reso"rce is reserved. 4n D, accordin# tothe c"rrent load factor and the characteristics of the newcall, the D CAC al#orith! redicts the new traFcchannels load factor with the ass"!tion of ad!ittin# the

new call, then l"s with the re!editated co!!onchannel D load factor to #et the redicted D load factor. hen, co!are it with D ad!ission threshold. 4f it is nothi#her than the threshold, the call is ad!itted otherwise,re<ected.


he ratio of ( nei#hborin# cells? interference to this cell?sinterference.

@al"e ran#e LN/LL.h*sical val"e ran#e LN/,

he ratio of D nei#hborin# cells? interference to this cell?sinterference.

@al"e ran#e LN/LL.h*sical val"e ran#e LN/,

When the al#orith! / is "sed, this ara!eter de2nes thetotal e+"ivalent "ser n"!ber corresondin# to the 0LL"link load.When the al#orith! / is "sed, this ara!eter de2nes thetotal e+"ivalent "ser n"!ber corresondin# to the 0LLdownlink load.

4f the H$=DCCH is to carr* ACS;'ACS, the s*ste! will noterfor! CAC. 4f the H$=DCCH is to carr* C4, the s*ste!will erfor! CAC. he corresondin# threshold of thisara!eter e+"als the rod"ct of ( li!it caacit* and thisara!eter val"e.


he avera#e thro"#h"t ad!ission threshold of theH$DA strea!in# traFc


he avera#e thro"#h"t ad!ission threshold of theH$DA best e8ort traFc.


he !aGi!"! ( trans!it ower for conversationalservice in a seci2c cell. 4t is based on the ( covera#ere+"ire!ent of the conversational service desi#ned b* thenetwork lannin#. he !aGi!"! ( trans!it ower for strea!in# service ina seci2c cell. 4t is based on the ( covera#e re+"ire!entof the strea!in# service desi#ned b* the networklannin#. he !aGi!"! ( trans!it ower for interactive servicein a seci2c cell. 4t is based on the ( covera#ere+"ire!ent of the interactive service desi#ned b* thenetwork lannin#. he !aGi!"! ( trans!it ower for back#ro"nd servicein a seci2c cell. 4t is based on the ( covera#ere+"ire!ent of the back#ro"nd service desi#ned b* thenetwork lannin#.

4f IA"to=Adative %ack#ro"nd 'oise (date $witchJ is setto O66, it is initial back#ro"nd noise in back#ro"nd noise"date al#orith!. Otherwise, it is "sed to calc"late the ('oiserise. lease refer to the attached !ain# table to

2nd the relationshi between the ara!eter val"e andthe act"all* !eas"red val"e.

@al"e ran#e LN/0.h*sical val"e ran#e =00/N=

5L

DCCH ower control rea!ble len#th in DCH RRCrocess.

DCCH ower control rea!ble len#th in DCH HHOrocess.



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02/23/2016 '#('9l :9;#161172

'one

'one;L.L0

s

'one

4nitial D ower o8set for a new added R in $R'C. @al"e ran#eLN/5 d%

@al"e ran#e LN0LL.

'one

'one

'ode% MaG Hsda (ser '"!ber. @al"e ran#e LN1L. 'one

@al"e ran#e O', O66 'one'ode% MaG Hs"a (ser '"!ber. @al"e ran#e LN1L. 'one

When the ara!eter is ?O66?, the a"to=adativeback#ro"nd noise "date al#orith! will be switched o8.Otherwise, the al#orith! will be switched on.

@al"e ran#e O66,O'.h*sical val"e ran#e O66,O'.

he a"to=adative back#ro"nd noise al#orith! "ses analha 2lter for 2lterin# the !eas"red RW. hisara!eter deter!ines the 2lter coeFcient. 4n order tooverco!e the s"dden interference, the 2lter coeFcient

sho"ld be s!all.


Onl* when the !eas"red back#ro"nd noise?s d"rationreaches this ara!eter, the o"t"t of the a"to=adativeback#ro"nd noise "date 2lter co"ld be re#arded ase8ect back#ro"nd noise, and relace the c"rrent val"e, atthe sa!e ti!e, the a"to=adative stat"s sho"ld berestarted otherwise, the o"t"t co"ld not be re#arded asthe e8ective back#ro"nd noise.

@al"e ran#e 0NLLL.h*sical val"e ran#e0NLLL.

When the n"!ber of "link e+"ivalent "sers is not lar#erthan this ara!eter, the RW co"ld be re#arded asback#ro"nd noise. herefore, the !eas"red RW co"ldbe in"t to the a"to=adative back#ro"nd noise "date2lter otherwise, the RW co"ld not be re#arded asback#ro"nd noise, and sho"ld not be in"t to the 2lter,and at the sa!e ti!e, the a"to=adative stat"s sho"ld bereset.

@al"e ran#e LN0L. h*sicalval"e ran#e LN0L.

he ara!eter indicates the !aG "ser n"!er the H$(Achannel can s"orts.

(link Credit Reserved b* $read 6actor for HandOver.$6O66 !eans that none of the! are reserved forHandOver. 4f the (l sare reso"rce cant sa2sf* thereserved reso"rce after the acess of a new service, theservice will be re<ected. he ara!eter of I(l HandOverCredit Reserved $6J !"st be not less than the one of I(lDR Credit $6 reserved thresholdJ. he ara!eter of I(lDR Credit $6 reserved thresholdJ is set in ADD C)DRand MOD C)DR, and the* can be listed b* $

C)DR.

@al"e ran#e $61, $6, $60,$6/, $61, $60/, $6/5,$6O66. h*sical val"e ran#e$61, $6, $60, $6/, $61,$60/, $6/5, $6O66.

Downlink Credit and channeli>ed code Reserved b*$read 6actor for HandOver. $6O66 !eans that none ofthe! are reserved for HandOver. 4f the Dl sare reso"rcecant sa2sf* the reserved reso"rce after the acess of a newservice, the service will be re<ected. he ara!eter of IDlHandOver Credit and Code Reserved $6J !"st be not lessthan the either of IDl DR Credit $6 reserved thresholdJand ICell DR $6 reserved thresholdJ. he ara!eters ofIDl DR Credit $6 reserved thresholdJ and ICell DR $6reserved thresholdJ are set in ADD C)DR and MODC)DR, and the* can be listed b* $ C)DR.

@al"e ran#e $61, $6, $60,$6/, $61, $60/, $6/5,$6O66. h*sical val"e ran#e$61, $6, $60, $6/, $61,$60/, $6/5, $6O66.

O' !eans the 4(% con#estion control al#orith! is oen

O66 !eans it is closed.



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02/23/2016 '#('9l :9;#162172

'one 'one

'one he sa!e as above 'one









@al"e ran#e 0N0L. 'one






@al"e ran#e 'OAC 'OAC4O'B, 4')R6R)DHO4')R=6R) OADHA'DO@)RB, %)RA)R)D%) RA66 RA)

R)D(C4O'B, O$R)')-O('CO'RO)D R)A=4M) RA66 O$ R)=')-O4A4O'B,C$4')RRA$HO(D%)DHOC$ DOMA4' 4')R=RA$HO(D %) OADHA'DO@)RB,$4')RRA$HO(D%)DHO$ DOMA4' 4')R=RA$HO(D %) OADHA'DO@)RB, AMRRA)R)DAMR RA66 RA)R)D(C4O'B,M%M$D)COW)RM%M$D)$C)'D OW)RB,COD)ADVCOD) ADV($B,C$4')RRA$HO(D'ODHO C$ DOMA4' 4')R=RA$HO(D 'O %) OADHA'DO@)RB,$4')RRA$HO(D'ODHO $ DOMA4' 4')R=RA$HO(D 'O %) OADHA'DO@)RB.

'"!ber of RA%s selected in a D DR %) traFc ratered"ction.

'"!ber of RA%s selected in a D DR "ncontrolled real=ti!e traFc o$ re=ne#otiation.

'"!ber of "sers selected in a D DR C$ do!ain inter=

RA sho"ld be load handover.

'"!ber of "sers selected in a D DR $ do!ain inter=RA sho"ld be load handover.

'"!ber of "sers selected in a D DR C$ do!ain inter=RA sho"ld not be load handover.

'"!ber of "sers selected in a D DR $ do!ain inter=RA sho"ld not be load handover.



305374348.xls "#$%&'() +#,#l-

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'one 'one





'one he sa!e as above 'one'one he sa!e as above 'one








@al"e ran#e LN0LL. 'one


@al"e ran#e 'OAC 'OAC4O'B, 4')R6R)DHO4')R=6R) OADHA'DO@)RB, %)RA)R)D%) RA66 RA)

R)D(C4O'B, O$R)')-O('CO'RO)D R)A=4M) RA66 O$ R)=')-O4A4O'B,C$4')RRA$HO(D%)DHOC$ DOMA4' 4')R=RA$HO(D %) OADHA'DO@)RB,$4')RRA$HO(D%)DHO$ DOMA4' 4')R=RA$HO(D %) OADHA'DO@)RB, AMRRA)R)DAMR RA66 RA)R)D(C4O'B,C$4')RRA$HO(D'OD

HO C$ DOMA4' 4')R=RA$HO(D 'O %) OADHA'DO@)RB,$4')RRA$HO(D'ODHO $ DOMA4' 4')R=RA$HO(D 'O %) OADHA'DO@)RB.

'"!ber of RA%s selected in a ( DR %) traFc ratered"ction.

'"!ber of RA%s selected in a ( DR "ncontrolled real=ti!e traFc o$ re=ne#otiation.

'"!ber of "sers selected in a ( DR C$ do!ain inter=RA sho"ld be load handover.

'"!ber of "sers selected in a ( DR $ do!ain inter=RA sho"ld be load handover.

'"!ber of "sers selected in a ( DR C$ do!ain inter=RA sho"ld not be load handover.

'"!ber of "sers selected in a ( DR $ do!ain inter=RA sho"ld not be load handover.

he nei#hbor 4nter=fre+ Cell co"ld be select as thedestination of load handover, onl* when its load sace islar#er than this threshold.

he nei#hbor 4nter=fre+ Cell co"ld be select as thedestination of load handover, onl* when its load sace islar#er than this threshold.



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02/23/2016 '#('9l :9;#164172

@al"e ran#e LN1LLLLL. bs

@al"e ran#e LN1LLLLL. bs


'one

@al"e ran#e 6A$),R(). 'one

'"!ber of "sers selected in a code ad<"st. @al"e ran#e 0N. 'one

'one

'one



@al"e ran#e LN011LL. s

@al"e ran#e L NL. s


@al"e ran#e L NL. s

he () co"ld be select to rocess load handover, onl*when its bandwidth is less than this threshold.

he () co"ld be select to rocess load handover, onl*when its bandwidth is less than this threshold.

he M%M$ service co"ld be selected to descend oweronl* when the RA% riorit* of the M%M$ service is lar#er

than this threshold. he code ad<"stin# co"ld be done onl* when the!ini!"! available $6 of a cell is lar#er than thisthreshold. he ara!eter of IDl HandOver Credit andCode Reserved $6J !"st be not less than the one of ICellDR $6 reserved thresholdJ. he ara!eter of IDlHandOver Credit and Code Reserved $6J is set in ADDC)CAC and MOD C)CAC, and the* can be listed b*$ C)CAC.

@al"e ran#e$61,$6,$60,$6/,$61,$60/,$6/5.

36A$)3 denotes not considerin# the riorit* of code whencode ad<"st3R()3 denotes considerin# the riorit* ofcode when code ad<"st.

he (l Credit DR co"ld be done onl* when the (l Credit

$6 Reserve lar#er than this threshold. he ara!eter ofI(l HandOver Credit Reserved $6J !"st be not less thanthe one of I(l DR Credit $6 reserved thresholdJ. heara!eter of I(l HandOver Credit Reserved $6J is set inADD C)CAC and MOD C)CAC, and the* can be listedb* $ C)CAC.

@al"e ran#e$61,$6,$60,$6/,$61,$60/,$6/5.

he Dl Credit DR co"ld be done onl* when the Dl Credit$6 Reserve lar#er than this threshold. he ara!eter ofIDl HandOver Credit and Code Reserved $6J !"st be notless than the one of IDl DR Credit $6 reserved thresholdJ. he ara!eter of IDl HandOver Credit and Code Reserved$6J is set in ADD C)CAC and MOD C)CAC, and the*can be listed b* $ C)CAC.

@al"e ran#e$61,$6,$60,$6/,$61,$60/,$6/5.

'"!ber of RA%s selected in a ( DR AMR traFc ratered"ction

'"!ber of RA%s selected in a D DR AMR traFc ratered"ction.

When detectin# that the s? 4nteractive (ser had no datato transfer for a lon# ti!e which lon#er than this ti!er,the DC la*er wo"ld re+"est the RRC la*er to releasethis Radio Access %ear.

After sendin# release re+"est to RRC la*er, if the4nteractive Radio Access %ear hadn?t been released "ntilthe 4nteractive service / ti!eo"t, the DC la*er willresend release re+"est indication.

When detectin# that the s? %ack#ro"nd (ser had no datato transfer for a lon# ti!e which lon#er than this ti!er,the DC la*er wo"ld re+"est the RRC la*er to releasethis Radio Access %ear.

After sendin# release re+"est to RRC la*er, if the%ack#ro"nd Radio Access %ear hadn?t been released "ntilthe %ack#ro"nd service / ti!eo"t, the DC la*er willresend release re+"est indication.



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02/23/2016 '#('9l :9;#165172


@al"e ran#e L NL. s


@al"e ran#e L NL. s


@al"e ran#e L NL. s

'one

d%;/

d%;/

d%;/

d%;/

@al"e ran#e LN0. s

When detectin# that the s? Conversational (ser had nodata to transfer for a lon# ti!e which lon#er than thisti!er, the DC la*er wo"ld re+"est the RRC la*er torelease this Radio Access %ear.

After sendin# release re+"est to RRC la*er, if theConversational Radio Access %ear hadn?t been released

"ntil the Conversational service / ti!eo"t, the DCla*er will resend release re+"est indication.

When detectin# that the s? $trea!in# (ser had no datato transfer for a lon# ti!e which lon#er than this ti!er,the DC la*er wo"ld re+"est the RRC la*er to releasethis Radio Access %ear.

After sendin# release re+"est to RRC la*er, if the$trea!in# Radio Access %ear hadn?t been released "ntilthe $trea!in# service / ti!eo"t, the DC la*er willresend release re+"est indication.When detectin# that the s? 4M$ si#nal had no data totransfer for a lon# ti!e which lon#er than this ti!er, theDC la*er wo"ld re+"est the RRC la*er to release this

Radio Access %ear.After sendin# release re+"est to RRC la*er, if the 4M$Radio Access %ear for si#nal hadn?t been released "ntilthe 4M$ service / ti!eo"t, the DC la*er will resendrelease re+"est indication.

Cell selection and reselection +"alit* !eas"re,!a* be setto C4CH )c;'L or C4CH R$C.

@al"e ran#eC4CH)C'OC4CH)c;'LB,C4CHR$CC4CHR$CB

he h*steresis val"e in idle !ode for servin# 6DD cells incase the +"alit* !eas"re!ent for cell selection andreselection is set to C4CH R$C. 4t is related to the slowfadin# feat"re of the area where the cell is located. he#reater the slow fadin# variance is, the #reater this

ara!eter.

@al"e ran#e LN/L. h*sicalval"e ran#e LN1L

he h*steresis val"e in connect !ode for servin# 6DDcells in case the +"alit* !eas"re!ent for cell selectionand reselection is set to C4CH R$C. 4t is related to theslow fadin# feat"re of the area where the cell is located. he #reater the slow fadin# variance is, the #reater thisara!eter.

@al"e ran#e LN/L. h*sicalval"e ran#e LN1L

he h*steresis val"e in idle !ode for servin# 6DD cells incase the +"alit* !eas"re!ent for cell selection andreselection is set to C4CH )c;'o. 4t is related to the slowfadin# feat"re of the area where the cell is located. he#reater the slow fadin# variance is, the #reater thisara!eter. 4t is otional. 4f it is not con2#"red, IH*steresis0J will be adoted as the val"e.

@al"e ran#e YYLN/LZ,Y/55ZZ. h*sical val"eran#e LN1L

he h*steresis val"e in connect !ode for servin# 6DD

cells in case the +"alit* !eas"re!ent for cell selectionand reselection is set to C4CH R$C. 4t is related to theslow fadin# feat"re of the area where the cell is located. he #reater the slow fadin# variance is, the #reater thisara!eter.

@al"e ran#e YYLN/LZ,Y/55ZZ. h*sical val"eran#e LN1L

4f the si#nal +"alit* of a nei#hborin# cell is better thanthe servin# cell d"rin# the seci2ed ti!e of thisara!eter, the () will reselect the nei#hborin# cell. 4t is"sed to avoid in#=on# reselection between di8erentcells. 'ote he val"e L corresonds to the defa"lt val"ede2ned in the rotocol.



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@al"e ran#e =/1NL. d%

d%!

4ndicatin# if the !ini!"! re+"ired R: level is eGtended. @al"e ran#e R(), 6A$).


d%;/

d%;/

d%;/

d%;/

d%;/

$eed deendent scalin# factor for reselection 'one;L.0

4nter=fre+enc* scalin# factor for reselection 'one;L./5

'one;L./5

'one

H*steresis 0 for () in C)CH or (RACH stateId%J d%

H*steresis 0for () in C)6ACH stateId%J d%

H*steresis / for () in C)CH or (RACH stateId%J d%

H*steresis / for () in C)6ACH stateId%J d%

Reselection dela* ti!e for () in CH stateIsJ sReselection dela* ti!e for () in C)6ACH stateIL./sJ s

4ndicatin# whether the () is allowed to access the cell 'one

4ndicatin# whether the cell is reserved for oerator "se 'one

4ndicatin# whether the cell is reserved for eGtension 'one

he !ini!"! re+"ired +"alit* level corresondin# toC4CH )c;'o. he () can ca! on the cell onl* when the!eas"red C4CH )c;'o is #reater than the val"e of thisara!eter. he !ini!"! re+"ired R: level corresondin# to C4CHR$C. he () can ca! on the cell onl* when the!eas"red C4CH R$C is #reater than the val"e of thisara!eter.

@al"e ran#e =5N=0.h*sical val"e ran#e =005N=/5 ste / =5=005 =57=00 ..., = 0/5 B.

he !aGi!"! allowed "link trans!it ower of a () inthe cell, which is related to the network lannin#.Content Allowed !aGi!"! ower trans!itted on RACHin the cell. 4t is related to network lannin#.

A threshold for intra=fre+"enc* cell reselection in idle!ode. When the +"alit* C4CH )c;'o !eas"red b* ()B ofthe servin# cell is lower than this threshold l"s theI+"al!inJ of the cell, the intra=fre+"enc* cell reselectionroced"re will be started.

@al"e ran#e YY=0N0LZ,Y0/7ZZ. h*sical val"eran#e =/N/L

A threshold for intra=fre+"enc* cell reselection in connect!ode. When the +"alit* C4CH )c;'o !eas"red b* ()B ofthe servin# cell is lower than this threshold l"s theI+"al!inJ of the cell, the intra=fre+"enc* cell reselection

roced"re will be started.


A threshold for inter=fre+"enc* cell reselection in idle!ode. When the +"alit* C4CH )c;'o !eas"red b* ()B ofthe servin# cell is lower than this threshold l"s theI+"al!inJof the cell, the inter=fre+"enc* cell reselectionroced"re will be started.


A threshold for inter=fre+"enc* cell reselection in connect!ode. When the +"alit* C4CH )c;'o !eas"red b* ()B ofthe servin# cell is lower than this threshold l"s theI+"al!inJ of the cell, the inter=fre+"enc* cell reselectionroced"re will be started.


A threshold for inter=RA cell reselection. When the +"alit*C4CH )c;'o !eas"red b* ()B of the servin# cell is lowerthan this threshold l"s the I+"al!inJ of the cell, theinter=RA cell reselection roced"re will be started.


@al"e ran#e YYYLN0LZ,Y/55ZZ. h*sical val"eran#e LN0@al"e ran#e YY1N09Z,Y/55ZZ. h*sical val"eran#e 0N1.75.

4nter=RA scalin# factor for reselection

@al"e ran#e YY1N09Z,Y/55ZZ. h*sical val"eran#e 0N1.75.

'on=HC$ indicator@al"e ran#e CO'64-(R)D,'OCO'64-(R)D.@al"e ran#e YYLN1LZ,Y/55ZZ.@al"e ran#e YYLN1LZ,Y/55ZZ.@al"e ran#e YYLN1LZ,Y/55ZZ.@al"e ran#e YYLN1LZ,Y/55ZZ.@al"e ran#e YYLN0Z,

Y/55ZZ.@al"e ran#e YYLN0Z,Y/55ZZ. h*sical val"eran#e LN./@al"e ran#e %ARR)D,'O%ARR)D

@al"e ran#e R)$)R@)D,'OR)$)R@)D

@al"e ran#e R)$)R@)D,'OR)$)R@)D



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'one

'one

'one

'one

'one

'one

'one

'one

'one

'one

'one

'one

'one

'one

'one

'one

'one

s

(ni+"el* identif*in# a RACH in a cell. @al"e ran#e LN/55. 'one


4ndicatin# whether the () allocated with Access Class Lcan be allowed to ori#inate access to the radio network.

@al"e ran#e %ARR)D,'O%ARR)D

4ndicatin# whether the () allocated with Access Class 0can be allowed to ori#inate access to the radio network.


4ndicatin# whether the () allocated with Access Class /can be allowed to ori#inate access to the radio network.


4ndicatin# whether the () allocated with Access Class can be allowed to ori#inate access to the radio network.












4ndicatin# whether the () allocated with Access Class 9can be allowed to ori#inate access to the radio network. @al"e ran#e %ARR)D,'O%ARR)D

4ndicatin# whether the () allocated with Access Class 0Lcan be allowed to ori#inate access to the radio network.




4ndicatin# whether the () allocated with Access Class 0/can be allowed to ori#inate access to the radio network.






4ndicatin# whether the () allocated with Access Class 05

can be allowed to ori#inate access to the radio network.

@al"e ran#e %ARR)D,

'O%ARR)D

4ndicatin# whether the () is allowed to reselect anotherintra=fre+"enc* cell

@al"e ran#e AOW)D,'OAOW)D

4ndicatin# the dela* of the cell can be !eas"red neGt ti!ewhen ICell barred indicatorJ is set to %ARR)D

@al"e ran#e D0L, D/L, D1L,DL, D0L, D/L, D1L,D0/L h*sical val"e ran#e0L, /L, 1L, L, 0L, /L,1L, 0/L

$e+"ence 'o. of the rea!ble scra!blin# code "sed b*this RACH rea!ble art. he scra!blin# code for theRACH rea!ble art is a lon# scra!blin# se+"ence. here are 09/ RACH rea!ble scra!blin# codes intotal, which are divided into 50/ #ro"s with 0 codes ineach #ro". here is a one=to=one corresondencebetween the #ro" of RACH rea!ble scra!blin# codesand ID ri!ar* scra!blin# codeJ. he RACH rea!blescra!blin# code with 'o. of k corresondin# to thedownlink ri!ar* scra!blin# code with 'o. of ! isde2ned as $r=re, where, n T 0! & k ! T L, 0, /, ...,500 and k T L, 0, /, ..., 05B.



305374348.xls "#$%&'() +#,#l-

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'one

'one

MaGi!"! "nct"re ratio of RACHD1L !eans 1LB. 'one

d%;L.5

@al"e ran#e =5N=0L. d%

@al"e ran#e 0N. d%


bit

$e+"ence 'o. of an available rea!ble si#nat"re. he!aGi!"! of 0 si#nat"res fro! si#nat"re L to 05B canbe selected.

@al"e ran#e $4-'A(R)L,$4-'A(R)0, $4-'A(R)/,$4-'A(R), $4-'A(R)1,$4-'A(R)5, $4-'A(R),$4-'A(R)7, $4-'A(R),$4-'A(R)9, $4-'A(R)0L,$4-'A(R)00,

$4-'A(R)0/,$4-'A(R)0,$4-'A(R)01,$4-'A(R)05. M"ltileotions.B

$e+"ence 'o. of an available s"b channel . he !aGi!"!of 0/ s"b channels fro! s"b channel L to 00B can beselected.

@al"e ran#e $(%CHA')L,$(%CHA')0, $(%CHA')/,$(%CHA'), $(%CHA')1,$(%CHA')5, $(%CHA'),$(%CHA')7, $(%CHA'),$(%CHA')9,$(%CHA')0L,$(%CHA')00. M"ltileotions.B

@al"e ran#e D1L, D11, D1,D5/, D5, DL, D1, D,D7/, D7, DL, D1, D,D9/, D9, D0LL.

his ara!eter de2nes the RACH rea!ble detectionthreshold. rea!bles can be distin#"ished onl* when theratio of rea!ble ower to interference level in area!ble eriod eGceeds the threshold. 4f the ara!eteris set too low, it res"lts in !isad<"st!ent of RACHrea!ble si#nals, and the de!od"lation +"alit* of it th"sdecreased. 4f the ara!eter is set too hi#h, theac+"isition ossibilit* of rea!ble si#nals increases,which !a* also ca"se radio reso"rce left "n"sed. hisara!eter decides the de!od"lation +"alit* of rea!ble

si#nals and s"ccessf"l access rate. 4t has so!ethin# withaccess distance / ti!es of RACH covera#e radi"sB and'ode % con2#"ration 1 antenna diversit* !ode or O$R!odeB.

@al"e ran#e LN7/. h*sicalval"e ran#e =.LNL.L

4t is "sed to calc"late the trans!it ower of the 2rstrea!ble in the rando! access rocess. he for!"la is asfollows rea!ble4nitialower T ri!ar* C4CH D :ower=C4CHR$C & ( interference & Constant @al"e.Where, rea!ble4nitialower is the rea!ble initial Gower, ri!ar* C4CH D : ower is the downlinktrans!it GB ower of C4CH, C4CHR$C is the receivesi#nallin# code ower of the C4CH !eas"red b* ()s,and ( interference is the "link interference.

he ower increase ste of the rando! access rea!blestrans!itted before the () receives the ac+"isitionindicator in the rando! access rocess.

he !aGi!"! n"!ber of rea!bles trans!itted in area!ble ra!in# c*cle.

MaGi!"! n"!ber of bits of the Calc"lated ransort6or!at Co!bination C6CB of ransort 6or!atCo!bination $et 6C$B.

@al"e ran#e %4/, %41,%4, %4, %40/, %40,%4/1. h*sical val"e ran#e/, 1, , , 0/, 0, /1.



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4dentif*in# an A$C. 'one

4dentif*in# the available si#nat"re start indeG of an A$C. @al"e ran#e LN05. 'one

4dentif*in# the available si#nat"re end indeG of an A$C. @al"e ran#e LN05. 'one


4t de2nes the !ain# of AC LN9 to A$Cs. @al"e ran#e L N 7 'one

4t de2nes the !ain# of AC 0L to A$C. @al"e ran#e L N 7 'one

4t de2nes the !ain# of AC 00 to A$C. @al"e ran#e L N 7 'one

4t de2nes the !ain# of AC 0/ to A$C. @al"e ran#e L N 7 'one




he !aGi!"! n"!ber of rando! access rea!ble loos. @al"e ran#e 0N/. 'one

Ad<acent node 4D @al"e ran#e L to 0999 'one

'ode t*e 'one

'ode% 4D @al"e ran#e L to 555 'one ransort t*e @al"e ran#e AM, 4, AM4 'one

D: indeG @al"e ran#e L to 00 'one

4f it is a root node @al"e ran#e 'O, E)$ 'one

'"!ber of the $AA link @al"e ran#e L to 099 'one

AA/ rotocol version @al"e ran#e C$0, C$/ 'one

RMMA indeG @al"e ran#e L to 0 'one

6actor indeG @al"e ran#e L to 05 'one


AA/ ath 4D @al"e ran#e 0N1/9197/95 'one

@al"e ran#e A$CL, A$C0,A$C/, A$C, A$C1, A$C5,A$C, A$C7.

4dentif*in# the available s"b channels of an A$C. When a

() has been accessed to a s"b channel, if IA4CHtrans!ission ti!in#J is set as 0 "sin# the co!!and ADDA4CHB, the 1 bits of this ara!eter will be reeated ti!es to for! a %itstrin# 0/B. hen, it is "t into an 3and 3calc"lation to#ether with the %itstrin# 0/B corresondin#to the available s"b channel allocated to the RACH, anda 0/=bit data strea! is obtained 2nall*. 4f a bit is 0, thecorresondin# s"b channel is available for this A$C. 4fIA4CH trans!ission ti!in#J is set as L, the lowest bits ofthis ara!eter will be reeated 1 ti!es to for! a %itstrin#0/B. hen, it is "t into an 3and3 calc"lation to#ether withthe %itstrin# 0/B corresondin# to the available s"bchannel allocated to the RACH, and a 0/=bit data strea!is obtained 2nall*. 4f a bit is 0, the corresondin# s"bchannel is available for this A$C.

@al"e ran#e 4(%, 4(R, 4(C$,4($, ('4AA/$W4CH,''4AA/$W4CH



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AA/ ath t*e 'one

%earin# t*e 'one

'"!ber of the bearin# 4MA #ro" 'one

: traFc record indeG @al"e ran#e 0LLN0999 'one

R: traFc record indeG @al"e ran#e 0LLN0999 'one

Ownershi of the AA/ ath @al"e ran#e ))R,OCA 'one

6orward handover reserved bandwidth. @al"e ran#e LN0LLLLL kbit;s

%ackward handover reserved bandwidth @al"e ran#e LN0LLLLL kbit;s

6orward con#estion threshold @al"e ran#e LN0LLLLL kbit;s

%ackward con#estion threshold @al"e ran#e LN0LLLLL kbit;s

6orward con#estion clear threshold @al"e ran#e LN0LLLLL kbit;s

%ackward con#estion clear threshol @al"e ran#e LN0LLLLL kbit;s

6actor table indeG @al"e ran#e L to 05 'one

6actor table na!e 'one

-eneral co!!on channel factorIJ @al"e ran#e L to 0LL 'oneCM% co!!on channel factorIJ @al"e ran#e L to 0LL 'one

M%M$ co!!on channel factorIJ @al"e ran#e L to 0LL 'one

$R% factorIJ @al"e ran#e L to 0LL 'one

AMR voice service factorIJ @al"e ran#e L to 0LL 'one

R99 C$ conversational service factorI @al"e ran#e L to 0LL 'one

R99 C$ strea!in# service factorIJ @al"e ran#e L to 0LL 'one

R99 $ conversational service factorIJ @al"e ran#e L to 0LL 'one

R99 $ strea!in# service factorIJ @al"e ran#e L to 0LL 'one

R99 $ interactive service factorIJ @al"e ran#e L to 0LL 'one

R99 $ back#ro"nd service factorIJ @al"e ran#e L to 0LL 'one

H$DA conversational service factorIJ @al"e ran#e L to 0LL 'one

H$DA strea!in# service factorIJ @al"e ran#e L to 0LL 'oneH$DA interactive service factorIJ @al"e ran#e L to 0LL 'one

H$DA back#ro"nd service factorIJ @al"e ran#e L to 0LL 'one

H$(A conversational service factorIJ @al"e ran#e L to 0LL 'one

H$(A strea!in# service factorIJ @al"e ran#e L to 0LL 'one

H$(A interactive service factorIJ @al"e ran#e L to 0LL 'one

H$(A back#ro"nd service factorIJ @al"e ran#e L to 0LL 'one


@al"e ran#eR,'R,H$DAR,H$DA'R ,H$(AR,H$(A'R,O$AH Content he t*e ofservice carried b* the AA/ath that "sers eGtect. he

o$ of AA/ ath isdeendent on lower la*er@C, that is, the con2#"redtraFc indeG. o ens"re the+"alit* of trans!ission,!ake the traFc indeG !atchthe t*e of AA/ ath.

@al"e ran#e('4,4MA,6RAAM,'CO,'('o. of the 4MA #ro" forbearin# ath. his 2eld isvalid onl* when I%earin#t*eJ is set to 4MA. he 4MA#ro" sho"ld have beencon2#"red.

@al"e ran#e L to 0characters



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4 ath 4D @al"e ran#e LN555 'one

*e of the 4 ath 'one

ocal 4 address of the 4 ath 'one

eer 4 address of the 4 ath 'oneMask of the s"bnet that incl"des the eer 4 address 'one

6orward bandwidth of the 4 ath @al"e ran#e 0NLLLLLL kbit;s

%ackward bandwidth of the 4 ath @al"e ran#e 0NLLLLLL kbit;s

D$C of the 4 ath @al"e ran#e LN 'one

6orward handover reserved bandwidth. @al"e ran#e LN0LLLL kbit;s

%ackward handover reserved bandwidth @al"e ran#e LN0LLLL kbit;s

6orward con#estion threshold @al"e ran#e LN5LLLL kbit;s

%ackward con#estion threshold @al"e ran#e LN5LLLL kbit;s

6orward con#estion clear threshold @al"e ran#e LN0LLLLL kbit;s

%ackward con#estion clear threshold @al"e ran#e LN0LLLLL kbit;s

Add @A'4D 6la# 'one

@A'4D val"e @al"e ran#e /N1L91 'oneAllocation !ode of the H$=D$CH codes 'one

MaGi!"! n"!ber of the H$=D$CH codes @al"e ran#e 0N05 'one

Mini!"! n"!ber of the H$=D$CH codes @al"e ran#e 0N05 'one

'"!ber of the H$=D$CH codes @al"e ran#e 0N05 'one

Code n"!ber for H$=$CCH @al"e ran#e 0N05 'one

d%;L.0

@al"e ran#e =d% to 09d% d%;L.5

he MaGi!"! ar#et (link oad 6actor. L.L0

he tar#et non=servin# )=DCH to total )=DCH ower ratio.

he n"!ber of )=A-CH code. @al"e ran#e 0N

he n"!ber of )=R-CH;)=H4CH code. @al"e ran#e 0N.

Reserved D ower factor for H$(A "ser. @al"e ran#e LN0LL,


$et Mac=e $ched"le ara or not 'one

A- hreshold @al"e ran#e LN0 'one

Avera#e Rate 4nitial @al"e SbsB @al"e ran#e LN01LL kbs

-%R sched"lin# switch 'one

$et )=A-CH HC ara!eters or not 'one

)=A-CH HC Mode 'one

$et )=R-CH HC ara!eters for $ervice Radio inks or not 'one

@al"e ran#eR,'R,H$DAR,H$DA'R,H$(AR,H$(A'R,O$AH@al"e ran#e [[[. [[[.[[[. [[[@al"e ran#e [[[. [[[.[[[. [[[@al"e ran#e [[[. [[[.[[[. [[[

@al"e ran#eD4$A%),)'A%).

@al"e ran#e Man"al,A"to!atic

he o8set of !aGi!"! of the total ower of H$=D$CH,H$=$CCH, )=A-CH, )=R-CH and )=H4CH fro! !aGi!"!trans!it ower of cell.

@al"e ran#e =5LLNLh*sical val"e ran#e =5LNL,

Meas"re ower O8set MOB Constant is "sed to co!"teMeas"re ower O8set.

@al"e ran#e LN0LL.

h*sical val"e ran#e LN0,@al"e ran#e LN0LL.h*sical val"eran#eLN0LL .

he ara!eter indicates the !aG "ser n"!er the H$(Achannel can s"orts.

@al"e ran#e 'O 'oB, E)$EesB

@al"e ran#e O)' O)'B,CO$) CO$)B


@al"e ran#e 64:)D 6iGedB,DE'AM4C D*na!icB




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)=R-CH HC Mode for $ervice Radio inks 'one

'one

)=R-CH HC Mode for 'on=service Radio inks 'one

$et )=H4CH HC ara!eters for $ervice Radio inks or not 'one

)=H4CH HC Mode for $ervice Radio inks 'one

'one

)=H4CH HC Mode for 'on=service Radio inks 'one

)=A-CH ower O8set @al"e ran#e LN/55 L./5d%

)=R-CH ower O8set for $ervice Radio inks @al"e ran#e LN/55 L./5d%

)=R-CH ower O8set for 'on=service Radio inks @al"e ran#e LN/55 L./5d%

)=H4CH ower O8set for $ervice Radio inks @al"e ran#e LN/55 L./5d%

)=H4CH ower O8set for 'on=service Radio inks @al"e ran#e LN/55 L./5d%

Reso"rce Allocate Method 'one

$ched"lin# Method 'one


$et )=R-CH HC ara!eters for 'on=service Radio inksor not





$et )=H4CH HC ara!eters for 'on=service Radio inks ornot



@al"e ran#e COD)ri Coderiorit*B, OW)Rri owerriorit*B

@al"e ran#e )6 )nhanced6B, 6 6B, RR Ro"nd

bi B C C B

Date post:	23-Feb-2018
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Huawei Utran Rnp&o Parameters Setting(v200r009 20070810)

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