Lte Ran Ericsson Huawei Nokia Parameter Mapping By_Prasad_Nandkumar

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S S NNoo KKPPII

MOC_Name

1 1 _{AdmissionControl}_{AdmissionControl} 2 2 _{AdmissionControl}_{AdmissionControl} 3 3 _{AdmissionControl}_{AdmissionControl} 4 4 _{AdmissionControl}_{AdmissionControl} 5 5 _{AdmissionControl}_{AdmissionControl} 6 6 _{AdmissionControl}_{AdmissionControl} 7 7 _{AdmissionControl}_{AdmissionControl} 8 8 AdmissionCo AdmissionControlntrol 9 9 _{AirIfLoadProfile}_{AirIfLoadProfile} 10 10 _{AirIfLoadProfile}_{AirIfLoadProfile} 11 11 _{AirIfLoadProfile}_{AirIfLoadProfile} 12 12 _{AirIfLoadProfile}_{AirIfLoadProfile} 13 13 _{AirIfLoadProfile}_{AirIfLoadProfile} 14 14 _{AirIfLoadProfile}_{AirIfLoadProfile} 15 15 _AnrFunction_AnrFunction 16 16 _AnrFunction_AnrFunction 17 17 _AnrFunction_AnrFunction 18 18 _AnrFunction_AnrFunction 19 19 _AnrFunction_AnrFunction 20 20 _AnrFunction_AnrFunction 21 21 _{AnrFunctionEUtran}_{AnrFunctionEUtran} 22 22 _{Cdma2000FreqBand}_{Cdma2000FreqBand} 23 23 _{Cdma2000FreqBand}_{Cdma2000FreqBand} 24 24 _{Cdma2000FreqBand}_{Cdma2000FreqBand} 25 25 _{DataRadioBearer}_{DataRadioBearer} 26 26 _{DataRadioBearer}_{DataRadioBearer} 27 27 _{DataRadioBearer}_{DataRadioBearer} 28 28 _{DataRadioBearer}_{DataRadioBearer} 29 29 _{DataRadioBearer}_{DataRadioBearer} 30 30 _{DataRadioBearer}_{DataRadioBearer} 31 31 _{DataRadioBearer}_{DataRadioBearer} 32 32 _{DataRadioBearer}_{DataRadioBearer} 33 33 _{ENodeBFunction}_{ENodeBFunction} 34 34 _{ENodeBFunction}_{ENodeBFunction} 35 35 _{ENodeBFunction}_{ENodeBFunction} 36 36 _{ENodeBFunction}_{ENodeBFunction} 37 37 _{ENodeBFunction}_{ENodeBFunction} 38 38 _{ENodeBFunction}_{ENodeBFunction} 39 39 _{ENodeBFunction}_{ENodeBFunction} 40 40 _{ENodeBFunction}_{ENodeBFunction} 41 41 _{ENodeBFunction}_{ENodeBFunction} E-RAB Acc

E-RAB Accessibilty improvementessibilty improvement E-RAB Acc

E-RAB Accessibilty improvementessibilty improvement

E-RAB Acc

E-RAB Accessibilty improvementessibilty improvement E-RAB Acc

E-RAB Accessibilty improvementessibilty improvement

RRC -Acc

RRC -Accessibilty improvementessibilty improvement

RRC -Acc

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42 42 _{ENodeBFunction}_{ENodeBFunction} 43 43 ENodeBFunctionENodeBFunction 44 44 _{ENodeBFunction}_{ENodeBFunction} 45 45 _{ENodeBFunction}_{ENodeBFunction} 46 46 _{ENodeBFunction}_{ENodeBFunction} 47 47 _{ENodeBFunction}_{ENodeBFunction} 48 48 _{ENodeBFunction}_{ENodeBFunction} 49 49 _{EUtranCellFDD}_{EUtranCellFDD} 50 50 _{EUtranCellFDD}_{EUtranCellFDD} 51 51 _{EUtranCellFDD}_{EUtranCellFDD} 52 52 _{EUtranCellFDD}_{EUtranCellFDD} 53 53 _{EUtranCellFDD}_{EUtranCellFDD} 54 54 _{EUtranCellFDD}_{EUtranCellFDD} 55 55 _{EUtranCellFDD}_{EUtranCellFDD} 56 56 _{EUtranCellFDD}_{EUtranCellFDD} 57 57 _{EUtranCellFDD}_{EUtranCellFDD} 58 58 _{EUtranCellFDD}_{EUtranCellFDD} 59 59 _{EUtranCellFDD}_{EUtranCellFDD} 60 60 _{EUtranCellFDD}_{EUtranCellFDD} 61 61 _{EUtranCellFDD}_{EUtranCellFDD} 62 62 _{EUtranCellFDD}_{EUtranCellFDD} 63 63 _{EUtranCellFDD}_{EUtranCellFDD} 64 64 _{EUtranCellFDD}_{EUtranCellFDD} 65 65 _{EUtranCellFDD}_{EUtranCellFDD} 66 66 _{EUtranCellFDD}_{EUtranCellFDD} 67 67 _{EUtranCellFDD}_{EUtranCellFDD} 68 68 _{EUtranCellFDD}_{EUtranCellFDD} 69 69 _{EUtranCellFDD}_{EUtranCellFDD} 70 70 _{EUtranCellFDD}_{EUtranCellFDD} 71 71 EUtranCellFDDEUtranCellFDD 72 72 _{EUtranCellFDD}_{EUtranCellFDD} 73 73 _{EUtranCellFDD}_{EUtranCellFDD} 74 74 _{EUtranCellFDD}_{EUtranCellFDD} 75 75 _{EUtranCellFDD}_{EUtranCellFDD} 76 76 _{EUtranCellFDD}_{EUtranCellFDD} 77 77 _{EUtranCellFDD}_{EUtranCellFDD} 78 78 _{EUtranCellFDD}_{EUtranCellFDD} 79 79 _{EUtranCellFDD}_{EUtranCellFDD} 80 80 _{EUtranCellFDD}_{EUtranCellFDD} 81 81 _{EUtranCellFDD}_{EUtranCellFDD} 82 82 _{EUtranCellFDD}_{EUtranCellFDD} 83 83 _{EUtranCellFDD}_{EUtranCellFDD} 84 84 _{EUtranCellFDD}_{EUtranCellFDD} 85 85 _{EUtranCellFDD}_{EUtranCellFDD} 86 86 _{EUtranCellFDD}_{EUtranCellFDD} 87 87 _{EUtranCellFDD}_{EUtranCellFDD} 88 88 EUtranCellFDDEUtranCellFDD 89 89 _{EUtranCellFDD}_{EUtranCellFDD}

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90 90 _{EUtranCellFDD}_{EUtranCellFDD} 91 91 EUtranCellFDDEUtranCellFDD 92 92 _{EUtranCellFDD}_{EUtranCellFDD} 93 93 _{EUtranCellFDD}_{EUtranCellFDD} 94 94 _{EUtranCellFDD}_{EUtranCellFDD} 95 95 _{EUtranCellFDD}_{EUtranCellFDD} 96 96 _{EUtranCellFDD}_{EUtranCellFDD} 97 97 _{EUtranCellFDD}_{EUtranCellFDD} 98 98 _{EUtranCellFDD}_{EUtranCellFDD} 99 99 _{EUtranCellFDD}_{EUtranCellFDD} 100 100 _{EUtranCellFDD}_{EUtranCellFDD} 101 101 _{EUtranCellFDD}_{EUtranCellFDD} 102 102 _{EUtranCellFDD}_{EUtranCellFDD} 103 103 _{EUtranCellFDD}_{EUtranCellFDD} 104 104 _{EUtranCellFDD}_{EUtranCellFDD} 105 105 _{EUtranCellFDD}_{EUtranCellFDD} 106 106 _{EUtranCellFDD}_{EUtranCellFDD} 107 107 _{EUtranCellFDD}_{EUtranCellFDD} 108 108 _{EUtranCellFDD}_{EUtranCellFDD} 109 109 _{GeranFreqGroupRela}_{GeranFreqGroupRela} 110 110 _{EUtranCellFDD}_{EUtranCellFDD} 111 111 _{EUtranCellFDD}_{EUtranCellFDD} 112 112 _{EUtranCellFDD}_{EUtranCellFDD} 113 113 _{EUtranCellFDD}_{EUtranCellFDD} 114 114 _{EUtranCellFDD}_{EUtranCellFDD} 115 115 _{EUtranCellFDD}_{EUtranCellFDD} 116 116 _{EUtranCellFDD}_{EUtranCellFDD} 117 117 _{EUtranCellFDD}_{EUtranCellFDD} 118 118 _{EUtranCellFDD}_{EUtranCellFDD} 119 119 EUtranCellFDDEUtranCellFDD 120 120 _{EUtranCellFDD}_{EUtranCellFDD} 121 121 _{EUtranCellFDD}_{EUtranCellFDD} 122 122 _{EUtranCellFDD}_{EUtranCellFDD} 123 123 _{EUtranCellFDD}_{EUtranCellFDD} 124 124 _{EUtranCellFDD}_{EUtranCellFDD} 125 125 _{EUtranCellFDD}_{EUtranCellFDD} 126 126 _{EUtranCellFDD}_{EUtranCellFDD} 127 127 _{EUtranCellFDD}_{EUtranCellFDD} 128 128 _{EUtranCellFDD}_{EUtranCellFDD} 129 129 _{EUtranCellFDD}_{EUtranCellFDD} 130 130 _{EUtranCellFDD}_{EUtranCellFDD} 131 131 _{EUtranCellFDD}_{EUtranCellFDD} 132 132 _{EUtranCellFDD}_{EUtranCellFDD} 133 133 _{EUtranCellFDD}_{EUtranCellFDD} 134 134 _{EUtranCellFDD}_{EUtranCellFDD} 135 135 _{EUtranCellFDD}_{EUtranCellFDD} 136 136 EUtranCellFDDEUtranCellFDD 137 137 _{EUtranCellFDD}_{EUtranCellFDD} RRC -Acc

RRC -Accessibilty improvementessibilty improvement RRC -Acc

RRC -Accessibilty improvementessibilty improvement

RRC -Acc

RRC -Accessibilty improvementessibilty improvement RRC -Acc

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138 _{EUtranCellFDD} 139 EUtranCellFDD 140 _{EUtranCellFDD} 141 _{EUtranCellFDD} 142 _{EUtranCellFDD} 143 _{EUtranCellFDD} 144 _{EUtranCellFDD} 145 _{EUtranCellFDD} 146 _{EUtranCellFDD} 147 _{EUtranCellRelation} 148 _{EUtranCellRelation} 149 _{EUtranCellRelation} 150 _{EUtranCellRelation} 151 _{EUtranCellRelation} 152 _{EUtranCellRelation} 153 _{EUtranFreqRelation} 154 _{EUtranFreqRelation} 155 _{EUtranFreqRelation} 156 _{EUtranFreqRelation} 157 _{EUtranFreqRelation} 158 _{EUtranFreqRelation} 159 _{EUtranFreqRelation} 160 _{EUtranFreqRelation} 161 _{EUtranFreqRelation} 162 _{EUtranFreqRelation} 163 _{EUtranFreqRelation} 164 _{EUtranFreqRelation} 165 _{EUtranFreqRelation} 166 _{LoicalC!annelGroup} 167 "ACConfiuration 168 _{"ACConfiuration} 169 _{"ACConfiuration} 170 _{"ACConfiuration} 171 _Pain 172 _Pain 173 _Pain 174 _Pain 175 _{PmE#ent$er#ice} 176 _{PmE#ent$er#ice} 177 _{PmE#ent$er#ice} 178 _{PmE#ent$er#ice} 179 _{PmE#ent$er#ice} 180 _{PmE#ent$er#ice} 181 _{PmE#ent$er#ice} 182 _{PmE#ent$er#ice} 183 _{PmE#ent$er#ice} 184 %ciProfilePredefined 185 _{%ciProfilePredefined} RRC -Accessibilty improvement RRC -Accessibilty improvement

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186 _{%ciProfilePredefined} 187 %ciProfilePredefined 188 _{%ciProfilePredefined} 189 _{%ciProfilePredefined} 190 _{%ciProfilePredefined} 191 _{%ciProfilePredefined} 192 _{%ciProfilePredefined} 193 _{%ciProfilePredefined} 194 _{%ciProfilePredefined} 195 _{%ciProfilePredefined} 196 _{R&sConfiuration} 197 _{R&sConfiuration}

198 RRCE-RAB Accessibilty improvement _Rcs

199 _{ReportConfiA'Prim} 200 _{ReportConfiA'Prim} 201 _{ReportConfiA'Prim} 202 _{ReportConfiA'Prim} 203 _{ReportConfiA'$ec} 204 _{ReportConfiA'$ec} 205 _{ReportConfiA'$ec} 206 _{ReportConfiA'$ec} 207 _{ReportConfiA(} 208 _{ReportConfiA(} 209 _{ReportConfiA(} 210 _{ReportConfiA(} 211 _{ReportConfiA(} 212 _{ReportConfiA(} 213 _{ReportConfiA(} 214 _{ReportConfiA(Anr} 215 ReportConfiA(Anr 216 _{ReportConfiA(Anr} 217 _{ReportConfiA(Anr} 218 _{ReportConfiA(Anr} 219 _{ReportConfiA(Anr} 220 _{ReportConfiB2Cdma} 221 _{ReportConfiB2Cdma} 222 _{ReportConfiB2Cdma} 223 _{ReportConfiB2Cdma} 224 _{ReportConfiB2Cdma} 225 _{ReportConfiB2Cdma} 226 _{ReportConfiB2Gera} 227 _{ReportConfiB2Gera} 228 _{ReportConfiB2Gera} 229 _{ReportConfiB2Gera} 230 _{ReportConfiB2Gera} 231 _{ReportConfiB2Gera} 232 ReportConfiB2Utra 233 _{ReportConfiB2Utra}

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234 _{ReportConfiB2Utra} 235 ReportConfiB2Utra 236 _{ReportConfiB2Utra} 237 _{ReportConfiB2Utra} 238 _{ReportConfiB2Utra} 239 _{ReportConfiB2Utra} 240 _{ReportConfiEUtraBa} 241 _{ReportConfiEUtraBa} 242 _{ReportConfiEUtraBa} 243 _{ReportConfiEUtraBa} 244 _{ReportConfiEUtraBa} 245 _{ReportConfiEUtraBa} 246 _{ReportConfiEUtraBa} 247 _{ReportConfiEUtraBa} 248 _{ReportConfiEUtraBa} 249 _{ReportConfiEUtraBa} 250 _{ReportConfiEUtraBa} 251 _{ReportConfiEUtraBa} 252 _{ReportConfiEUtraBa} 253 _{ReportConfiEUtraBa} 254 _{ReportConfiEUtraBa} 255 _{ReportConfiEUtraBa} 256 _{ReportConfiEUtraBe} 257 _{ReportConfiEUtraBe} 258 _{ReportConfiEUtraBe} 259 _{ReportConfiEUtraBe} 260 _{ReportConfiEUtraBe} 261 _{ReportConfiEUtraBe} 262 _{ReportConfiEUtraBe} 263 ReportConfiEUtraBe 264 _{ReportConfiEUtraBe} 265 _{ReportConfiEUtraBe} 266 _{ReportConfiEUtraInt} 267 _{ReportConfiEUtraInt} 268 _{ReportConfiEUtraInt} 269 _{ReportConfiEUtraInt} 270 _{ReportConfiEUtraInt} 271 _{ReportConfiEUtraInt} 272 _{ReportConfiEUtraInt} 273 _{ReportConfiEUtraInt} 274 _{ReportConfiEUtraInt} 275 _{ReportConfiEUtraInt} 276 _{ReportConfiEUtraInt} 277 _{ReportConfiEUtraInt} 278 _{ReportConfiEUtraInt} 279 _{ReportConfiEUtraInt} 280 ReportConfiEUtraInt 281 _{ReportConfiEUtraInt}

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282 _{ReportConfiEUtraInt}

283 ReportConfiEUtraInt

284 _Rrc

285 _Rrc

286 RRC connec!on est"blis#ment proce$%re& _Rrc 287 RRC connec!on re-est"blis#ment proce$%re& _Rrc 288 e'B sen$s t#is p"r"meter to t#e (E in t#e m _Rrc

289 _Rrc

290 p#ysic"l l"yer problems& _Rrc 291 RRC connec!on re-est"blis#ment& _Rrc 292 _Rrc 293 _{$ectorEquipmentFun} 294 _{$ecurit)*andlin} 295 _{$ecurit)*andlin} 296 _{$ecurit)*andlin} 297 _{$inalinRadioBearer} 298 _{$inalinRadioBearer} 299 _{$)stemConstants} 300 _{Ue"easControl} 301 _{Ue"easControl} 302 _{Ue"easControl} 303 _{Ue"easControl} 304 _{Ue"easControl} 305 _{Ue"easControl} 306 _{Ue"easControl} 307 _{Ue"easControl} 308 _{Ue"easControl} 309 _{Ue"easControl} 310 _{Ue"easControl} 311 Ue"easControl 312 _{Ue"easControl} 313 _{Ue"easControl} 314 _{UtranFreqRelation} 315 _{UtranFreqRelation} 316 _{UtranFreqRelation} 317 318 319 _{$)stem Constant,Inte} 320 _{$)stem Constant,Inte} 321 _{$)stem Constant,Inte} 322 _{$)stem Constant,Inte} 323 _{$)stem Constant,Inte} 324 _{$)stem Constant,Inte} 325 _{$)stem Constant,Inte} 326 _{$)stem Constant,Inte} EUtranCellFDD EUtranCellFDD RRC -Accessibilty improvement

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Ericsson Parameter Details-12B

Parameters Name

Baseline_Value

dlNonG&rRatio (00 dl-ransN.Band.idt! '000 emerenc)ArpLimit/deprecated since L''B 1 nrfBearersReser#ed/deprecated since L''B 0 nrfRrcConnectedReser#ed 0 paArp#erride 1 ulNonG&rRatio (00 ul-ransN.Band.idt! '000 ail*i!Prio 2 /N3*IG*3PRI3LAD ailLo.Prio"od-)pe 0 /%P$43"D3$C* dlPr&LoadLe#el 0 nofcnPr&$eries ' traffic"odelPr&3&itRatePer%ci 0 0 0 0 0 0 0 0 0 traffic"odelPr&3qciDist$inr"edium '00 0 0 0 0 0 0 0 0 anrUesEUtraIntraF"a5 2 anrUesEUtraIntraF"in 0 cellAddRsrp-!res!oldEutran 67(0/67(dB remo#eNcell-ime ( remo#eNen&-ime ' remo#eNrel-ime ( anrIntraFreq$tate ' /AC-I8A-ED cellReselectionPriorit) 0 t!res!9*i!*rpd 20 t!res!9Lo.*rpd 20 dl"a5Ret5-!res!old : dlPollPDU '; tPollRetransmitDl (0 tPollRetransmitUl (0 t$tatusPro!i&itDl 2( t$tatusPro!i&itUl 2( ul"a5Ret5-!res!old : ulPollPDU '; dl-ransN.Band.idt! '000 dnsLoo<upn-ai ' /N dnsLoo<up-imer 0 dscpLa&el 2= enode&plmnid3mnclent! 2 nnsf"ode ' /RPL"N3IF3$A"E3A$3$PL"N oa"Lin<$uper8isionActi#e ' s'Retr)-imer >0

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t*DataF.dReorderin6Depricated since L'>A '00 timeAndP!ase$)nc!Critical 0 ul$c!edulerD)namicB?AllocationEna&led ' ul-ransN.Band.idt! '000 52IpAddr8ia$'Acti#e ' 52retr)-imer"a5Auto '==0 52retr)-imer$tart >0 acBarrinInfo3acBarrinFactorFor"oData 7( acBarrinInfo3acBarrinFactorFor"o$inallin 7( acBarrinInfo3acBarrinForEmerenc) 0 acBarrinInfo3acBarrinInfoPresent 0 acBarrinInfo3acBarrin"oDataPresent 0 acBarrinInfo3acBarrin"o$inallinPresent 0

acBarrinInfo3acBarrin$pecialAcFor"oData false false false false false acBarrinInfo3acBarrin$pecialAcFor"o$inallin false false false false false acBarrinInfo3acBarrin-imeFor"oData ;=

acBarrinInfo3acBarrin-imeFor"o$inallin ;=

additionalPlmnReser#edList false false false false false

aps$uplActi#e 0 altitude 0 cellRane '( c!aneNotification3c!aneNotification$IB' 0 c!aneNotification3c!aneNotification$IB2 0 c!aneNotification3c!aneNotification$IB> 0 c!aneNotification3c!aneNotification$IB= 0 c!aneNotification3c!aneNotification$IB( 0 c!aneNotification3c!aneNotification$IB; 0 c!aneNotification3c!aneNotification$IB1 0 c!aneNotification3c!aneNotification$IB: 0 confidence '00 confiura&leFrequenc)$tart6deprecated/dlconfiura&le0 co#-rierdBlind*oAllo.ed ' dlC!annelBand.idt! '0000 dlConfiura&leFrequenc)$tart 0 dlFrequenc)AllocationProportion '00 dlInterference"anaementActi#e ' dr5Acti#e ' eutranCellCo#erae3posCellBearin 0 eutranCellCo#erae3posCellpeninAnle '200 eutranCellCo#erae3posCellRadius '(000 frame$tartffset3su&Frameffset/Deprecated since L 0 frame$tartffset3s)m&olffset/Deprecated since L'0 0 frame$tartffset3timeffset/Deprecated since L'0B6 0 idle"ode"o&ilit)ControlInfoActi#e6Deprecated since L 0 mappinInfo3mappinInfo$IB> ' /"APPED3$I3' mappinInfo3mappinInfo$IB= 2 /"APPED3$I32 mappinInfo3mappinInfo$IB( 0 /N-3"APPED mappinInfo3mappinInfo$IB; 0 /N-3"APPED

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mappinInfo3mappinInfo$IB1 0 /N-3"APPED mappinInfo3mappinInfo$IB: > /"APPED3$I3> minBestCell*oAttempts/Deprecated $ince L'>A6!as n '

modificationPeriodCoeff 2 nofPucc!CqiUsers '20 nofPucc!$rUsers '20 nrf$)m&olsPdcc! ' orient"a@orA5is 0 otdoa$uplActi#e 0 partfRadioPo.er/Deprecated $ince L''B '00 partf$ectorPo.er '00 p"a5$er#inCell '000 primar)PlmnReser#ed 0 prsConfiInde5 6' prsPeriod > /PP'2:0 pucc!#erdimensionin 0 peroNominalPucc! 6'0> peroNominalPusc! 67; qR5Le#"in 6'20 qR5Le#"in 6''( qR5Le#"inffset '000 /0dB siPeriodicit)3siPeriodicit)$I' : siPeriodicit)3siPeriodicit)$I2 '; siPeriodicit)3siPeriodicit)$I> >2 siPeriodicit)3siPeriodicit)$I= ;= siPeriodicit)3siPeriodicit)$I( ;= siPeriodicit)3siPeriodicit)$I; ;= siPeriodicit)3siPeriodicit)$I1 ;= si?indo.Lent! '0 s)stemInformationBloc<>3nCellC!ane*i! '0 s)stemInformationBloc<>3nCellC!ane"edium ( s)stemInformationBloc<>3q*)st = s)stemInformationBloc<>3q*)st$f*i! 6= s)stemInformationBloc<>3q*)st$f"edium 6= s)stemInformationBloc<>3sIntra$earc! ;2 s)stemInformationBloc<>3sNonIntra$earc! '; s)stemInformationBloc<>3tE#aluation >0 s)stemInformationBloc<>3t!res!$er#inLo. 0 s)stemInformationBloc<>3t*)stNormal >0 s)stemInformationBloc<;3tReselectionUtra 2 s)stemInformationBloc<;3tReselectionUtra$f*i! '00 /' s)stemInformationBloc<;3tReselectionUtra$f"edium '00 /' s)stemInformationBloc<13tReselectionGeran 2 s)stemInformationBloc<13tReselectionGeran$f*i! '00 /' s)stemInformationBloc<13tReselectionGeran$f"ediu '00 /' s)stemInformationBloc<:3searc!?indo.$ieCdma '0 s)stemInformationBloc<:3tReselectionCdma*rpd 2 s)stemInformationBloc<:3tReselectionCdma*rpd$f*i '00 /'

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s)stemInformationBloc<:3tReselectionCdma*rpd$f"e'00/' t!res!$er#inLo. 0 ulC!annelBand.idt! '0000 ulConfiura&leFrequenc)$tart 0 ulFrequenc)AllocationProportion '00 ulInterference"anaementActi#e ' uncertAltitude 0 uncert$emi"a@or 0 uncert$emi"inor 0 cellIndi#idualffsetEUtran 0 co#eraeIndicator 0 /NNE includeIn$)stemInformation ' is*oAllo.ed ' qffsetCellEUtran 0 supported"o&ilit)Relation-)pe ' /*AND8ER3AND3CELL3RE$E allo.ed"easBand.idt! ; cellReselectionPriorit) ; connected"ode"o&ilit)Prio 1 includeIn$)stemInformation ' mo&ilit)Action ' /*AND8ER p"a5 '000 presenceAntennaPort' ' qffsetFreq 0 qR5Le#"in 6'20 t!res!9Lo. 0 tReselectionEutra ' tReselectionEutra$f*i! (0 /0( tReselectionEutra$f"edium (0 /0( ul"inBitRate/Deprecated since L'2A 0

dl"a5*AR%-5 = tPeriodicB$R-imer ( t-imeAlinment-imer 0 ul"a5*AR%-5 = defaultPainC)cle 2(; ma5NofPainRecords > nB 2/- painDiscard-imer > cell-raceDataLe#el ' cell-raceFile$ie '000 cell-race*i!PrioReser#e 0 r&sUe-raceE#ent$treaminPort ('(=> streamPortPmUe-race ('(=> totalCell-race$torae$ie :0000 totalE#ent$torae$ie '00000 totalUe-race$torae$ie ';000 ue-raceFile$ie '000 a&sPrio#erride ' /*I3PRI38ERRIDE a&sPrio#erride ' /*I3PRI38ERRIDE

(13)

a&sPrio#erride ' /*I3PRI38ERRIDE rlc"ode 0 /A" dataF.dPer%ciEna&led ' dataF.dPer%ciEna&led ' dataF.dPer%ciEna&led ' dataF.dPer%ciEna&led ' dataF.dPer%ciEna&led ' aqm"ode ' /"DE' dataF.dPer%ciEna&led ' dl"inBitRate 0 ConfiFaultReason3faultReason '0 r&sConfiLe#el 0 /UNDEFINED tInacti#it)-imer '0 a'-!res!oldRsrpPrim 6'>; a'-!res!oldRsrqPrim 6'72 !)steresisA'Prim '0/'dB time-o-rierA'Prim ;=0 a'-!res!oldRsrp$ec 6'>; a'-!res!oldRsrq$ec 6'72 !)steresisA'$ec '0/'dB time-o-rierA'$ec ;=0 a(-!res!old'Rsrp 6'=0 a(-!res!old'Rsrq 6'7( a(-!res!old2Rsrp 6'>; a(-!res!old2Rsrq 6'72 !)steresisA( '0/'dB time-o-rierA( ;=0 trier%uantit)A( 0 /R$RP a(-!res!old'RsrpAnrDelta ' a(-!res!old'RsrqAnrDelta '0 a(-!res!old2RsrpAnrDelta ' a(-!res!old2RsrqAnrDelta '0 !)steresisA( '0/'dB time-o-rierA( ;=0 &2-!res!old'Rsrp 6'=0 &2-!res!old'Rsrq 6'7( &2-!res!old2Cdma2000 6'( !)steresisB2 '0/'dB time-o-rierB2 ;=0 trier%uantit)B2 0 /R$RP &2-!res!old'Rsrp 6'=0 &2-!res!old'Rsrq 6'7( &2-!res!old2Geran 6''0 !)steresisB2 '0/'dB time-o-rierB2 ;=0 trier%uantit)B2 0 /R$RP &2-!res!old'Rsrp 6'=0 &2-!res!old'Rsrq 6'7(

(14)

&2-!res!old2EcNoUtra 62=0 /62=dB &2-!res!old2RscpUtra 6''( !)steresisB2 '0/'dB time-o-rierB2 ;=0 trier%uantit)B2 0 /R$RP trier%uantit)UtraB2 0 /R$CP a2-!res!oldRsrpPrim 6'': a2-!res!oldRsrqPrim 6'7( !)steresisA2Prim 20/2dB reportAmountA2Prim 0 reportInter#alA2Prim 2 /"$3=:0 report%uantit)A2Prim ' /B-* time-o-rierA2Prim ;=0 trier%uantit)A2Prim 0 /R$RP a2-!res!oldRsrp$ec 6'': a2-!res!oldRsrq$ec 6'7( !)steresisA2$ec 20/2dB reportAmountA2$ec 0 reportInter#alA2$ec 2 /"$3=:0 report%uantit)A2$ec ' /B-* time-o-rierA2$ec ;=0 trier%uantit)A2$ec 0 /R$RP a>offset >0 />dB !)steresisA> 0 reportAmountA> 0 reportInter#alA> 2 /"$3=:0 report%uantit)A> ' /B-* time-o-rierA> >20 trier%uantit)A> 0 /R$RP a>offsetAnrDelta 0 !)steresisA> 0 time-o-rierA> ;=0 a'-!res!oldRsrpPm 6'=0 a'-!res!oldRsrqPm 6'7( a>ffsetPm ( /0(dB a>ReportnLea#ePm 0 a=-!res!oldRsrpPm 6'=0 a=-!res!oldRsrqPm 6'7( a(-!res!oldRsrpPm' 6'=0 a(-!res!oldRsrpPm2 6'=0 a(-!res!oldRsrqPm' 6'7( a(-!res!oldRsrqPm2 6'7( !)steresisPm '0/'dB ma5ReportCellsPm = meas$electionEUtraPm 0 /PERIDICAL reportAmountPm 0 reportInter#alPm 2 /"$3=:0 report%uantit)Pm ' /B-*

(15)

time-o-rierPm ;=0 trier%uantit)Pm 0 /R$RP n>'0 20 n>'' ' t>00 '000 t>0' =00 t>02 ( t>0= '000 t>'0 2000 t>'' >000 t>20 >0 mi5ed"odeRadio 0 cip!erinAlorit!ms ; /EEA'3EEA2 interit)ProtectionAlorit!ms ( /EIA'3EIA2 r&Id$uper#isionActi#e 0 dl"a5Ret5-!res!old : ul"a5Ret5-!res!old : s)stConstants ''06'0: a(B2"o&ilit)-imer 0 &adCo#erae"eas$election 2 /B-* &estCellReleaseActi#e/deprecated since L''B 0 filterCoefficientEUtraRsrp = filterCoefficientEUtraRsrq '' ma5"easCdma2000e*rpd ( ma5"easEUtrat!er ( ma5"easGeran ( ma5"easInterFreqEUtra 1 ma5"easUtraFdd ( meas%uantit)UtraFDD 0 /R$CP measurementPriorit) 0 /ANR3PRI s"easure 0 /disa&led ue"easurementsActi#e 0 t!res!9*i! = t!res!9Lo. 0 qR5Le#"in 6''7 nof-5Antennas 0 or 2 nofR5Antennas 0 or 2 ma5*arq"s>-5 = ma5NrfRaPream&les ;= raResponse?indo.$ie =

pream&le-rans"a5 '0/*ard Constant macContentionResolution-imer ;/mapped to =:6$C''' po.erRampin$tep

pream&leInitialRecei#ed-aretPo.er 6''0/$)stem Constant deltaPream&le"s> ;

(16)

NOKIA Parameter Details -RL !

No"ia Parameter Name

Meanin#

Not a#aila&le N,A Not a#aila&le N,A

N,A N,A

Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A

Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A

!rpdCResPrio N,A !rpdFrq-!r* N,A !rpdFrq-!rL N,A dr&Am"5Rt5-! N,A pollPdu ;= tPollRetr 7( tPollRetr 7( tPro!i& 2( tPro!i& 2( dr&Am"5Rt5-! N,A pollPdu ;=

Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A mncLent!

Not a#aila&le N,A lin<A"Ena&led

Not a#aila&le N,A

N,A N,A

No"ia

-De$ault%Recommen&e&

' (MC )

(17)

N,A N,A &ts$)nc"ode 0 Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A ocAcPro&Fac N,A siAcPro&Fac N,A eCallAcBarred

Not a#aila&le N,A acBarc acBar$i ocAcBarAC N,A siAcBarAC N,A ocAcBar-ime N,A siAcBar-ime N,A

Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A

N,A N,A

dlC!B. '00

Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A actDr5

antBearin

antBeam.idt! N,A

N,A N,A N,A N,A N,A N,A N,A N,A N,A N,A N,A N,A N,A N,A N,A N,A

(18)

N,A N,A

modPeriodCoeff 0 Not a#aila&le N,A Not a#aila&le N,A ma5Nr$)mPdcc! > Not a#aila&le N,A acttdoa

N,A N,A

Not a#aila&le N,A p"a5.nCell

primPlmnCellres 0 prsConfiurationInde5 '(' Not a#aila&le N,A Not a#aila&le N,A p0NomPucc! 6''; dBm p0NomPusc! 6:0 dBm qr5le#min 6'>0 dBm qr5le#min 6'>0 dBm qR5Le#"inffset

Not a#aila&le N,A si"essaePeriodicit) N,A si"essaePeriodicit) N,A si"essaePeriodicit) N,A si"essaePeriodicit) N,A si"essaePeriodicit) N,A si"essaePeriodicit) N,A si?indo.Len nCellC!*i! N,A nCellC!"ed N,A q*)st 2 q*)st$f*i! N,A q*)st$f"ed N,A sIntrasearc! ;2 dB sNonIntrsearc! '; dB tE#aluation N,A t!res!$r#Lo. = dB t*)stNormal N,A tResUtra ' s utrRes-iF*" N,A utrRes-iF"" N,A tResGer ' s erRes-iF*" N,A erRes-iF"" N,A searc!?in$ie tRes*rpd !rpRes-iF*" N,A

(19)

!rpRes-iF"" N,A t!res!$r#Lo. = dB

ulC!B. '00

Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A cellIndffNei! '( Not a#aila&le N,A Not a#aila&le N,A !ando#erAllo.ed 0

qffsetCell '(

Not a#aila&le N,A measBd.

!rpdCResPrio N,A

Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A p"a5.nCell intraPresAntP qffFrq '( qr5le#min 6'>0 dBm interFrq-!rL ; dB tReselEutr ' s celRes-iF*" N,A celRes-iF"" N,A N,A N,A !arq"a5-rDl ( tPeriodicBsr ' ta-imer ; !arq"a5-rUl N,A defPaC)c 2

painN& =

Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A

(20)

rlc"ode N,A

Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A minBitrateDl >0 <&,s Not a#aila&le N,A Not a#aila&le N,A inacti#it)-imer >0 s t!res!old2a 67; dBm Not a#aila&le N,A !)s-!res!old2a 2 dB a'-ime-o-rierDeactInter"eas 7 Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A t!res!old> 6''; dBm Not a#aila&le N,A t!res!old>a 6''= dBm Not a#aila&le N,A !)s-!res!old> 0 dB a(-ime-o-rier : Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A !)s-!res!old> 0 dB a(-ime-o-rier : Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A &2-!res!old2RssiGERAN 67( dBm Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A

(21)

&2-!res!old2UtraEcn0 6'=( dB &2-!res!old2UtraRscp 6'0( dBm Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A meas%uantit)Utra 0

N,A Not a#aila&le N,A N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A N,A Not a#aila&le N,A t!res!old= 6'22 dBm Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A a2-ime-o-rierRedirect 1 Not a#aila&le N,A a>ffset > dB !)sA>ffset 0 dB Not a#aila&le N,A a>ReportInter#al > Not a#aila&le N,A a>-ime-o-rier : Not a#aila&le N,A Not a#aila&le N,A !)sA>ffset 0 dB a>-ime-o-rier : Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A > t!res!old2InterFreq

(22)

Not a#aila&le N,A Not a#aila&le N,A

n>'0 ; n>'' 0 t>00 > t>0' > t>02 :000 ms t>0= N,A t>'0 ; t>'' ' t>20 ':0 rf$!arinEna&led

eea0 eea' eea2 N,A eIa0 eIa' eIa2 N,A Not a#aila&le N,A dr&Am"5Rt5-! N,A dr&Am"5Rt5-! N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A

N,A N,A

filterCoefficientR$RP = filterCoefficientR$R% = Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A Not a#aila&le N,A meas%uantit)Utra 0 Not a#aila&le N,A t!res!old' 6(0 dBm Not a#aila&le N,A interFrq-!r* '0 dB interFrq-!rL ; dB qr5le#min 6'>0 dBm

numf-5Ports N,A

Not a#aila&le N,A !arq"a5"s> ( raNondedPream& 7 raResp?in$ie 1 pream&-5"a5 ; raContReso- 1 prac!P.rRamp ' ulpcIniPreP.r '2 deltaPre"s> '

(23)

*ua+ei Details- eRAN ,!

*ua+ei Parameter Name

)"*'on+brBe"rer'%m 3000 CellR"c,#$ ,B. 'A R/C+R Emce$ic"te$Be"rerAR 1 Emc 'A 'A 'A )"*'on+brBe"rer'%m 3000 CellR"c,#$ RB. 'A R/C+R 'A 'A 'A 'A 'A 'A "stAnrntr"R"t)e"s(e'%m 5 A'R "stAnrntr"R"t(e'%m,#$ 20 A'R A$$Cell,#$ -102 A'R /t"!s!cerio$or'R,el 10080 A'R 'A 'A

Anr/itc# Enineerin Recommen$"!on Anr/itc#

Cell reselec!on priority 1 C$m"2000B"n$Cl"ss

,#res#i# 22 C$m"2000B"n$Cl"ss

,#res#o 22 C$m"2000B"n$Cl"ss

E'o$eB)"*Ret*,#res#ol$ )"*ret*,#res#ol$t88: Rlc$cp"r"+ro%p E'o$eBoll$% oll$%p3232 (s: Rlc$cp"r"+ro%p E'o$eBollRetr"nsmit,imer ,pollretr"nsm5050ms: Rlc$cp"r"+ro%p (eollRetr"nsmit,imer ,pollretr"nsm4040ms: Rlc$cp"r"+ro%p E'o$eB/t"t%sro#ibit,imer ,st"tpro#ibitm4040ms: Rlc$cp"r"+ro%p (e/t"t%sro#ibit,imer ,st"tpro#ibitm5050ms: Rlc$cp"r"+ro%p )"*ret*,#res#ol$t88: Rlc$cp"r"+ro%p oll$% ;or (E oll$%p3232 (s: Rlc$cp"r"+ro%p

RB. 'A R/C+R 'A 'A /C 'A ACR(E 'A 'A 'A /1Reest)in,imer/1Reest)"*,ime /1Reest,imer lsc#/tr"tey /CR,<EEE: Celllsc#Alo

*ua+ei

-De$ault%Recommen&e&

*ua+ei O./ect - Parm

Location

(24)

'A 'A (lsc#/tr"tey (/C/,RA,E+<EE: ,B. 'A R/C+R 'A 'A 'A AcB"rrin"ctororC"ll 9595=: CellAcB"r AcB"rrin"ctoror/i 9595=: CellAcB"r AcB"rrinorEmerency B>>EA'A/E"lse: CellAcB"r AcB"rrinn;oC;n$ '>,C+'ot con?%re: CellAcB"r AcB"rrinor)o"t"C;n$ '>,C+'ot con?%re: CellAcB"r AcB"rrinor)o/iC;n$ '>,C+'ot con?%re: CellAcB"r AC11B"r;orC"llAC12B"r;orC"ll@AC B>>EA'A/E"lse: CellAcB"r AC11B"ror/iAC12B"ror/i&&AC1B>>EA'A/E"lse: CellAcB"r AcB"r,imeorC"ll ACCE//BARR'+,)E/44s: CellAcB"r AcB"r,imeor/i ACCE//BARR'+,)E/44s: CellAcB"r 'A

'A

A,,(E As per r"$io pl"nnin /ector

CellR"$i%s 10000 Cell 'A 'A 'A 'A 'A 'A 'A 'A 'A 'A 'A

lB"n$.i$t# As per /pectr%m Cell

ree(serlRb(se$R"!o 0 Celllsc#Alo

'A

lcic/itc# lcic/itc#>E'() E'o$eBAlo/itc#

r*/t"t%s 0 /pi$C;

BEAR'+ R"$io l"nnin Retevice"t"

A+ 'A +/

CellR"$i%s R"$io l"nnin Cell 'A

'A 'A 'A

/i)"p/itc# B>>EA',R(E,r%e: Cell/i)"p /i)"p/itc# B>>EA',R(E,r%e: Cell/i)"p /i)"p/itc# B>>EA',R(E,r%e: Cell/i)"p /i)"p/itc# B>>EA',R(E,r%e: Cell/i)"p

(25)

/i)"p/itc# B>>EA',R(E,r%e: Cell/i)"p /i)"p/itc# B>>EA',R(E,r%e: Cell/i)"p 'A )o$i;yerio$Coe )>ER>C>E'44: Bcc#C; CiRb'%m 'A (CCC; (l/r/c#"teen 'A Cell(lsc#Alo nit$cc#/ym'%m 1 Cell$cc#Alo >RE',>)A>RA/ 0 /ector

cs/itc# >,>A sitc#D> E'o$eBAlo/itc# 'A 'A )"* 23 CellResel 'A 'A 'A 'A 0'omin"l(CC -105 Cell(lpcComm 0'omin"l(/C -67 Cell(lpcComm R*ev)in -128 Cell/el R*ev)in +er"n';re+ro%p R*ev)in>set 0 Cell/el 'A

/ib2erio$ R1616 r"$io ;r"mes: Cell/i)"p /B3 perio$ R1616 r"$io ;r"mes: Cell/i)"p /ib4erio$ R3232 r"$io ;r"mes: Cell/i)"p /ib5erio$ R3232 r"$io ;r"mes: Cell/i)"p /ib6erio$ R6464 r"$io ;r"mes: Cell/i)"p /B7 perio$ R6464 r"$io ;r"mes: Cell/i)"p 'A

'cri#Conn)o$e 8 o)e"sComm

'cr)e$i%mConn)o$e 4 o)e"sComm

#yst B4</,4$B: CellResel

yst/;i# B0</,/+0$B: CellResel yst/;)e$i%m B0</,/)E()0$B: CellResel

/ntr"/e"rc# 58 CellResel

/'onntr"/e"rc# 10 CellResel

,Ev"l%"!on /60,EFA(A,>'60s: CellResel

,#res#lo 0 E%tr"nnter're

,yst'orm"l /30,</,'>R)A30s: CellResel

,Resel(tr"n 1s: CellResel(tr"n

,Resel(tr"n/;i# ,RE/E/0>,750&75: CellResel(tr"n ,Resel(tr"n/;)e$i%m ,RE/E/1>,01&0: CellResel(tr"n

,Resel+er"n 1 CellResel+er"n

,Resel+er"n/;i# ,RE/E/0>,750&75: CellResel+er"n ,Resel+er"n/;)e$i%m ,RE/E/1>,01&0: CellResel+er"n

/e"rc#.in$o/iGe 'A C$m"2000';re

,reselec!onrp$ 1 CellReselC$m"2000

(26)

,ReselC$m"rp$/;)e$i%m ,RE/E/1>,01&0: CellReselC$m"2000 ,#res#o 0 C$m"2000B"n$Cl"ss (lB"n$.i$t# 'A Cell ree(ser(lRb(se$R"!o 0 Cell(lsc#Alo 'A (lcicre/itc# >>: E'o$eBAlo/itc# ('CER,A,,(E 3 /ector ('CER,/E))A>R 3 /ector ('CER,/E))'>R 3 /ector Celln$ivi$%"l>set 0 E%tr"nntr"re'Cell 'A 'A 'A Celloset $B00$B: E%tr"nntr"re'Cell

)e"sB"n$.i$t# )B.61&4): CellResel CellReselriority 1 'A 'A )"* 23 CellResel resenceAntenn"ort1 0 CellResel osetre $B00$B: Cell R*ev)in -64 CellResel ,#rs#/ervo 0 CellResel ,Resel(tr"n 1 CellResel(tr"n

,Resel(tr"n/;i# ,RE/E/0>,750&75: CellResel(tr"n ,Resel(tr"n/;)e$i%m ,RE/E/1>,01&0: CellResel(tr"n 'A

A$"pt"r/itc#

,ero$icB/R,imer ,erio$B/R,imers;1010 s%b;r"me,yprbBsr

,imeAlinment,imer /1920 ,imeAlinment,imer

A$"pt"r/itc#

e;"%lt"inCycle r;128128 r"$io ;r"mes: CCC; 'A 'b >'E, CCC; 'A 'A 'A 'A 'A 'A 'A 'A 'A 'A 'A 'A E%tr"nnter're(tr"n're+er"n';re

(27)

'A

Rlc)o$e Rlc)o$eA)AcHnole$e )o$e: Rlc$cp"r"+ro%p 'A

'A 'A 'A 'A

AmAlo/itc# AmAlo/itc#D> CellAlo/itc# 'A 'A 'A 'A (en"c!ve,imer 20s: RrcConn/t"te,imer nterreoA1,#$Rsrp -105 nterreo+ro%p nterreoA1,#$Rsr -20 nterreo+ro%p nterreoA1A2yst 4 nterreo+ro%p nterreoA1A2,ime,o,ri 640ms nterreo+ro%p nterreoA1,#$Rsrp -105 nterreo+ro%p nterreoA1,#$Rsr -20 nterreo+ro%p nterreoA1A2yst 4 nterreo+ro%p nterreoA1A2,ime,o,ri 640ms nterreo+ro%p 'A 'A 'A 'A 'A 'A 'A 'A 'A 'A 'A 'A 'A nterR"toA2,#$Rsrp -115 nterR"toComm+ro%p nterR"toA2,#$Rsr -24 nterR"toComm+ro%p nterR"toC$m"B1,#$s -14 nterR"toC$m"rp$+ro%p nterR"toC$m"B1yst 2 nterR"toC$m"1*RI+ro%p nterR"toC$m"B1,ime,o,ri 640 ms nterR"toC$m"rp$+ro%p nterR"toC$m"1*RIB1)e"s%"n R/R nterR"toA2,#$Rsrp -115 nterR"toComm+ro%p nterR"toA2,#$Rsr -24 nterR"toComm+ro%p nterR"to+er"nB1,#$ -100 nterR"to+er"n+ro%p nterR"to+er"nB1yst 2 nterR"to+er"n+ro%p nterR"to+er"nB1,ime,o,ri 640 ms nterR"to+er"n+ro%p 'A nterR"toA2,#$Rsrp -115 nterR"toA2,#$Rsr -24

(28)

nterR"to(tr"nB1,#$Ecn0 -20 nterR"to(tr"n+ro%p nterR"to(tr"nB1,#$Rscp -103 nterR"to(tr"n+ro%p nterR"to(tr"nB1yst 2 nterR"to(tr"n+ro%p nterR"to(tr"nB1,ime,o,ri 640 ms nterR"to(tr"n+ro%p nterR"toA1A2,ri%"n R/R nterR"toComm nterreoA2,#$Rsrp -109 nterreo+ro%p nterR"toA2,#$Rsr -20 nterR"toComm+ro%p nterR"toA1A2yst 2 nterR"toComm+ro%p 'A ntr"reoRprtnterv"l 240ms ntr"R"toComm 'A nterreoA1A2,ime,o,ri 640ms nterreo+ro%p nterR"toA1A2,ri%"n R/R nterR"toComm 'A 'A 'A 'A 'A 'A 'A ntr"reoA3>set 2 ntr"reo+ro%p ntr"reoA3yst 2 ntr"reo+ro%p

ntr"R"toRprtAmo%nt n?nity ntr"R"toComm ntr"reoRprtnterv"l 240ms ntr"R"toComm ntr"reoA3Rprt%"n B>,1: ntr"R"toComm ntr"reoA3,ime,o,ri 320ms ntr"reo+ro%p ntr"reoA3,ri%"n R/R ntr"R"toComm 'A ntr"reoA3yst 2 ntr"reo+ro%p ntr"reoA3,ime,o,ri 320ms ntr"reo+ro%p nterR"toA1,#$Rsrp 'A nterR"toComm+ro%p nterR"toA1,#$Rsr 'A nterR"toComm+ro%p ntr"reoA3>set 'A nterreoA4,#$Rsrp -105 nterreo+ro%p nterreoA4,#$Rsr -20 nterreo+ro%p 'A 'A 'A 'A ntr"R"to)"*RprtCell 4 ntr"R"toComm ntr"R"toRprtAmo%nt n?nityn?nity: ntr"R"toComm ntr"reoRprtnterv"l 240ms ntr"R"toComm nterreoA4Rprt%"n B>, ntr"R"toComm

(29)

ntr"reoA3,ime,o,ri 320ms ntr"reo+ro%p '310 n1010: (e,imerConst '311 n11: (e,imerConst ,300 )/200,300200ms: (e,imerConst ,301 )/200,301200ms: (e,imerConst ,302 4 RrcConn/t"te,imer ,304orE%tr"n ms500500: RrcConn/t"te,imer ,310 )/1000,3101000ms: (e,imerConst ,311 )/10000,31110000ms: (e,imerConst

,320oro"$B"l"nce min1010: RrcConn/t"te,imer 'A

rim"ryCip#erAlo/econ$"ryCip#er AE/AE/ Alorit#m: E'o$eBCip#erC"p rim"rynterityAlo/econ$interity AE/AE/ Alorit#m: E'o$eBnterityC"p 'A

E'o$eB)"*Ret*,#res#ol$ )"*ret*,#res#ol$t88: Rlc$cp"r"+ro%p (e)"*Ret*,#res#ol$ )"*ret*,#res#ol$t88: Rlc$cp"r"+ro%p 'A 'A 'A 'A E%tr"nilterCoeRsrp C6 o)e"sComm E%tr"nilterCoeRsr C6 o)e"sComm

nterR"toRprtAmo%nt n?nityn?nity: nterR"toComm nterR"toRprtAmo%nt n?nityn?nity: nterR"toComm nterR"toRprtAmo%nt n?nityn?nity: nterR"toComm nterR"toRprtAmo%nt n?nityn?nity: nterR"toComm nterR"toRprtAmo%nt n?nityn?nity: nterR"toComm nterR"to(tr"nB1)e"s%"n (,RA'R/C nterR"toComm 'A /)e"s%re -44 o)e"sComm /)e"s%ren$ '>,C+ o)e"sComm ,#res#i# 0 (tr"n're ,#res#o 0 (tr"n're R*ev)in -116 (tr"n're

A',) As per r"$io pl"nnin /ector A',) As per r"$io pl"nnin /ector RAC Alo sitc#

RAC Alo sitc# RAC Alo sitc# RAC Alo sitc# 'A

rR"mpin/tep B2.RRA)'+/,E2$B: RACC; re"mbnitRcv,"retr B)104-104$Bm: RACC;

(30)

Indicates t!e ma5imum num&er of non6GBR ser#ices /e5cludin IP "ultimedia $u&s)stem I"$H ser#ices t!at can &e pro#i Indicates t!e -9 &and.idt! of a transmission resource roup

Indicates t!e Allocation and Retention Priorit) /ARP #alue of t!e dedicated emerenc) call &earer

Indicates t!e ma5imum num&er of non6GBR ser#ices /e5cludin IP "ultimedia $u&s)stem I"$H ser#ices t!at can &e pro#i

Indicates t!e R9 &and.idt! of a transmission resource roup

Indicates t!e ma5imum allo.ed num&er of UEs t!at perform intra6RA- measurements for fast ANR After t!e num&er of UE Indicates t!e minimum required num&er of UEs t!at !a#e performed measurements for fast ANR &efore intra6RA- fast AN Indicates t!e reference sinal recei#ed po.er /R$RP t!res!old for intra6RA- fast ANR If t!e sinal qualit) in a nei!&orin Indicates t!e period durin .!ic! t!e num&er of !ando#ers are measured for nei!&orin relation remo#al from a nei!&or

Controls "c!v"!one"c!v"!on o; A'R ;e"t%re

Indicates t!e a&solute priorit) of t!e CD"A2000 &and class to &e used durin cell reselection -!e #alue 0 indicates t!e lo

Indicates t!e eNodeB6specific ma5imum num&er of RLC AR% retransmissions namel) t!e ma5imum num&er of A" PDU r Indicates t!e eNodeB6specific num&er of PDUs to trier pollin ?!en t!e transmitted num&er of PDUs reac!es t!e #alue Indicates t!e lent! of t!e Pollin PDU retransmission timer for t!e eNodeB

Indicates t!e lent! of t!e Pollin PDU retransmission timer for t!e UE

Indicates t!e lent! of t!e eNodeB6specific timer for pro!i&itin status reportin from t!e recei#er in A" Indicates t!e lent! of t!e UE6specific timer for pro!i&itin status reportin from t!e recei#er in A"

Indicates t!e UE6specific ma5imum num&er of RLC AR% retransmissions namel) t!e ma5imum num&er of A" PDU retran Indicates t!e UE6specific num&er of PDUs to trier pollin ?!en t!e transmitted num&er of PDUs reac!es t!e #alue of t! Indicates t!e ma5imum uplin< &and.idt! of a transmission resource roup at t!e "AC la)er .!en t!e transmission resour

n$ic"tes t#e ieren!"te$ /ervices Co$e oint

Indicates t!e minimum,ma5imum lent! of t!e $' re6esta&lis!ment timer

n$ic"tes  /c#e$%lin str"tey&

Indicates t!e minimum R9 le#el required for a nei!&orin cell on a frequenc) in t!e CD"A2000 &and class to &ecome a c After measurements are started for nei!&orin cells on a frequenc) in t!e &and class t!e UE reselects to a nei!&orin c_{Indicates t!e minimum R9 le#el required for a nei!&orin cell on a frequenc) in t!e CD"A2000 &and class to &ecome a c} After measurements are started for nei!&orin cells on a frequenc) in t!e &and class t!e UE reselects to a nei!&orin c

(31)

n$ic"tes ( /c#e$%lin str"teyB"sic "n$ En#" nce$ e"t%re:

Indicates t!e ma5imum uplin< &and.idt! of a transmission resource roup at t!e "AC la)er .!en t!e transmission resour

Access pro&a&ilit) factor for oriinatin call

Access prob"bility ;"ctor ;or /in"llin

n$ic"tes #et#er to con?%re t#e "ccess b"rrin in;orm"!on& n$ic"tes #et#er to con?%re t#e "ccess b"rrin in;orm"!on

n$ic"tes #et#er to con?%re t#e "ccess b"rrin in;orm"!on ;or t#e ini!"l mobile sin"lin& n$ic"tes t#e oriin"!n c"ll b"rrin st"t%s o; "ccess cl"ss 11-15

n$ic"tes t#e oriin"!n c"ll b"rrin st"t%s o; "ccess cl"ss 11-15 n$ic"tes t#e "ver"e "ccess b"rrin $%r"!on o; oriin"!n c"lls& n$ic"tes t#e "ver"e "ccess b"rrin $%r"!on o; sin"lin&

Indicates t!e altitude of t!e sector in t!e ?G$6:= coordinate s)stem If t!e #alue is reater t!an 0 t!e sector is a&o#e t!e

n$ic"tes t#e r"$i%s o; t#e cell&

Indicates t!e percentae of free s!ared RBs on t!e PD$C* in sc!edulin &ased on pa)6free users and pa) users -!e ot!

Indicates .!et!er DR9 is supported If t!is parameter is set to -RUE ordinar) DR9 parameters are applied to UEs .it! t!

n$ic"tes "ntenn" "Gim%t#

Indicates t!e antenna anle .!ic! is t!e anle .it! t!e !oriontal line Indicates radius of t!e cell

n$ic"tes #et#er t#e m"ppin ;rom /Bs to / mess"es is en"ble$& n$ic"tes #et#er t#e m"ppin ;rom /Bs to / mess"es is en"ble$& n$ic"tes #et#er t#e m"ppin ;rom /Bs to / mess"es is en"ble$& n$ic"tes #et#er t#e m"ppin ;rom /Bs to / mess"es is en"ble$&

Indicates t!e emerenc) call &arrin status of access class '0 indicatin .!et!er UEs of access class '0 can initiate emer If t!is parameter is set to BLEAN3-RUE UEs of access classes 0 to 7 or t!ose .it!out I"$Is cannot initiate emerenc A UE in access classes '' to '( cannot initiate emerenc) calls onl) .!en its access class and access class '0 are &ot! &

DlIcic$.itc!3FF3ENU"Indicates t!at DL ICIC is disa&led

DlIcicD)namic$.itc!3N3ENU"Indicates t!at d)namic DL ICIC is ena&led DlIcic$tatic$.itc!3N3ENU"Indicates t!at static DL ICIC is ena&led

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n$ic"tes #et#er t#e m"ppin ;rom /Bs to / mess"es is en"ble$& n$ic"tes #et#er t#e m"ppin ;rom /Bs to / mess"es is en"ble$&

)o$i;yerio$Coe me"ns t#e mo$i?c"!on perio$ coeJcient ;or t#e BCC&%nitDr"$io ;r"mes:&

Indicates t!e num&er of RBs allocated to t!e C%Is at t!e RRC la)er of FDD cell

Indicates t!e data lent! t!at t!e UL sc!eduler assins to UEs t!at !a#e sent sc!edulin requests ?it!in t!e data lent!

Indicates t!e ma@or a5is orientation of an uncertaint) area &) .!ic! t!e eorap!ical location of t!e antennas in t!e sector

Indicates t!e ma5imum -9 po.er of t!e UE in t!e cell If t!is parameter is not included in t!e $IB> t!e UE uses t!e ma5im

Indicates t!e taret UE transmit po.er for t!e PUCC* e5pected &) t!e eNodeB on condition t!at normal demodulation can Indicates t!e nominal P0 #alue of t!e PU$C* It is used in UL po.er control

n$ic"tes t#e minim%m re%ire$ R level ;or t#e cell to become " c"n$i$"te $%rin cell selec!on& ,#is %"n!ty is incl%$e$ in criteri" /

Indicates t!e R9 le#el required for a nei!&orin cell on a frequenc) in t!e GERAN carrier frequenc) roup to &ecome a ca Indicates t!e offset to t!e minimum required R9 le#el -!is #alue is included in criteria $ and used in t!e e#aluation of cell

Indicates t!e transmission period for s)stem information &loc< t)pe 2 /$IB2 Indicates t!e transmission period for s)stem information &loc< t)pe > /$IB> Indicates t!e transmission period for s)stem information &loc< t)pe = /$IB= Indicates t!e transmission period for s)stem information &loc< t)pe ( /$IB( Indicates t!e transmission period for s)stem information &loc< t)pe ; /$IB; Indicates t!e transmission period for s)stem information &loc< t)pe 1 /$IB1

n$ic"tes t#e #"n$over n%mber t#res#ol$ %se$ in t#e (E #i# mobility st"te ev"l%"!on& ; t#e n%mber o; #"n$overs per;orme$ $%rin n$ic"tes t#e #"n$over n%mber t#res#ol$ %se$ in t#e (E me$i%m mobility st"te ev"l%"!on& ; t#e n%mber o; #"n$overs per;orme$ $%

Indicates t!e !)steresis for cell reselection .!en R$RP #alues are used in t!e e#aluation -!is parameter must &e set &as

Indicates t!e duration in .!ic! t!e mo&ilit) status of t!e UE is e#aluated -!is parameter is one of t!e <e) parameters in d Indicates t!e minimum R9 le#el required for a nei!&orin cell on t!e frequenc) to &ecome a candidate for reselection if t! Indicates t!e e5tra duration required in t!e e#aluation &efore t!e UE can enter t!e normal6mo&ilit) state -!is parameter ca Indicates t!e cell reselection duration of U-RAN cell reselection ?!en t!e sinal qualit) of t!e ser#in cell is lo.er t!an t!

Indicates t!e cell reselection duration of GERAN cell reselection ?!en t!e sinal qualit) of t!e ser#in cell is lo.er t!an t! Indicates t!e scalin factor applied to -ReselGeran for !i!6mo&ilit) UEs -!e actual duration of cell reselection of !i!6mo

Indicates t!e sie of t!e CD"A2000 searc! .indo. UEs searc! for pilots for nei!&orin CD"A2000 cells .it!in t!e time Indicates t!e duration used in cell reselection to CD"A2000 *RPD -!e UE initiates reselection to a CD"A2000 *RPD cel If t!e s.itc! for d)namic ad@ustment to t!e num&er of FD" s)m&ols occupied &) t!e PDCC* is turned off t!is parameter

Indicates t!e location ser#ices /LC$ s.itc!

tdoa$.itc! If t!e s.itc! is turned on o&ser#ed time difference of arri#al6&ased /-DA6&ased positionin is ena&led If

Indicates t!e additional !)steresis applied to %!)st for !i!6mo&ilit) UEs

For e5ample t!e #alue DB3;3%3*K$-3$F3*IG* indicates 6; dB additional !)steresis applied to %!)st for !i!6mo&ilit) Indicates t!e additional !)steresis applied to %!)st for medium6mo&ilit) UEs

For e5ample t!e #alue DB3;3%3*K$-3$F3"EDIU" indicates 6; dB additional !)steresis applied to %!)st for medium6m Indicates t!e measurement trierin t!res!old for reselection to intra6frequenc) cells -!e step is 2 dB

-!e UEs start intra6frequenc) measurements onl) if t!e #alue of Cell selection R9 le#el #alue /dB is lo.er t!an or equal to If t!e cell reselection priorit) of a frequenc) or RA- is !i!er t!an t!at of t!e ser#in frequenc) t!e UEs al.a)s start inter6fr

Indicates t!e scalin factor applied to -ReselUtran for !i!6mo&ilit) UEs -!e actual duration of cell reselection of !i!6mo -!e #alue -3RE$EL3$F30D-2( means a scalin factor of 02( -3RE$EL3$F30D-( means 0( and so on

Indicates t!e scalin factor applied to -ReselUtran for medium6mo&ilit) UEs -!e actual duration of cell reselection of medi -!e #alue -3RE$EL3$F30D-2( means a scalin factor of 02( -3RE$EL3$F30D-( means 0( and so on

Indicates t!e scalin factor applied to -ReselGeran for medium6mo&ilit) UEs -!e actual duration of cell reselection of med -!e #alue -3RE$EL3$F30D-2( means a scalin factor of 02( -3RE$EL3$F30D-( means 0( and so on

Indicates t!e scalin factor applied to -ReselCdma*rpd for !i!6mo&ilit) UEs -!e actual duration of cell reselection of !i -!e #alue -3RE$EL3$F30D-2( means a scalin factor of 02( -3RE$EL3$F30D-( means 0( and so on

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Indicates t!e UL &and.idt! of t!e cell .!ic! is &ased on t!e num&er of resource &loc<s /RBs -!e #alue CELL3B?3N2( Indicates t!e percentae of free s!ared RBs on t!e PU$C* in sc!edulin &ased on free users and su&scri&ers -!e ot!er

Indicates t!e s.itc! used to ena&le or disa&le UL ICIC in t!e frequenc) domain If t!is s.itc! is set to FF UL ICIC in t!e f Indicates t!e altitude of an uncertaint) area &) .!ic! t!e eorap!ical location of t!e antennas in t!e sector is to &e includ Indicates t!e semi6ma@or a5is lent! of t!e uncertaint) area &) .!ic! t!e eorap!ical location of t!e antennas in t!e secto Indicates t!e semi6minor a5is lent! of t!e uncertaint) area &) .!ic! t!e eorap!ical location of t!e antennas in t!e secto Indicates t!e cell indi#idual offset for t !e intra6frequenc) nei!&orin cell .!ic! is used in e#aluation for !ando#ers It affec

Indicates t!e offset for t!e intra6frequenc) nei!&orin cell .!ic! is used in e#aluation for cell reselections A larer #alue

Indicates t!e measurement &and.idt! on t!e ser#in frequenc) on .!ic! t!e UE camps It is used in intra6frequenc) meas Indicates t!e cell reselection priorit) of t!e ser#in frequenc) 0 indicates t!e lo.est priorit) -!e #alue of t!is parameter mu

Indicates t!e ma5imum -9 po.er of t!e UE in t!e cell If t!is parameter is not included in t!e $IB> t!e UE uses t!e ma5im

n$ic"tes #et#er t#e intr"-;re%ency nei#borin cells "re con?%re$ it# t#e 2, "ntenn"&

Indicates t!e specific frequenc) offset of t!e ser#in cell -!is parameter is contained in t!e intra6frequenc) measurement

)inim%m re%ire$ R* evel

$er#in frequenc) lo.er priorit) R$R% t!res!old

Indicates t!e cell reselection duration of U-RAN cell reselection ?!en t!e sinal qualit) of t!e ser#in cell is lo.er t!an t!

Indicates t!e s.itc! t!at is used to control .!et!er to ena&le or disa&le UL adapti#e *AR% If t!is s.itc! is set to ADAP-I8

Indicates t!e lent! of t!e uplin< time alinment timer for UEs in t!e cell A UE is considered not time6alined in t!e uplin< i Indicates t!e s.itc! t!at is used to control .!et!er to ena&le or disa&le UL adapti#e *AR% If t!is s.itc! is set to ADAP-I8 Indicates t!e default pain period for t!e cell It is also called t!e discontinuous reception /DR9 period If t!e EPC specifi Indicates t!e scalin factor applied to -ReselCdma*rpd for medium6mo&ilit) UEs -!e actual duration of cell reselection of -!e #alue -3RE$EL3$F30D-2( means a scalin factor of 02( -3RE$EL3$F30D-( means 0( and so on

Indicates t!e minimum R9 le#el required for a nei!&orin cell on a frequenc) in t!e CD"A2000 &and class to &ecome a c After measurements are started for nei!&orin cells on a frequenc) in t!e &and class t!e UE reselects to a cell on t!e fre

Indicates t!e scalin factor applied to -ReselUtran for !i!6mo&ilit) UEs -!e actual duration of cell reselection of !i!6mo -!e #alue -3RE$EL3$F30D-2( means a scalin factor of 02( -3RE$EL3$F30D-( means 0( and so on

Indicates t!e scalin factor applied to -ReselUtran for medium6mo&ilit) UEs -!e actual duration of cell reselection of medi -!e #alue -3RE$EL3$F30D-2( means a scalin factor of 02( -3RE$EL3$F30D-( means 0( and so on

B$Rs are sent periodicall) or as triered &) e#ents

Periodic transmission of B$Rs uses t!e timer specified &) t!is parameter ?!en t!e timer e5pires a B$R is sent

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Indicates t!e RLC transmission mode nl) t!e A" and U" modes are a#aila&le

Indicates t!e lent! of t!e UE inacti#it) timer -!e eNodeB monitors .!et!er UEs are recei#in or sendin data ?!en a U

Indicates t!e !)steresis for inter6frequenc) measurement e#ents A' and A2 -!is parameter is used to pre#ent frequent tri

Indicates t!e !)steresis for e#ent B' for inter6RA- !ando#er to CD"A2000 '5R-- -!is parameter is used to pre#ent frequ

Indicates t!e measurement quantit) required for t!e inter6RA- !ando#er to CD"A2000 '5R--

Indicates t!e !)steresis for e#ent B' related to inter6RA- !ando#er to GERAN -!is parameter is used to pre#ent frequent Indicates t!e s.itc! t!at is used to ena&le and disa&le t!e Acti#e %ueue "anaement /A%" alorit!m

If t!is s.itc! is set to N t!e A%" function is ena&led to pre#ent or control conestion -!e lent! of t!e PDCP pac<et qu If t!is s.itc! is set to FF t!e A%" function is disa&led

Indicates t!e R$RP t!res!old for inter6frequenc) measurement e#ent A'

?!en t!e measured R$RP #alue e5ceeds t!is t!res!old a measurement report .ill &e sent Indicates t!e R$R% t!res!old for inter6frequenc) measurement e#ent A'

?!en t!e measured R$R% #alue e5ceeds t!is t!res!old a measurement report .ill &e sent n ca es e me6 o6 r er or n er6 requenc) measuremen e#en or 

Indicates t!e R$RP t!res!old for inter6frequenc) measurement e#ent A'

?!en t!e measured R$RP #alue e5ceeds t!is t!res!old a measurement report .ill &e sent Indicates t!e R$R% t!res!old for inter6frequenc) measurement e#ent A'

?!en t!e measured R$R% #alue e5ceeds t!is t!res!old a measurement report .ill &e sent n ca es e me6 o6 r er or n er6 requenc) measuremen e#en or 

Indicates t!e pilot strent! t!res!old for e#ent B' related to load6 or ser#ice6&ased inter6RA- !ando#er to CD"A2000 *RP ?!en t!e measurement #alue e5ceeds t!is t!res!old a measurement report .ill &e sent

Indicates t!e time6to6trier for e#ent B' related to inter6RA- !ando#er to CD"A2000 *RPD

?!en detectin t!at t!e sinal qualit) in at least one nei!&orin cell meets t!e enterin condition t!e UE does not send a -!is parameter !elps decrease t!e num&er of occasionall) triered e#ent reports t!e a#erae num&er of !ando#ers and

Indicates t!e R$$I t!res!old for e#ent B' related to co#erae6&ased inter6RA- !ando#er to GERAN

A UE sends a measurement report related to e#ent B' to t!e eNodeB .!en t!e R$$I in at least one GERAN cell e5ceeds n ca es e me6 o6 r er or e#en re a e o n er6 an o#er o  en e ec n a e s na qua ) n