申请/专利权人：华为技术有限公司

申请日：2018-06-13

公开（公告）日：2019-11-01

公开（公告）号：CN110089162A8

主分类号：H04W52/14(20060101)

分类号：H04W52/14(20060101);H04W52/24(20060101)

优先权：["20170616 US 62/521,259"]

专利状态码：有效-授权

法律状态：2023.11.03#授权;2019.11.01#发明专利申请更正;2019.11.01#发明专利公报更正;2019.08.27#实质审查的生效;2019.08.02#公开

摘要：提供了用于对上行链路传输的功率控制的方法。在实施方式中，用户设备UE中用于参考信号RS关系特定上行链路UL传输功率控制的方法包括：由UE根据第一功率控制集合发送第一UL信号，该第一功率控制集合包括第一目标功率、第二目标功率、用于路径损耗估计的DL参考信号RS、路径损耗补偿因子和发送功率命令TPC中至少之一。根据一个第一RS与第一UL信号之间的第一RS关系来确定第一功率控制集合。

主权项：1.一种在用户设备UE中用于参考信号RS关系特定上行链路UL传输功率控制的方法，包括：由所述UE根据第一功率控制集合发送第一UL信号，所述第一功率控制集合包括第一目标功率、第二目标功率、用于路径损耗估计的DL参考信号RS、路径损耗补偿因子和发送功率命令TPC中至少之一，根据一个第一RS与第一UL信号之间的第一RS关系来确定所述第一功率控制集合。

全文数据：TothemethodandsystemofthepowercontrolofuplinktransmissionThisapplicationclaimsentitled"theMETHODSANDSYSTEMSOFPOWERsubmittedonJune16th,2017TheU.S.ofCONTROLFORUPLINKTRANSMISSIONtothemethodandsystemofthepowercontrolofuplinktransmission"ProvisionalapplicationNo.62521,259equity,duringthisapplicationisherebyincorporatedbyreferenceinitsentirety.herein.TechnicalfieldPresentinventionrelatesgenerallytothesystemandmethodforuserequipmentpowercontrol,incertainembodiments,arerelatedtousingInthesystemandmethodforwavebeamorRSrelationshipthecertainpowercontroltransmittedtouplink.BackgroundtechniqueInconventionalcellularnetwork,eachtransmissionreceivingpointtransmitreceivepoint,TRPandtheareaofcoverageThecellbasedonTRPofdomainorroutineisassociated,andisassignedconventionalcellidentifieridentifier,IDtolimitcontrolChannelanddatachannelprocessedallowtosupportTRPtouserequipmentusersimultaneouslyforeachconventionalcellEquipment,UEcommunicationorUEtoTRPcommunicate.NetworkcanmaintainserviceTPandUEbytheconventionalcellIDofdistributionBetweenassociation,untilswitchingbetriggereduntil.Withtheincreaseindemandtomobilebroadband,conventionalwirelessnetworksbymorecryptosetanditisheterogeneousbedeployedtohaveitismoreTheTPofquantity.IDdistributioninconventionalcellbecomesmoredifficult,andtheincidenceswitchedincreasesasUEismovedbetweenTP.Inaddition,theinterferenceofconventionalcellintensivelygeneratedbetweenadjacentconventionalcell.Especiallyinintensiveheterogeneousnetwork,itisexpectedthatbeingusedforMitigatethemethodandsystemofthesedisadvantages.SummaryoftheinventionTechnologicalmeritpassesthroughinthedisclosureforthesystemandmethodfordescribingthepowercontrolfortransmittingtouplinkTheembodimentofappearanceisgenerallyrealized.Itisspecialthattheadvantagesofoneormoreembodimentsofpresentdisclosure,istoprovideRSrelationshipDeterminepathlossestimationandpowercontrol.Whenreadingfollowingdisclosure,otheradvantagesareforthoseofordinaryskillintheartItwillbeapparent.Inembodiments,referencesignalreferenceisusedinuserequipmentuserequipment,UESignal,RSmethodofrelationshipspecificuplinkuplink,ULtransmittingpowercontrolincludes:byUEaccordingtothefirstpowerControlsetsendsthefirstULsignal,andthefirstpowercontrolsetincludesfirstobjectpower,thesecondtargetpower,isusedforDLreferencesignalreferencesignal,RS,pathlosscompensationfactorandthetransmissionpowercommandofpathlossestimationAtleastoneoftransmitpowercommand,TPC.AccordingtothefirstRSbetweenthefirstRSandthefirstULsignalRelationshipdeterminesthefirstpowercontrolset.Inembodiments,onekindbeingusedforPUCCHresourcecertainpowerinuserequipmentuserequipment,UEThemethodofcontrolincludes:tosendthefirstPUCCHaccordingtothefirstpowercontrolsetbyUE,andthefirstpowercontrolsetincludesFirstobjectpower,thesecondtargetpower,forpathlossestimationDLreferencesignalreferencesignal,RS,Offsetandtransmissionpowercommandtransmitpowercommand,TPCforPUCCHformat.ItisprovidedaccordingtothefirstPUCCHSourceiscometodeterminethefirstpowercontrolset,thefirstPUCCHresourceincludehavingthefirstPUCCHformatandofspecificnumberofsymbolsAtleastoneofoneparametersetnumerology.Inembodiments,itisusedforuserequipmenttheuserofuplinkuplink,ULtransmittingpowercontrolEquipment,UEinclude:non-transientstoragedeviceincludinginstructionandiscommunicatedwiththenon-transientstoragedeviceOneormoreprocessors,whereinoneormoreprocessorisheldaccordingtoanydisclosedembodimentoraspectRowinstruction.Inembodiments,akindofnon-transitorycomputer-readablemedium,storagearepassedforuplinkuplink,ULThecomputerinstructionofdefeatedpowercontrolmakesonewhenthecomputerinstructionisexecutedbyoneormoreprocessorsOrmoretheprocessormethodthatexecutesanydisclosedembodimentoraspect.Optionally,inanyaspectinaforementionedaspects,themethodalsoincludes:byUEaccordingtothesecondpowercontrolcollectionItclosesandsendsthe2ndULsignal,thesecondpowercontrolsetincludesanotherfirstobjectpower,anothersecondtargetpower,usesInanotherDLRS,anotherpathlossbalancingfactorandanothertransmissionpowercommandtransmitofpathlossestimationAtleastoneofpowercommand,TPC.Secondisdeterminedaccordingtothe2ndRSrelationshipbetweenthe2ndRSandthe2ndULsignalPowercontrolset.Itoptionally,isSSblock,CSI-forthefirstRSofRSrelationshiporthe2ndRSinanyaspectinaforementionedaspectsOneofRSanddetectionreferencesignaltransmitpowercommand,SRS.ULsignalisthatphysicsULshareschannelphysicalULsharedchannel,PUSCHandphysicsULcontrolchannelphysicalULcontrolOneofchannel,PUCCH.Optionally,inanyaspectinaforementionedaspects,themethodalsoincludes:itreceivesandismorethanoneforRSrelationshipARSconfiguration.EachRSconfigurationisassociatedwithaspecificRSrelationship,andwithcorrespondingDLRStype,correspondingantennaAtleastoneofportsetphysicalULcontrolchannel,APGindex,resourceindexandresourcecollectionindexToidentify,whereinAPGhasatleastoneantennaport.Optionally,inanyaspectinaforementionedaspects,afirstobjectpowerofthefirstpowercontrolsetandAnotherfirstobjectpowerofoneofsecondpowercontrolsetisidenticalandconfiguredwithbroadcastchannel.Optionally,inanyaspectinaforementionedaspects,secondtargetpowerofthefirstpowercontrolsetandAnothersecondtargetpowerofoneofsecondpowercontrolsetiseachconfiguredwithdedicatedRRCsignaling.Optionally,inanyaspectinaforementionedaspects,aPLcompensationfactorofthefirstpowercontrolsetandAnotherPLcompensationfactorofoneoftwopowercontrolsetiseachconfiguredwithdedicatedRRCsignaling.Optionally,inanyaspectinaforementionedaspects,thefirstpowercontrolsetisusedforwhatpathlosswasestimatedOneanotherDLRSresourceforpathlossestimationofoneDLRSandthesecondpowercontrolsetiseachconfiguredwithdedicatedRRCsignaling.Optionally,inanyaspectinaforementionedaspects,aTPCofthefirstpowercontrolsetandthesecondpowercontrolOneanotherTPCofsystemsetiseachconfiguredwithdedicatedRRCsignaling.Optionally,inanyaspectinaforementionedaspects,referredtousingatleastoneofDCI,RRCsignalingandMACCEShowRSrelationship.Optionally,inanyaspectinaforementionedaspects,SSblockincludesbeingusedforPhysicalBroadcastChannelphysicalBroadcastchannel,PBCHsynchronizationsignalanddemodulatedreferencesignaldemodulationreferenceAtleastoneofsignal,DMRS.Optionally,inanyaspectinaforementionedaspects,themethodalsoincludes:L3iscarriedoutaccordingtothefirstfilterfactorFiltering,firstfilterfactorareconfiguredforcarryingoutpathlossestimationusingSSblock.Optionally,inanyaspectinaforementionedaspects,themethodalsoincludes:L3iscarriedoutaccordingtothesecondfilterfactorFiltering,secondfilterfactorareconfiguredforcarryingoutpathlossestimationusingCSI-RS.Optionally,inanyaspectinaforementionedaspects,theisconfiguredbasedatleastoneofpredefinedandRRCsignalingOnefilterfactororthesecondfilterfactor.Optionally,inanyaspectinaforementionedaspects,bypredefined,broadcastsignalingorcomethededicatedletterofautomaticnetworkItatleastoneofenablestoobtainbythefirstpowercontrolsetinformationassociatedwiththefirstRSrelationshipandbythesecondpowercontrolSystemgathersinformationassociatedwiththe2ndRSrelationship.Optionally,inanyaspectinaforementionedaspects,themethodalsoincludes:byUEaccordingtothesecondpowercontrolcollectionItclosesandsendsthe2ndPUCCH,thesecondpowercontrolsetincludesanotherfirstobjectpower,anothersecondtargetpower,usesInpathlossestimationanotherDLreferencesignalreferencesignal,RS,forPUCCHformatanotheroffsetandAnothertransmissionpowercommandtransmitpowercommand,TPC.ThesecondpowerisdeterminedaccordingtothesecondPUCCHresourceControlset,thesecondPUCCHresourceincludesecondPUCCHformatwithspecificnumberofsymbols,inthesecondparametersetatleastitOne.Optionally,inanyaspectinaforementionedaspects,afirstobjectpowerofthefirstpowercontrolsetandAnotherfirstobjectpowerofsecondpowercontrolsetisidenticalandconfiguredwithbroadcastchannel.Optionally,inanyaspectinaforementionedaspects,secondtargetpowerofthefirstpowercontrolsetandAnothersecondtargetpowerofsecondpowercontrolsetiseachconfiguredwithdedicatedRRCsignaling.Optionally,inanyaspectinaforementionedaspects,aDLRSofthefirstpowercontrolsetandthesecondpowerAnotherDLRSresourceofcontrolsetiseachconfiguredwithdedicatedRRCsignaling.Optionally,inanyaspectinaforementionedaspects,aTPCofthefirstpowercontrolsetandthesecondpowercontrolAnotherTPCofsystemsetiseachconfiguredwithdedicatedRRCsignaling.Optionally,inanyaspectinaforementionedaspects,themethodalsoincludes:itprovidesthefirstpowercontrolsetInformationassociatedwiththefirstPUCCHresourceandbythesecondpowercontrolsetinformationassociatedwiththesecondPUCCHresource.Optionally,inanyaspectinaforementionedaspects,themethodalsoincludes:configuremorethanonePUCCHresourceCertainpowercontrolset.Themethodalsoincludesconfiguringoneormoreparametersets.ThemethodalsoincludesconfigurationsoneOrmorePUCCHformatparticularoffset.Themethodalsoincludes:itistrueaccordingtoaPUCCHresourcecertainpowercontrolsetFixedspecificoveralltransmissionpower.Optionally,inanyaspectinaforementionedaspects,anotherrealizationofthisaspectfurtherinclude:SRSmoneyisobtainedbyUERSrelationshipbetweentheAGPoftheDMRSoftheAGPandPUSCHinsource.DetermineRSrelationshipaccordingtobeingclearlyassociatedwith,oraccordingtofromitisanotherImplicitassociationsderivedfromtheassociatedpublicRSrelationshipoftheAPGofoneRSdetermineRSrelationship.Ingeneral,theAGPoftheDMRSofPUSCHwithRSrelationshipbetweenanotherRSimpliestheRSrelationshipbetweenPUSCHandanotherRS,andthehintcanextendtootherULletterRoad.DetaileddescriptionoftheinventionForamorecompleteunderstandingofthepresentinventionanditsadvantage,referringnowinconjunctionwiththedescriptionbelowattacheddrawing,inwhich:Fig.1istoshowthefigurethatcanbeusedfortheRStypethatPLisdetermined；Fig.2istoshowthewavebeamreciprocitythatcanbeusedforhelpingestimatingwavebeamorthespecificPLofRSrelationshipreciprocityfigure；Fig.3isthenetworkofcommunicationsystem；Fig.4Aistheblockdiagramofexemplaryelectronicdevice；Fig.4Bistheblockdiagramofexemplaryelectronicdevice；Fig.5istransmissionTxwavebeamforshowingnotcorrespondingrelationshipandthefigureforreceivingRxwavebeam；Fig.6istoshowthefigureofTxwavebeamandRxwavebeamwithcorrespondingrelationship；Fig.7istoshowthefigureoftheembodimentofmethodoftheone-dimensionalL3filteringforPLestimationbasedonSSblock；Fig.8istoshowthefigureofanotherembodimentofmethodoftheone-dimensionalfilteringforPLestimation；Fig.9istoshowthefigureoftheembodimentofthemethodfortwo-dimensionalfiltering；Figure10istheflowchartfortheembodimentofthemethodfortheDLPLestimationtotheUEinidlemode；Figure11istoshowthefigureoftheembodimentoftheAPGwiththefirstAPGandthe2ndAPG,andthefirstAPGhasfirstCSI-RSresourceset,the2ndAPGhavethesecondCSI-RSresourceset；Figure12istoshowthefigureoftheembodimentforthemethodthatPLisestimatedinthecasewherenoQCL；Figure13andFigure14beshowassumingthatinthecasewhereQCLtheembodimentofthemethodforestimationPLfigure；Figure15istoshowtheembodimentofthemethodforone-dimensionalL1filteringoftheDLPLestimationtotheUEinconnectionstatusFigure；Figure16,Figure17andFigure18aretoshowthesideofthetwo-dimentionalL1filteringoftheDLPLestimationtotheUEinconnectionstatusThefigureoftheembodimentofmethod；Figure19istheprocesstotheUEinconnectionstatususingtheembodimentofthemethodfortheDLPLestimationofL1filteringFigure；Figure20isusing2002,2004pairsoftwoAPGrespectivelywithcorrespondingCSI-RSresourcesetinconnectionshapeThefigureoftheembodimentofthemethodfortheDLPLestimationoftheUEofstate；Figure21istheembodimentofmethodinthecasewherenoQCLtotheDLPLestimationoftheUEinconnectionstatusFigure；Figure22isforthe4thfilterfactorofutilizationbasedonCSI-RStotheDLPLestimationoftheUEinconnectionstatusThefigureoftheembodimentofthemethodforone-dimensionalL3filtering；Figure23isthetwo-dimentionalL3filteringforthe4thfilterfactorofutilizationoftheDLPLestimationtotheUEinconnectionstatusMethodanotherembodimentfigure；Figure24isthetwo-dimentionalL3fortwothe4thfilterfactorsofutilizationoftheDLPLestimationtotheUEinconnectionstatusThefigureoftheembodimentofthemethodforfiltering；Figure25AistheembodimentforthemethodfortheDLPLestimationusingL3filteringtotheUEinconnectionstatusFlowchart；Figure25BtoFigure25Distoshowthefigureoftheembodimentofmethodofthetwo-dimensionalfilteringforDLPLestimation；Figure26istoshowtocloseforthespaceRSofthePLcompensationtoservedbeamsortheULDLcorrespondingrelationshipofBPLorTRPItisthefigureoftheembodimentofadhocapproach；Figure27istoshowthefigureoftheRSrelationshipadhocapproachforDLPLestimation；Figure28AandFigure28BaretoshowthefigureoftheembodimentoftheassociatedsystembetweenSRSandPUSCH；Figure29istheprocessfortheembodimentofthemethodforwavebeamorthespecificULPCofRSrelationshipspecifictoRSrelationshipFigure；Figure30AtoFigure30DisshownfortheTDMmultiplexingbetweentwoPUCCHwithidenticalordifferentsymbolVariousembodiments；Figure31,whichisshown,followstheTDMbetweenthesubsequentshortPUCCHandPUSCHofULresourcetomultiplex；Figure32isforPUCCHresourcetobespecificortheflowchartoftheembodimentofthemethodforspecificPC；Figure33istheflowchartfortheembodimentofthemethodforULtransmittingpowercontrol；AndFigure34istheblockdiagramofassemblymodule.Unlessotherwisedirected,therespectivefigurelabelotherwiseindifferentfiguresgenerallyreferstocorrespondingcomponent.AttacheddrawingisdrawnAtbeingclearlyshowntherelatedfieldsofembodiment,anditisnotdrawnnecessarilytoscale.SpecificembodimentFirstitshouldbeunderstoodthatalthoughtheillustrativeimplementationofoneormoreembodimentsisprovidedbelow,Canbeusednomattercurrentwhetherknownanyamountoftechnologyrealizesdisclosedsystemandmethod.PresentdisclosureisexhaustedItshouldnotnecessarilybelimitedbyillustrativeimplementation,figureandtechnologyasshownbelow---includingexamplearrangementshownanddescribedhereinAndimplementation,butcanbemodifiedinscopeoftheappendedclaimsanditsfullscopeofequivalent.Thenewradioof5GNewRadio,NRisenvisagedasbyprovidingfasterdatatransmissionandsupportingbiggernumberTheconnectionequipmentofamountcomesupportenhancinguserexperiencemanyfeatures.Itformulatesandhasreachedvariousassociationsbetweeneachparticipantof5GstandardView.Agreement36.802proposesthewavebeamforsupportingtobeusedforuplinkuplink,ULpowercontrolpowercontrol,PCOrwavebeamistolinkbeampairlink,BPLparticularpathlosspathloss,PL.Accordingtotheagreement,manydownlinksThePLthatlinkdownlink,DLreferencesignalreferencesignal,RScanbeusedforULPCiscalculated.IfuserEquipmentuserequipment,UEisknownforPhysicalBroadcastChannelphysicalbroadcastchannel,PBCHSecondarysynchronizationsignalsecondarysynchronizationsignal,SSSanddemodulatedreferencesignaldemodulationReferencesignal,DMRSbetweenpowerexcursion,thensecondarysynchronizationsignalsecondarycanbeusedSynchronizationsignal,SSSandDM-RSdeterminesynchronizationsignalsynchronizationsignal,SSblockPBCHPL.IfUEdoesnotknowthatthepowerexcursionbetweenSSSandDMRSforPBCH,theonlySSSofSSblockareusedforPLItdetermines.Inanaspect,thePLthatfollowingDLRScanbeusedforULPCiscalculated:IfUEknowsthepowerexcursionbetweenSSSandDM-RSforPBCH,usethePBCH'sforSSblockBothSSSandDM-RS；IfUEdoesnotknowthepowerexcursionbetweenSSSandDM-RSforPBCH,theonlySSSofSSblockisused；CSI-RS；AndOptionally,theusableconditionofabove-mentionedDL-RSInanaspect,forthetransmissionofdifferentchannelsRSthatis,PUSCH,PUCCH,SRS,individualpowerissupportedControlprocessing.SamegNBantennaportcanbeusedforthepathlossmeasurementofmultipleprocessing.Inoneaspect,differentgNBantennasPortcanbeusedforthepathlossmeasurementofeachprocessing.Inanaspect,forURLLC,withnoauthorizedisatleastsupportedULtransmissionplan.AbouttheDLRSformobilityandwavebeammanagementmeasurement,reachfollowingsomeagreements:RAN1assumesthatatleastSSSisusedforSSblockRSRP.NotethatifUEknowsthatthepowerexcursionofNR-PBCHDMRSandNR-SSS,NR-PBCHDMRScanalsobeusedInSSblockRSRP.ConnectionmodeRRMmeasurementambulantforL3,otherthanidlemodeRS,canalsouseCSI-RS.ThemeasurementphysicalquantityofwavebeamSupportL1RSRPandCSIreportwhenCSI-RSisobtainedforCSIFig.1istoshowtheFigure100thatcanbeusedfortheRStypethatPLisdetermined.SSblockcanbetransmittedineachwavebeam102104.EachSSblockincludesprimarysynchronizationchannelprimarysynchronizationchannel,PSCH106,auxiliarysynchronousletterRoadsecondarysynchronizationchannel,SSCH108andDMRS112forPBCH110.Forlayer3layer3,L3ambulantchannelstateinformationreferencesignalschannelstateinformationreferenceSignal,CSI-RSthe114andCSI-RS118forwavebeammanagementcantransmitbyeachwavebeam116.Fig.2istoshowthatwavebeamreciprocitycanbeusedtohelptoestimatebasedonthespecificDLPLofRSrelationshipthatRSrelationshipisspecialDetermineFigure200ofDLPL.Figure200showsthreegNBandsends202,thethreegNBreceptions204,two,RxwavebeamofTxwavebeamUERxwavebeam206andtwoUETxwavebeams208.OneormoreopportunitysofSSblock,randomaccesschannelrandomaccesschannel,RACHresourcesonAssociationbetweencollectionorthesubsetofpreambleindexcanindicatebybroadcastsysteminformationthatUEknowstoUE,orcanbewithItisprovidedbydedicatedsignalingbyUE.TheassociationcanbeusedforidentifyingthewavebeamreciprocityatgNB.ThedeterminationofLTEPUCCHpowercontrolisprovidedbyfollowingformula:Wherein,P0_PUCCH、PLC、ΔTF,ci、ΔF_PUCCHThepathoftargetpower,servingcellCisrespectivelyindicatedwithgiLossandtherelevantcompensationfactorofMCSmodulationandencodingscheme,transformatcompensationfactorandclosedlooptransmissionpowerordertransmissionpowercommand,TPC.Inembodiments,SSblock,atleastoneofambulantCSI-RSandtheCSI-RSforwavebeammanagementItcanbeusedforthePLestimationofbothidleUEandconnectionUE.Disclosedhereinisthesystemandmethodforthepowercontrolfortransmittingtouplink.ItprovidesandisusedforL3orlayerMultipleRSRPfilteringlevelsof1layer1,L1andforhandlingdifferentmeasurementphysicalquantityexampleswhenestimatedpathislostSuchas,differentbeamswidth,periodicityetc.technology.Inaddition,describeforcompensateasymmetricDLDLPLreciprocityproblemwithAndthesystemandmethodfortheTRPsetforbeingdecoupledbetweensendingandreceiving.DisclosedhereinisthattheULPCspecificandpublicforthewavebeamorRSrelationshipofSRS,PUSCHandPUCCHisSystemandmethod.Inaddition,disclosingforconfiguringthespecificPLestimationofRSrelationshipandforbeingselectedbasedonopenlooporclosedloopmechanismThesystemandmethodforassociatedspecificPLforULtransmissionRSrelationship.FurthermorethereisdisclosedtrackforwavebeammanagementandULPublicSRSPCofRSrelationship,forULCSImeasurementthespecificSRSPCofRSrelationshipsystemandmethod.ItisdisclosedtobeusedforwaveTheSRSPCofbeamtubereasoncanbeassociatedwithincludingtheconfigurationinformationoftrigger-type,periodicityandsemi-persistent.DisclosedRSrelationshipSpecificPLestimationcanbeexecutedinthecasewherebeingwithorwithoutinterchannelsignalassociationsuchasPUSCH,SRSorPUCCH.HereinInalsodiscloseadvancedconfigurationforPUCCH,ifparameterset,formatareforexample,thelengthofdifferentnumberofsymbols,evenrepeatDengandthemultiplexingofotherchannelsforexample,PUSCH,SRSetc..Inthisdisclosure,itisfixedtomayrefertotheLTEquasi-definedfornewradioNewRadio,NRcollaborationbyQCLOneormoreinpositionQuasi-Co-Location,QCLandspaceQCL,whereinQCLinformationdoesnotindicateatleasttwonotRSrelationshipbetweensamereferencesignalreferencesignal,RS.Forsimplicity,AQCLedBisimpliedinAandBBetweenconfigurationQCLassume.RSrelationshipisspecific,wavebeamisspecificandwavebeamcantolinkbeampairlink,BPLorQCLquiltInterchangeablyuse.OneSSburstisinatimewindowwithoneormoreSSblockswithdifferentindex.Inembodiments,fortheUEbeinginidlecondition,basedontheconfigurationofthewavebeamreciprocityatgNB,accordingtooneOneormoreSSblocksinaSSburstestimateoneormorePL.Forthefirstexample,underdefaultsituations,accordingtoOneormoreSSblocksinoneSSburstestimateaPL.Forthesecondexample,assumedbasedonwavebeamreciprocityItisexplicitlyindicated,ifnotassumingthatwavebeamreciprocityormultiplespecificPLofRSrelationshipareestimated,accordinginaSSburstOneormoreSSblocksestimateaPL.IfitisassumedthattheinstructionofwavebeamreciprocityandwavebeamreciprocitypassesthroughbroadcastquiltConfigurationthenestimateseachspecificPLofRSrelationshipbyaspecificSSblockinaSSburst.Forthirdexample,itisbasedonwavebeamTheimplicitindicationthatreciprocityisassumed,ifnotassumingthatwavebeamreciprocityormultipleRSrelationshipPLareestimated,accordingtooneOneormoreSSblocksinSSburstestimateaPL,whereinifitisassumedthatwavebeamreciprocityandimplicitwavebeamismutualEasypropertyinstructionisassociatedwiththePRACHorpreambleconfigurationthatrealizePRACHrepetitiontransmissionorisnotassociatedwith,thenishappenedsuddenlybyaSSThespecificSSblockofinterioroneestimateseachspecificPLofRSrelationship.Inthisexample,itisassumedthatPRACHorrealizationPRACHrepeattopassDefeatedpreambleallocationlistoscillographybeamreciprocity,otherwiseitisnotassumedthatwavebeamreciprocity.Inembodiments,usingusingatleastOnefilterfactorestimatesPLtothefilteringofPLorL3-RSRP.Forthefirstexample,usingfirstfilterfactorthatis,One-dimensionalfilteringPLorL3-RSRPwithoneormoreSSblockisfiltered.Forthesecondexample,oneisutilizedFirstfilterfactorandsecondfilterfactorthatis,two-dimensionalfilteringtoaPLorL3-RSRPwithmultipleSSblocksintoRowfiltering.FirstfilterfactorisusedtobefilteredPLorL3-RSRPwithaspecificSSblock,andthesecondfilterfactorisusedItisfilteredinPLorL3-RSRPwithdifferentSSblocks.FirstfilterfactorandthesecondfilterfactorcanbeconfiguredwithAtleastoneofpredefinedandbroadcast.Inembodiments,inconnectionstatusUE,apublicPLormultiplespecificPLofRSrelationshipbebasedonItisatleastoneoflower:firstkindCSI-RSL1-ReferenceSignalReceivedPowerreferencesignalreceivedPower,RSRP,SSblockandanotherreferencesignaltypeandSecondTypeCSI-RSL3-RSRP.OneRSrelationshipisspecialDeterminePLandisbasedatleastoneofspecificfirstkindCSI-RS,specificSSblockandspecificSecondTypeCSI-RS.ItcanbebasedonextremelyLacktwodifferentRStypestoestimatethequasi-collaborationbetweenaPL,describedatleasttwodifferentRStypeconfigurationshavequasi-co-location,QCLispositionedtoassume.Inembodiments,PLisestimatedusingthefilteringtoPLorRSRP.ItisrightInthefirstexample,aPLorL1-RSRPatleastoneRStypewillbefilteredusingathirdfilterfactorWave.Forthesecondexample,athirdfilterfactorandsecondfilterfactorwillbeutilizedtoonewithmultipleRStypesAPLorL1-RSRParefiltered,whereinathirdfilterfactorisusedforPLorL1-withaspecificRStypeRSRPisfiltered,andthesecondfilterfactorisforbeingfilteredPLorL1-RSRPwithdifferentRStypes.ThirdisshownExamplewillutilizemultiplethirdfilterfactorsandsecondfilterfactortoaPLorL1-RSRPwithmultipleRStypesItisfiltered.EachspecificthirdfilterfactorisusedtobefilteredPLorL1-RSRPwithaspecificRStype,theTwofilterfactorsareforbeingfilteredPLorL1-RSRPwithdifferentRStypes.Forthe4thexample,onethewillbeutilizedOnefilterfactorisfilteredaPLorL3-RSRPatleastoneRStype.Forthe5thexample,onewillbeutilizedAfirstfilterfactorandsecondfilterfactorarefilteredaPLorL3-RSRPwithmultipleRStypes,In,firstfilterfactorisusedtobefilteredPLorL3-RSRPwithaspecificRStype,andthesecondfilteringCoefficientisforbeingfilteredPLorL3-RSRPwithdifferentRStypes.Forthe6thexample,multiplefirstfilteringwillbeutilizedCoefficientandsecondfilterfactorarefilteredaPLorL3-RSRPwithmultipleRStypes.EachspecificfirstFilterfactorisusedtobefilteredtothePLorL3-RSRPofaspecificRStype,andthesecondfilterfactorforpairPLorL3-RSRPwithdifferentRStypesarefiltered.Forthe7thexample,firstfilterfactorandonewillbeutilizedThirdfilterfactorandsecondfilterfactortoaPLandL3-RSRPandL1-RSRPwithmultipleRStypesintoRowfiltering,whereinfirstfilterfactorisusedtobefilteredPLorL3-RSRPwiththefirstRStype,andonetheThreefilterfactorsareusedtobefilteredPLorL1-RSRPwiththe2ndRStype,andsecondfilterfactorisusedfortoolThePLandL3-RSRPandL1-RSRPforhavingdifferentRStypesarefiltered.Inthisexample,canbasedonpredefined,broadcastandAtleastoneofRRCsignalingconfiguresatleastoneofthefirstfilterfactor,thesecondfilterfactorandthirdfilterfactor.Inembodiments,thePLcompensationtoasymmetricULDLchannelisprovided.Forthefirstexample,atgNBPublicPLormultiplespecificPLofRSrelationshipisestimatedintheconfigurationofwavebeamreciprocity.Inthisexample,ifitisassumedthatwavebeamismutualYiXingisthenestimatedthespecificPLofmultipleRSrelationshipsbasedonmultipleRSconfigurationandeachspecificPLofRSrelationshipisbasedonaspecificRSConfiguration,otherwise,estimatesapublicPLusingmultiplespecificPLofRSrelationship.ConfigurationforwavebeamreciprocitycanbebroadcastAtleastoneofwithRRCsignaling.Forthesecondexample,oneormorePLcompensationoffsetsareclearlyconfiguredtoUE.AtthisInexample,apublicPLoffsetcanbeconfiguredforthecompensationtoallspecificPLofRSrelationship,ormultipleRScanbeconfiguredRelationshipspecificPLoffset,andthespecificPLoffsetofeachRSrelationshipisforcompensatingthespecificspecificPLofRSrelationship,whereinconfigurationcanbewithItisatleastoneofbroadcastandRRCsignaling.Forthirdexample,aPLcompensationisbasedonthecombinationorfiltertomultipleRSrelationshipPLWaveandwhereinfilterfunctioncanbesecondfilterfactorofatleastoneofMAXIMUMSELECTION,minimumselection,average,andOnethesecondfilteringparameterisexpresslyindicatedbyRRCsignalingtoUE.DisclosedhereinistheULpowercontrolpowerspecificandpublicforthewavebeamofSRS,PUSCHorPUCCHControl,PCparameterdetailedconfiguration.SRS,theDMRSforPUSCHorDMRStheandDLRSforPUCCHforexample,CSI-RStheRSrelationshipbetweenantennasetsisconfiguredandisindicatedtoUE.BasedonspecificRSrelationship,thespecificfunctionofRSrelationshipisusedRatecontrolparameter.Itisassociatedwithbyinterchannel,RSrelationshipisspecificallyoperated,supportPUSCHandSRS.SRSismanagedforwavebeamULPCparameterbasedonthepublicPLofRSrelationshipandforsomeparametersofPUSCH.ThepublicPLofRSrelationshipindicatesthataPLcanbewithMultipleRSrelationshipsareassociated.Ingeneral,RSrelationshipbetweentheAGPoftheDMRSofPUSCHandanotherRSimplyPUSCHandanotherRSitBetweenRSrelationship,anditisthishintcanextendtootherULchannels.Inembodiments,parameterset,formatwithdifferentnumberofsymbolslengthoritisshort,evenrepeatandotherChannelforexample,PUSCH,SRSmultiplexing,P0OrαcanbedifferentintermsofPUCCHconfiguration.Inembodiments,uplinkULtransimissionpowerisusedinuserequipmentuserequipment,UEThemethodofRSrelationshipparticularpathlosspathloss,thePLestimationofcontrolincludes:tobereceivedforlayer1L1byUEwithreferencetoletterFirstkindchannelstateinformationreferencesignalsthechannelofnumberreferencesignalreceivepower,RSRPStateinformationreferencesignal,CSI-RS,synchronizationsignalsynchronizationsignal,SSblockandatleastoneoftheSecondTypeCSI-RSforlayer3layer3,L3RSRP.Thismethodfurtherinclude:byUErootAccordingtoforlayer1layer1,L1ReferenceSignalReceivedPowerreferencesignalreceivepower,RSRPFirstkindchannelstateinformationreferencesignalschannelstateinformationreferencesignal,CSI-RS,SSblockanddeterminethatatleastoneRSisclosedatleastoneoftheSecondTypeCSI-RSoflayer3layer3,L3RSRPItisspecificPL.Inembodiments,resourcecertainpowercontrolparameterisusedinuserequipmentuserequipment,UEThemethodofsetincludes:toreceiveUEresourcecertainpowercontrolparametersetbyUE.UEresourceandPUCCHformat,parameterset,biographyAtleastoneoftransmissionscheme,multiplexinginstruction,payloadsizeandwaveformareassociated.Thismethodfurtherinclude:receivedbyUEmultiplePowercontorlparameterscollection,eachpowercontorlparameterscollectionareassociatedfromdifferentPUCCHresources.ForwithfirstresourcePUCCH,thefirstpowercontorlparameterscollectionareusedforULPC.ForthePUCCHwithSecondaryresource,thesecondpowercontorlparameterscollectionForULPC.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofaspectfurtherinclude:itisfixedtoreceivequasi-collaborationLocationfactorquasi-co-location,QCLinformation,QCLinformationinstructionatleasttwoincludingthefirstRSandthe2ndRSaredifferentRSrelationshipbetweenreferencesignalreferencesignal,RS,whereinthefirstRSorthe2ndRScanbeinfollowingatleastOneof:SSblock,CSI-RS,forphysicaldownlinksharedchannelphysicalDLsharedchannel,PDSCHDMRS,DMRS,detectionreferencesignalforphysicaldownlinkcontrolchannelphysicalDLcontrolchannel,PDDCHsoundingreferencesignal,SRS,channelphysicalULsharedissharedforphysicsULChannel,PUSCHDMRSandforphysicsULcontrolchannelphysicalULcontrolchannel,PUCCHDMRS。Optionally,inanyaspectinaforementionedaspects,anotherimplementationofaspectisprovidedwhenUEisinthefreetimeItinclude:topredefineaccordingtocanbeorexplicitlyindicatedbysysteminformationtothedeterminationofthespecificPLofatleastoneRSrelationshipwhenstateOritisimpliedlyexportedbyPhysicalRandomAccessChannelphysicalrandomaccesschannel,PRACHresourceTheconfigurationofwavebeamreciprocityorthepreambleindexconfigurationthatrepeatstransmissionforpreambleestimatePL.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofaspectisprovidedatleastoneRSTheestimationofthespecificPLofrelationshipincludes:toutilizemultipleSSblocksforthefirstconfigurationtoestimatethespecificpartPLofmultipleRSrelationships,In,aspecificPLofRSrelationshipisaccordingtoRSRPassociatedwithspecificSSblockindex；AndaccordingtowiththemoreofdifferentindexAassociatedRSRPofSSblockisassociatedwithaSSblockperiodtoestimatethepublicPLforthesecondconfiguration,multipleSSblocks.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofaspectisprovided:thefirstconfigurationcanbewithBeingexplicitlyindicatedbasedonwavebeamreciprocityisimpliedlyexportedbyPRACHresourceorisrepeatedforpreamblesamebeforetransmittingWalkatleastoneofcodeindexconfigurations；Andsecondconfigurationcanbasedonitispredefined,withoutwavebeamreciprocitybeexplicitlyindicatedorImpliedlyexportedbyPRACHresourceorrepeatedwithoutpreambleatleastoneofthepreambleindexconfigurationoftransmission.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofaspectfurtherinclude:bebasedatleastoneSSblockestimatesbasistothepublicRSRPorpublicPLorspecificRSRPofmultipleRSrelationshipsorthespecificPLofmultipleRSrelationshipsFirstfilterfactorcarriesoutL3filtering,whereincanusebroadcastchanneltopredefineorconfigurethefirstfilterfactor.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectfurtherinclude:forbasedonmoreAspecificRSRPormultiplespecificPLofRSrelationshipofRSrelationshiponepublicRSRPorpublicPLestimationisfilteredtheTwofilterfactors,whereinthespecificRSRPorPLofeachRSrelationshipisestimatedbasedonaspecificSSblockusingthefirstfilterfactor.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectfurtherincludesreceivingforPLThesysteminformationofmigration.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectisprovidedwhenUEisinconnectionDeterminethatatleastonePLincludes:estimationatleastonefirstkindCSI-RS,atleastoneSSblock,atleastonebyUEwhenstateThespecificPLmeasurementofatleastoneRSrelationshipofatleastoneofaSecondTypeCSI-RS,whereinfirstkindCSI-RSisdirectedto1layer1,L1RSRPorCSImeasurementoflayerisconfigured,andwhereinSecondTypeCSI-RSisdirectedtothelayer3formobilitymeasurementslayer3,L3RSRPisconfigured,andwherein,andSSblockisdirectedtolayer3layer3,L3RSRPformobilitymeasurements.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectisprovided:specificaccordingtooneFirstkindCSI-RSantennaportgroupantennaportgroup,APGoraspecificSSblockoronespecificsecondTypeCSI-RSAPGestimatesthespecificPLofRSrelationship,whereinaCSI-RSAPGandaCSI-RSresourceorCSI-RSresourcesetisassociated,andcanuseQCLinformationcomeconfigureafirstkindCSI-RS,aSSblockandAtleasttwodifferentRSinoneSecondTypeCSI-RS.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectfurtherinclude:basedononetheAtleastoneofonetypeCSI-RS,aSSblockandatleastoneSecondTypeCSI-RSandathirdfilterfactoraretooneARSrelationshipspecificRSRPorPLcarriesoutL1filtering,whereinbasedonpredefine,atleastoneofbroadcastsignalingandRRCsignalingcomeConfigureathirdfilterfactor.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectfurtherinclude:basedononetheTwofilterfactorsandthespecificL1RSRPorPLofmultipleRSRSRPorPLspecifictoaRSrelationshiparefiltered,andaccordingtooneTheRSsubsetofafirstkindCSI-RS,aSSblockandaSecondTypeCSI-RSandatleastonethirdfilterfactorcomeEstimatethespecificL1RSRPorPLofeachRS,whereinthethirdfilteringforbeingfilteredtothespecificL1RSRPorPLofdifferentRSCoefficientcanbeidenticalordifferent.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectfurtherinclude:bebasedonaSSAtleastoneofblockandaSecondTypeCSI-RSandthe4thfilterfactorRSRPorPLspecifictoaRSrelationshipCarryoutL3filtering,whereinbasedonpredefined,broadcastsignalingandradioresourcecontrolradioresourcecontrol,RRCatleastoneofsignalingconfiguresthe4thfilterfactor.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectfurtherinclude:basedononetheTwofilterfactorsandthespecificL3RSRPorPLofmultipleRSRSRPorPLspecifictoaRSrelationshiparefiltered,andaccordingtooneTheRSsubsetofaSSblockandaSecondTypeCSI-RSestimatethespecificL3ofeachRSatleastonethe4thfilterfactorRSRPorPL,whereinthe4thfilterfactorforbeingfilteredtothespecificL3RSRPandPLofdifferentRScanbeidenticalornotTogether.Optionally,inanyaspectinaforementionedaspects,anotherrealizationofthisaspectfurtherinclude:basedononesecondfilterWavesystemnumberandatleastoneL1RSRPorPLandwithtwothRSsubsetassociatedatleastoneassociatedwiththefirstRSsubsetAL3RSRPorPLRSRPorPLspecifictoaRSrelationshipisfiltered,whereinaccordingtofirstkindCSI-RS,oneASSblockandaSecondTypeCSI-RSaregroupedthefirstRSsubsetandsecondsubset；ItisfilteredusingatleastonethirdCoefficientorthesecondfilterfactorarefilteredL1aRSRPorPL；Itisfilteredusingatleastonethe4thfilterfactororsecondWavesystemnumberisfilteredL3aRSRPorPL.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectisprovided,anddeterminesRSrelationshipSpecificPLfurtherinclude:configurethespecificPLoffsetofoneormoreRSrelationshipsusingthespecificRRCsignalingofUE,andbebasedonDLRSThespecificPLofRSrelationshipisdeterminedastothesummationofthespecificPLofRSrelationshipofestimationwithapublicorspecificPLoffsetofRSrelationship.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectisprovided,anddeterminesRSrelationshipSpecificPLfurtherinclude:configurethespecificPLoffsetofoneormoreRSrelationshipsusingcell-specificbroadcastsignaling,andbebasedonDLRSandonepublicorthespecificPLoffsetofRSrelationshipthespecificPLofRSrelationshipisdeterminedasestimationthespecificPLofRSrelationshipsummation.Optionally,inanyaspectinaforementionedaspects,anotherrealizationofthisaspectisprovided,anddeterminesthatRSrelationshipisspecificPLfurtherinclude:configurationwavebeamreciprocityinstructionwiththespecificPLofadeterminingRSrelationshiporisbasedonandreceiveswavebeamorthesecondfilterWavesystemnumberassociatedmultiplespecificPLofRSrelationshipdetermineapublicPL.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectisprovided,anddeterminesRSrelationshipSpecificPLfurtherinclude:the5thfilterfactorbasedonthespecificPLofmultipleRSrelationshipsorconfigurationisfilteredapublicPL,In,the5thfilterfactorofconfigurationisconfiguredwithindividualCSI-RSAPGorQCLinformation,andmatchingforthe5thfilterfactorSetandcanbeatleastonepredefinedorRRCsignaling,andthefilterfunctionaboutmultiplespecificPLofRSrelationshipcanbeitisaverage,AtleastoneofMAXIMUMSELECTION,minimumselection.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectfurtherinclude:receivedandusedbyUEInatleasttwoRSrelationshipcertainpowercontrolparametersetofoneofSRS,PUSCH,PUCCH.EachspecificRSrelationshipwithAtleastonespecificRSrelationinformationisassociated.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectfurtherinclude:receiveonebyUEAormoreRSrelationinformation.EachRSrelationinformationindexesmarkwithcorrespondingAPGindex,resourceindexorresourcecollectionThecorrespondingRSconfigurationknownisassociated.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectisprovided:forhavingfirstSRS,PUSCHorPUCCHofRSrelationshiporassociatedRSrelationinformation,thefirstpowercontorlparameterscollectionareusedforULpowercontrolpowercontrol,PC.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectisprovided:forhavingsecondSRS,PUSCHorPUCCHofRSrelationshiporassociatedRSrelationinformation,thesecondcontrolparametersetareusedforULPC.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectisprovided,eachpowercontrolParametersetsprocessedincludeatleastoneoffirstobjectpower,thesecondtargetpower,PL,PLcompensationfactorandTPCfactorParameter.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectfurtherinclude:forUEconfigurationpacketAtleasttwoRSforincludingPUSCH,PUCCHorSRSofthefirstpowercontorlparameterssetandthesecondpowercontorlparameterssetareclosedItiscertainpowercontrolparameterset,whereinfirstobjectpowerispublicandconfiguredwithbroadcastchannel,whereinthesecondtargetPowerispublicandconfiguredwithdedicatedRRCsignalingorincludingmultiplesecondtargetpowers,eachofsecondtargetpowerItisassociatedfromdifferentRSrelationshiporRSrelationinformation,whereinPLcompensationfactorbeitispublicorincludemultiplePLcompensatebecauseSon,eachofmultiplePLcompensationfactorsareassociatedfromdifferentRSrelationshipsorRSrelationinformation,whereinclosedloopTPCtransmissionfunctionRateorderitispublicorincludingmultipleTPC,eachTPCisassociatedfromdifferentRSrelationshipsorRSrelationinformation.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectprovides:UEisconfiguredtopropupHoldthespecificPLforindependentRSrelationshiporQCLinformation,whereinforthefirstRSrelationshiporQCLinformationPUSCH,PUCCHorSRSestimatesthefirstpowercontorlparameterssetaccordingtoDLRSassociatedwiththefirstRSrelationshiporQCLinformationPL,andwherein,forPUSCH,PUCCHorSRSwiththe2ndRSrelationshiporQCLinformation,accordingtothe2ndRSrelationshiporTheassociatedDLRSofRSQCLinformationestimatesthePLofthesecondpowercontorlparametersset,whereinusingDCI,RRCsignalingandAtleastoneofMACCEdynamicallyindicatesRSrelationshiporQCL.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectfurtherinclude:byUEaccordingtobrightTrueassociationoraccordingtoderivedfrompublicRSrelationshipassociatedwiththeAPGofanotherRSorQCLimplicitassociationsreceiveSRSAGPandPUSCHDMRSAGPbetweenRSrelationshiporQCLinformation.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectisprovided:forPUSCH'sPowercontorlparameterssetisatleastpartlyreusedwiththepowercontorlparameterssetforSRS.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectfurtherinclude:utilizeatleastoneAspecificresourcesarethatUEisconfiguredtoacommonpowercontrolparametersetofSRStransmission,whereinaspecificresourceswithResourceindexandRSrelationshipindexanditisassociatedatleastoneoftheAPGRSrelationinformationoftheAPGofanotherRS；AccordingtoInPUSCHthefirstreferencepowercontrolparametersetandwithanyPUSCHpowercontrolinPUSCHpowercontorlparameterssetTheseconddifferentreferencepowercontrolparametersetofparametersetsprocesseddeterminescommonpowercontrolparameterset.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectisprovided:byMACCE,RRCandorDCItriggerstheconfigurationtoUE.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectfurtherinclude:configurationPUSCH,MultipleRSrelationshipsoftheAPGofPUCCHorSRSandconfigureDLRS.Thisaspectfurtherinclude:configureoneormoreRSrelationshipsSpecificPLparameter.Thisaspectfurtherinclude:beingassociatedbetweenconfigurationPUSCHandSRS.Thisaspectfurtherinclude:configurationincludestargetfunctionTheSRSofatleastoneofrate,RSrelationship,αandTPC.Thisaspectfurtherinclude:accordingtoconfigurationandassociatedspecificPLcomereallyDetermineoveralltransmissionpower.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectisprovided:SSblockincludesbeingusedforThesynchronizationsignalofPhysicalBroadcastChannelphysicalbroadcastchannel,PBCHandthereferencesignalofdemodulationAtleastoneofdemodulationreferencesignal,DMRS.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectfurtherinclude:forUEconfigurationpacketIncludeatleasttworesourcecertainpowersforPUCCHofthefirstpowercontorlparameterssetandthesecondpowercontorlparameterssetControlparameterset,whereinfirstobjectpowerispublicorincludingmultiplefirstobjectpower,multiplefirstobjectfunctionItisassociatedwithspecificresourcesthateachofrateisbasedonbroadcastchannel,whereinthesecondtargetpowerispublicorincludingmultipletheTwotargetpowers,eachofmultiplesecondtargetpowersareassociatedwithdifferentresourcebasedondedicatedRRCsignaling,andwhereinPLiscompensatedThefactorispublicorincludingPLcompensationfactor,andeachofPLcompensationfactorisbasedondedicatedRRCsignalinganddifferentRSrelationshipsAssociated,whereinclosedloopTPCtransimissionpowerorderispublicorisbasedonspecialincludingmultipleTPC,eachofmultipleTPCItisassociatedwithdifferentresourcewithRRCsignaling.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectfurtherinclude:configuremultiplemoneysThespecificPCparametersetsinsource；ConfigurespecificPUCCHresourceinformation；AnditisspecifictodetermineaccordingtoconfigurationandassociatedspecificPLOveralltransmissionpower.Fig.3showstheexamplecommunicationsystem300fortheembodimentthatpresentdisclosuremaybeimplemented.Ingeneral,communicationsystem300makemultiplewirelesslyornon-wirelesslyelementscanbetransmitteddataandothercontent.Thepurposeofcommunicationsystem300canbeviawideBroadcast,narrowbroadcast,userequipmenttouserequipmentetc.providecontentvoice,data,video,text.Communicationsystem300canpassthroughTheresourceofsuchasbandwidthissharedtobeoperated.Inthisexample,communicationsystem300includeselectronicequipmentelectronicdevice,ED310ato310c,nothingLineiselectricallyaccessednetworkradioaccessnetwork,RAN320ato320b,corenetwork330,PublicSwitchedTelephoneNetworkpublicswitchedtelephonenetwork,PSTN340,internet350andothernetworks360.AlthoughinFig.3Inshowtheseacertainnumberofcomponentsorelement,butmayincludeincommunicationsystem300anyfairamounttheseComponentorelement.BothED310ato310cisconfiguredto:operated,communicatedoroperatedincommunicationsystem300andcommunicated.Forexample,ED310ato310cisconfiguredto:twoaresent,receivedorsentandreceivedviawirelesslyornon-wirelesslycommunicationchannelPerson.EachED310ato310cindicatesanyenduserdeviceappropriateforbeingusedforradiooperation,andmayincludesuchEquipmentorcanbereferredtoasisusedasuserequipmentequipmentuserequipment,UE,wirelesstransmissionreceivingunitwirelesstransmitreceiveunit,WTRU,movementstation,fixationormobilesubscriberunit,arestoodatcellularphonestation,STA,machinetypecommunicationmachinetypecommunication,MTCequipment,personaldigitalassistantItispersonaldigitalassistant,PDA,smartphone,laptopcomputer,computer,tabletcomputer,wirelessSensororconsumer-elcetronicsdevices.InFig.3,RAN320ato320brespectivelyincludesbasestation370ato370b.Eachbasestation370ato370bisconfiguredAt:withoneormorecarryoutwirelessinterfacesoftheED310ainto310c,enableaccesstoanyotherbasestation370aTo370b,corenetwork330,PSTN340,internet350orothernetworks360.Forexample,basestation370ato370bcanwrapIncludeitisoneormoreineitherseveralknowndevices,asbasetransceiverstationbasetransceiverstation,BTS,Node-BNodeB,evolvedNodeBevolvedNodeB,eNodeB,familyeNodeB,gNodeB,transferpointtransmissionpoint,TP,sitecontroller,accesspointaccesspoint,APorwirelessrouter.ItisalternativeGroundoradditionally,anyED310ato310cmaybeconfiguredto:withanyotherbasestation370ato370b,internet350,Corenetwork330,PSTN340,othernetworks360oranycombinationabove-mentionedcarryoutinterface,accessorcommunication.Asshown,Communicationsystem300mayincludetheRANofsuchasRAN320b,whereincorrespondingbasestation370b350accessescoreviainternetNetwork330.ED310ato310candbasestation370ato370bistheexampleofsignalequipment,whichmaybeconfiguredtoRealizesomeoralloffunctionsdescribedinthisarticleorembodiment.Intheembodimentshowninfig.3,basestation370ashapeAtapartofRAN320a,RAN320amayincludeotherbasestations,basestationcontrollerbasestationController,BSC,radionetworkcontrollerradionetworkcontroller,RNC,relaynode,elementOrequipment.Themultipleelementthatanybasestation370a,370bcanbediscretecomponentasshownorbedistributedincorrespondingRANOrother.Inaddition,370bformationinbasestationmayincludeapartoftheRAN320bofotherbasestations,elementorequipment.EachbaseThe370ato370bthatstandssendsorreceivesnothinginthesometimesreferredtoasspecificgeographicalareaof"cell"or"overlayarea"orrangeLinesignal.Cellcanalsobedividedintocellsector,basestation370ato370bcanbeforexample,byusingmultipletransceiverswithtomoreAsectorprovidesservice.Insomeembodiments,thepicocellorfemtoofradioaccesstechnologiessupportbecanestablishCell.Insomeembodiments,multipletransceiverscanbeforexampleusingmultiple-inputandmultiple-outputmultiple-inputMultiple-output,MIMOtechnologybeusedforeachcell.ShowninthequantityofRAN320ato320bbeonlyexample.ItissettingWhencountingcommunicationsystem300,itcanbeenvisagedthatanyamountofRAN.Basestation370ato370busessuchasradiofrequencyradiofrequency,RF,microwave,infraredinfrared,IRDengwirelesscommunicationlinkbyoneormoreairinterfaces390andED310ainto310citisoneormoreintoRowcommunication.Airinterface390canuseanyradioaccesstechnologiesappropriate.Forexample,communicationsystem300canbeintheskyOneormoreofchannelaccessmethodsarerealizedininterface390,suchasCDMAcodedivisionmultipleAccess,CDMA,timedivisionmultipleacesstimedivisionmultipleaccess,TDMA,frequencydivisionmultipleaccessfrequencyDivisionmultipleaccess,FDMA,orthogonalFDMAorthogonalFDMA,OFDMAorSingleCarrierFrequencyDivisionMultipleAccesssingle-carrierFDMA,SC-FDMA.UniversalMobileTelecommunicationsSystemUniversalMobilemaybeimplementedinbasestation370ato370bTelecommunicationSystem,UMTSterrestrialwirelessiselectricallyaccessedUniversalTerrestrialRadioAccess,UTRA,tousewidebandCDMAwidebandCDMA,WCDMAtoestablishairinterface390.Inthisway,basestation370aTheagreementthatsuchasHSPA,HSPA+maybeimplementedto370b,optionallyincludesHSDPA,HSUPAorboth.Alternatively,basestation370ato370bcanbeusedLTE,LTE-AorLTE-BandbeelectricallyaccessedEvolvedUTMSbytheUTMSterrestrialwirelessofevolutionTerrestrialRadioAccess,E-UTRALaiJianliairinterface390.Itisexpectedthatmoreletterscanbeusedincommunicationsystem300Roadaccessfunction,includingthisschemeasdescribedabove.ItincludeIEEEforrealizingotherradiotechnologiesofairinterface802.11、802.15、802.16、CDMA2000、CDMA20003X、CDMA2000EV-DO、IS-2000、IS-95、IS-856、GSM,EDGEandGERAN.Ofcourseitispossibletouseothermultipleaccessschemesandwirelessprotocols.RAN320ato320biscommunicatedwithcorenetwork330,toprovidesuchasvoice,numbertoED310ato310cAccordingtothevariousservicesservicedwithother.RAN320ato320borcorenetwork330canbewithotheroneormoreRANnotshownisdirectlyorindirectlycommunicated,otheroneormoreRANcandirectlybeservicedbycorenetwork330orItcannotdirectlybeserviced,andcanbeconnectusingsameradiowithRAN320a,RAN320borbothbycorenetwork330EntertechnologyorsameradioaccesstechnologiescannotbeusedwithRAN320a,RAN320borboth.Corenetwork330maybeusedalsoForuseasiRAN320ato320borED310ato310corbothwithiiothernetworkssuchasPSTN340,internet350andothernetworks360betweengatewayaccessing.Inaddition,someorallofED310ato310cmayincludebeingusedforThefunctionofbeingcommunicatedbydifferentradiolinkwithdifferentnetworksusingdifferentradiotechnologyoragreement.SubstitutionWirelesscommunicationorinadditiontothis,EDcanviawirecommunicationchannelandserviceproviderorinterchangernotshownandInternet350iscommunicated.PSTN340mayincludeforprovidingplainoldtelephoneserviceplainoldTelephoneservice,POTScircuitswitchedtelephonenetwork.Internet350mayincludethatcomputerandsubnetareinlineNetorbothnetwork,andtheagreementincludingsuchasIP,TCP,UDP.ED310ato310ccanbecanbeaccordingtoavarietyofThemultimodedevicethatradioaccesstechnologiesareoperated,andincludingsupportingmultipletransceiversnecessarytothesetechnologies.Itiscontemplatedthatthenewradioofsupercellcanbesupportedorbereferredtoastocommunicationsystem100asshowninFigure3NewRadio,NRcell.EachNRcellincludesoneormoreTRPusingsameNRcellID.NRcellIDisTotheassignmentoflogicalofallphysicsTRPofNRcell,andcanbecarriedinbroadcastsynchronizationsignal.NRcandynamicallybeconfiguredCell.TheboundaryofNRcellcanbeflexibly,andsystemdynamicallygivesNRcelladditionTRPorremovesTRPfromNRcell.Inoneembodiment,NRcellcanhaveoneormoreTRPinNRcell,itisoneorMoreTRPsendtheUEparticulardatachannelforservingUE.OneormoreTRPsassociatedwithUEparticulardatachannelAndUEisspecificandistransparenttoUE.ItcansupportmultipleparalleldatachannelsinsingleNRcell,eachdataChannelservicesareindifferentUE.Inanotherembodiment,broadcastcommoncontrolchannelanddedicatedcontrolchannelcanbesupported.BroadcastpubliccontrolChannelprocessedcancarrythepublicsystemconfigurationinformationsentbyallorpartofTRPforsharingsameNRcellID.EachUETheinformationfrombroadcastcommoncontrolchannelcanbedecodedaccordingtotheinformationbeingassociatedwithNRcellID.InNRcellOneormoreTRPcansendthespecificdedicatedcontrolchannelofUE,andthespecificdedicatedcontrolchanneloftheUEisservedUEandtakenCarrythespecificcontrolinformationofUEassociatedwithUE.ItcansupportmultipleparalleldedicatedcontrolchannelinsingleNRcell,eachDedicatedcontrolchannelservesdifferentUE.ItcanbeaccordingtoUEspecificreferencesignalsreferencesignal,RSLaiZhihangThedemodulationofeachdedicatedcontrolchannel,thesequenceoftheUEspecificreferencesignalsreferencesignal,RSorpositionandUEIDorotherUEspecialparametershaverelationship.Insomeembodiments,thesechannelscanbegeneratedaccordingtoUEspecialparametersuchasUEIDorNRcellIDInoneormore,includingdedicatedcontrolchannelanddatachannel.Inaddition,UEspecialparameterorNRcellIDcanbeusedforDistinguishthetransmissionofthedatachannelfromdifferentNRcellsandcontrolchannel.ThededicatedconnectionIDofUEcanbeusedbyleastoneTRPintheTRPinNRcelltoaccessintheEDofsuchasUECommunicationsystem300,thisallowsoneormorephysicsTRPsassociatedwithNRcelltobetransparenttoUE.ThededicatedconnectionofUEIDistheidentifierforuniquelyidentifyingtheUEinNRcell.Forexample,thededicatedconnectionIDofUEcanbebysequenceidentifier.InsomerealizationsInmode,thededicatedconnectionIDofUEisassignedtoUEafterinitialaccess.Forexample,thededicatedconnectionIDofUEmaybebelievedwithforPHYTheothersequencesandrandomizerthatroadgenerateshaverelationship.Insomeembodiments,aslongasUEisbeingcommunicatedwiththeTRPinNRcell,thededicatedconnectionIDofUEismaintainedforItisconstant.Insomeembodiments,UEcankeepthededicatedconnectionIDoforiginalUEwhenacrossNRcellboarder.Forexample,UEcanOnlytochangethededicatedconnectionIDofitsUEafterreceivingsignalingfromnetwork.Fig.4AandFig.4Bshowtheexampleapparatusthatmethodandintroductionaccordingtopresentdisclosuremaybeimplemented.Particularly,Fig.4AshowsexampleED310,andFig.4Bshowsexamplebasestation370.Thesecomponentscanbeusedincommunicationsystem300orappointWhatinhissystemappropriate.AsshowninFigure4A,ED310includesatleastoneprocessingunit400.Processingunit400realizesthatED's310isvariousProcessingoperation.Forexample,processingunit400canexecuteSignalcoding,dataprocessing,powercontrol,inputoutputprocessingorAnyotherfunctionthatED310isoperatedincommunicationsystem300.Processingunit400canbeconfiguredtoRealizeabovesomeoralloffunctionorembodimentingreaterdetail.Eachprocessingunit400includesbeingconfiguredtoExecuteanyprocessingorcomputingdeviceappropriateofoneormoreoperations.Eachprocessingunit400canbeforexampleincludingmicro-Processor,microcontroller,digitalsignalprocessor,fieldprogrammablegatearrayorapplicationspecificintegratedcircuit.ED310furtherincludesatleastonetransceiver402.Transceiver402isconfiguredto:modulationdataorothercontent,withItispassedbyleastoneantennaornetworkinterfacecontrollerNetworkInterfaceController,NIC404Itisdefeated.Transceiver402isfurtherconfiguredtodemodulatetobyleastonereceiveddataofantenna404orothercontent.EachTransceiver402includeforgeneratebeusedforthesignalthatwirelesslyornon-wirelesslytransmitsortowirelesslyorbywirereceivedsignalintoAnystructureappropriateofrowprocessing.Eachantenna404includesforsendingorreceivinganyappropriateofwirelesslyornon-wirelesslysignalStructure.Oneormoretransceivers402canbeusedinED310.OneormoreantennascanbeusedinED310404.Althoughillustratedassinglefunctionalunit,butatleastonetransmitterandatleastoneindividuallyreceptionalsocanbeusedDevicerealizestransceiver402.ED310furtherincludesoneormoreinput-outputapparatus406orinterfacesuchastothewiredofinternet350Interface.Thepermissionofinput-outputapparatus406isinteractedwiththeotherequipmentinuserornetwork.Eachinput-outputapparatus406includethatreceiveinformationincludesanystructureappropriatethatnetworkinterfacecommunicatesforprovidingauserinformationorfromuser,Suchasloudspeaker,microphone,keypad,keyboard,displayortouchscreen.Inaddition,ED310includesatleastoneprocessor408.Thestorageofmemory408isusedbyED310,generatedorcollectedInstructionanddata.Forexample,memory408canstoresoftwareinstructionormodule,thesoftwareinstructionormoduleareconfiguredtoItrealizessomeoralloffunctiondescribedaboveorembodiment,andisexecutedbyprocessingunit400.Eachmemory408includeanyvolatibilityappropriateornon-volatilememoriesandretrievalfacility.Thememoryofanyappropriatetypecanbeused,Asrandomaccessmemoryrandomaccessmemory,RAM,read-onlymemoryreadonlymemory,ROM,Harddisk,CD,SubscriberIdentityModulesubscriberidentitymodule,SIMcard,memorystick,securedigitalsecuredigital,SDstoragecardetc..AsshowninFigure4B,basestation370includeatleastoneprocessingunit450,atleastonetransmitter452,atleastoneReceiver454,oneormoreantennas456,atleastoneprocessor458andoneormoreinput-outputapparatusOrinterface466.Unshownedtransceivercanbeusedtoreplacetransmitter452andreceiver454.Scheduler453cancoupleToprocessingunit450.Scheduler453mayincludeoperatingseparatelyinbasestation370orwithbasestation370.Processingunit450isrealThevariousprocessingoperationsofexistingbasestation370,asSignalcoding,dataprocessing,powercontrol,inputoutputprocessingoranyotherFunction.Processingunit450canbeconfiguredtorealizesomeorcompleteinthefunctionorembodimentdescribedinmoredetailabovePortion.Eachprocessingunit450includesanyprocessingorcomputingdeviceappropriateforbeingconfiguredtoexecuteoneormoreoperations.Eachprocessingunit450canbeforexampleincludingmicroprocessor,microcontroller,digitalsignalprocessor,fieldprogrammablegatearrayOrspecificintegratedcircuit.Eachtransmitter452includesforgeneratingtheletterforbeingwirelesslyornon-wirelesslytransmittedtooneormoreEDorotherequipmentNumberanystructureappropriate.Eachreceiver454includeforfromoneormoreEDorotherequipmentwirelesslyorWiredlyanystructureappropriatethatreceivedsignalishandled.Althoughillustratedasindividualcomponent,butatleastoneTransmitter452andatleastonereceiver454canbecombinedintotransceiver.Eachantenna456includesforsendingorreceivingWirelesslyornon-wirelesslyanystructureappropriateofsignal.Althoughcommunityantenna456isillustratedascoupledtotransmitter452hereinandisconnectBothdevices454arereceived,butoneormoreantennas456canbecoupledtotransmitter452,andoneormoreindividualAntenna456canbecoupledtoreceiver454.Eachmemory458includeanyvolatibilityappropriateornon-volatilememoriesandRetrievalfacility,suchasaboveinconjunctionwiththoseofdescriptionofED310.Whatthestorageofmemory458wasusedbybasestation370,andgeneratedorcollectedInstructionanddata.Forexample,memory458canstoresoftwareinstructionormodule,thesoftwareinstructionormoduleareconfiguredtorealityShowsomeoralloffunctiondescribedaboveorembodimentandisexecutedbyprocessingunit450.Eachpermissionofinput-outputapparatus466isinteractedwiththeotherequipmentinuserornetwork.EachinputdefeatedEquipment466includesanyforprovidingauserinformationorreceivingprovidecommunicatingincludingnetworkinterfaceforinformationfromuseroutStructureappropriate.Theflexibleframestructureintermsofusingdifferentparameterscollectionhasbeenproposed.ParametersetisdefinedfortransmittingspecificThesetofthephysicallayerparameteroftheairinterfaceofsignal.ParametersetisatleastsubcarrierspacingandintermsoftheOFDMsymboldurationDescription,andcanalsobebysuchasFastFourierTransformFFTfastFouriertransform,FFTinverseFFTinverseFFT,IFFTlength,transmissiontimeslotlengthandcyclicprefixinverseFFT,CPlengthortheotherparametersofdurationTodefine.Insomeimplementations,thedefinitionofparametersetcanalsoincludebeingpassedusingwhichofseveralcandidatewaveformsThenumberofdeliveringletters.PossiblewaveformcandidatecanincludebutisnotlimitedtofromoneormoreorthogonalornonopiatewavechosenbelowShape:orthogonalfrequencydivisionmultiplexingOrthogonalFrequencyDivisionMultiplexing,OFDM,filteringOFDMFilteredOFDM,f-OFDM,filterbankmulti-carrierFilterBankMulticarrier,FBMC,generalfilteringMulticarrierUniversalFilteredMulticarrier,UFMC,broadsensefrequencydivisionmultiplexingGeneralizedFrequencyDivisionMultiplexing,GFDM,single-carrierfrequencydivisionmultipleaccessaccessSingleCarrierFrequencyDivisionMultipleAccess,SC-FDMA,low-densitysignmulti-carriercodedivisionmultipleaccessLowDensitySignatureMulticarrierCodeDivisionMultipleAccess,LDS-MC-CDMA,itissmallWavepacketmodulateWaveletPacketModulation,WPM,superNyquistrateFasterThanNyquist,FTNwaveform,lowpeakaveragepowerarethanwaveformlowPeaktoAveragePowerRatioWaveform,lowPAPRWF,patternsegmentationmultipleaccessaccessPatternDivisionMultipleAccess,PDMA,theaccessofmeshsegmentationmultipleaccessLatticePartitionMultipleAccess,LPMA,resourceexpansionmultipleaccessaccessResourceSpreadMultipleAccess,RSMAandSparseCodemultipleaccessaccessSparseCodeMultipleAccess,SCMA.Theseparametersetscanbescalableinthesense:thesubcarrierspacingofdifferentparameterscollectionismutualtimesNumber,andtheslotlengthofdifferentparameterscollectionisalsomutualmultiple.ThisscalableconfigurationacrossmultipleparameterscollectionprovidesrealExistingbenefit,forexample,whenscalabletotalOFDMsymbolintimedivisionduplextimedivisionduplex,TDDsituationcontinuesBetween.Followingtable1showsparameterassociatedwithsomeexampleparametercollectioninfourcolumnunder"framestructure".ItcanbewithUsingoneinfourscalableparametersetsorcombinationconfiguresframe.Forcomparisonpurposes,itisshownintherightcolumnoftableConventionalfixationLTEparameterset.BecausetheOFDMsymboldurationchangesonthecontrarywithsubcarrierspacing,firstrowisusedIntheparametersetwith60kHzsubcarrierspacing,alsothereistheshortestOFDMsymbolduration.ThisislikelytobesuitedforultralowDelaycommunication,ascarnetworkingVehicle-to-Any,V2Xiscommunicated.Secondaryseriesisusedfortheparameterwith30kHzsubcarrierspacingCollection.Thirdcolumnarefortheparametersetwith15kHzsubcarrierspacing.Otherthantherewasonly7symbolsinaslot,theparameterCollectionandLTEconfigurationhavingthesame.Thisislikelytobesuitedforbroadbandservice.4thcolumnareusedfortheparametersetwith7.5kHzspacing,TheparametersetalsohasthattherearefourthelongestOFDMsymboldurationinparameterset.Thismaybetohaveforcoverageenhancementandbroadcast?.Otherpurposesoftheseparametersetswillbeapparentforthoseofordinaryskillsorbecomeobvious.?Infourparametersetslisted,havethoseof30kHzand60kHzsubcarrierspacingparametersetquickfordopplerspreadMobileconditionundermorerobust,reasonisbroadersubcarrierspacing.ItisalsocontemplatedthatotherphysicscanbeusedindifferentparametersetsThedifferentvalueoflayerparameter,suchasidenticalsubcarrierspacinganddifferentcirculatingprefix-lengths.Itisalsocontemplatedthatothersubcarrierspacingcanbeused,suchashigherorlowersubcarrierspacing.SuchasshowinaboveShowninexample,thesubcarrierspacing7.5kHz,15kHz,30kHz,60kHzofeachparametersetbecanbebetweenminimumsubcarrierAwayfrom2nTimes,whereinnisinteger.Itcanalsooralternativelyusealsowiththefactor2nRelevantlargersubcarrierspacing,suchas120kHz.Itcanalsooralternativelyusealsowiththefactor2nItisrelevantcomparedwithboy'sintercarrierawayfromsuchas3.75kHz.ParametersetElementdurationcanalsobewiththefactor2nItisrelated.TwoormorerelevantparametersetsaresometimesreferredtoasinthiswayScalableparameterset.Inotherexamples,morelimitedscalabilitymaybeimplemented,twoofthemormoreparametersetallhasworkForthesubcarrierspacingoftheintegralmultipleofminimumsubcarrierspacing,andnotnecessarilywiththefactor2nItisrelated.Exampleinclude15kHz,Thesubcarrierspacingof30kHz,45kHz,60kHz,120kHz.Inotherexamples,non-scalablesubcarrierspacingcanbeused,benotthewholeofminimumsubcarrierspacingcompletelySeveraltimes,forexample,15kHz,20kHz,30kHz,60kHz.Intable1,eachparametersetisusedfortheOFDMsymbolofthefirstquantityusingfirstcirculationprefixlength,andusesSecondcirculationprefixlengthisusedfortheOFDMsymbolofthesecondquantity.Forexample,timeslotincludestoolinthefirstrowunder"framestructure"Thereare3symbolsof1.04μsofcirculatingprefix-length,followedby4symbolswith1.3μsofcirculatingprefix-length.Table1:theexamplecollectionofparametersetIntable2,theexamplecollectionofparametersetisshown,whereindifferentcirculatingprefix-lengthscanbeusedinsameThedifferentparametersofsubcarrierspacingareconcentrated.Table2.hastheexampleparametercollectionofdifferentCPlengthItshouldbeappreciatedthattheexemplaryspecificsetofparametersofTables1and2isforillustrationpurposes,andalternatively,canuseTheflexibleframeworkstructurecombinedwithotherparameterscollection.ThecoexistentsignalofpluralityofparametersetcanbesentusingthesignalbasedonOFDM.Morespecifically,canConcurrentlytogeneratemultiplesubbandofdmsignals,eachsubbandofdmsignalisindifferentsubbands,andeachsubbandhasDifferentsubcarrierspacingmoregenerally,thereisdifferentparametersets.MultiplesubbandsignalsarecombinedintoindividualsignalsandareusedforTransmission,suchasdownlinktransmission.Alternatively,forexample,forfromcanbeusedasuserequipmentuserequipment,UEtheuplinkofmultipleelectronicequipmentselectronicdevice,EDistransmitted,andcanbesentfromindividualtransmitterMultiplesubbandsignals.Inparticularexample,filteringOFDMfilteredOFDM,f-canbeusedbyfollowingoperationOFDM:shapingiscarriedoutusingfrequencyspectrumofthefilteringtoeachsubbandofdmsignal,sothatfrequencylocalizedwaveformisgenerated,itisthenrightSubbandofdmsignaliscombinedtobeusedfortransmission.F-OFDMreducesout-of-bandemissionandimprovestransmission,andsolvebyInthenonorthogonalityintroducedusingdifferentsubcarrierspacing.Alternatively,differentmethodscanbeusedtorealizefrequencyLocalizedwaveform,suchasaddingwindowOFDMwindowedOFDM,W-OFDM.Theuseofdifferentparametersetscanpermitwithwiderangeofservicesqualityqualityofservice,QoSItisrequiredthatthevarioususe-casesthatforexampledifferentgradesofwaitingtimeorreliabilitytoleranceanddifferentbandwidthorsignalingoverheadsrequireSetcoexists.Inoneexample,basestationcansignaltheindexorselectedfortheparametersetforindicatingselectedtoEDParametersetsingleparameterforexample,subcarrierspacing.Signal,whichsendsforexampletocontrolinsuchasphysicaldownlink,tobebelievedInthecontrolchannelinroadphysicaldownlinkcontrolchannel,PDCCHorindownlinkcontrolinformationIndownlinkcontrolinformation,DCIbydynamicoritissemi-staticinamannerofcarryout.Itissentbasedonthesignal,EDTheparameterofselectedparametersetcanbedeterminedaccordingtothelook-uptableofotherinformationcandidateparametercollectionforexamplestoredinmemory.Fig.5istoshowtransmissiontransmission,theTxwavebeam502ofthenotcorrespondingrelationshipatgNBandreceiveFigure500ofreception,Rxwavebeam504.Fig.6istoshowFigure600ofTxwavebeam602andRxwavebeam604atgNBwithcorrespondingrelationship.WhenTxwavebeamWhen602andRxwavebeam604hascorrespondingrelationshipthatis,reciprocity,PRACHresourceorpreambleindexareconfiguredbeforenotsupportingtogetherWalktherepetitiontransmissionofcode.Inembodiments,itisconfiguredaccordingtowavebeamcorrespondingrelationshiptoestimatePL.TheconfigurationcanbeinfollowingscenariodescribedatleastOneof:1impliedlywithandwithoutusethePRACHtransmissionofspecificPRACHresourcerepeatorwhetherhintwillassistingNBThepreambleindexoftheRxbeamscanningatplace；Or2clearlywithandwithoutthewavebeamcorrespondingrelationshipatgNBconfiguration.ItisrightInthefirstconfiguration,toBSPspecificPLestimationwithspecificSSblockindexindex,idxwithassociatedULtransmissionbefromonlywithDerivedfromtheassociatedRSRPofspecificSSblockidx.Idxis[0,L-1],andListhemaximumquantityoftheSSblockinaSSburst.ItshouldFirstconfigurationcorrespondstothespecificPLofRSrelationship,andimpliesandassumewavebeamcorrespondingrelationshipatgNB.Forthesecondconfiguration,PLestimatesMeterisderivedfromRSRPassociatedwithallSSblocks,andabove-mentionedallSSblocksareindexedfromthedifferentSSblocksinaSSburstindex,idxisassociated.ThissecondisconfiguredtothespecificPLofcell,andimpliesgNBatwithoutassumingthecorrespondingpassofwavebeamSystem.Asdescribedbelow,otherfactorsalsocanbeused.ThePLofMsg3thatis,PUSCHtransmissionduringRACHprocesscanbewiththePLphaseofMsg1thatis,preambleTogether,orcanusetheantennaportgroupantennaportgroup,APGofDMRSforPUSCHwithhaveitisspecificTheRSrelationshipbetweenthespecificSSblockofindex,idxisindexedtoindicatethePLofMsg3.Inembodiments,PLestimationcanbeatleastoneofthefollowing:1utilizingparticularindexspecificIndex,SSBidxitisbasedonthespecificPLofRSrelationshipofSSblockSSblock,SSBor2utilizesthedifferenceinaSSburstIndexthepublicPLbasedonmultipleSSblocks.ThisPLestimationmethodfurtherincludesatleastoneoffollowing:utilizingthefirstfilterfactorOne-dimensionalthatis,afilterfactorL3filteringandusingthefirstfilterfactorandthesecondfilterfactortwo-dimensionalfilteringthatis,extremelyFewtwofilterfactors.Usingone-dimensionalL3filter,byfromleastoneSSblockareferencetransmissionpowerandoneitiscompoundAndtheRSRPsynchronizationofPBCHorDMRSthroughfilteringiscombinedandisfilteredusingthefirstfilterfactor.ShowforfirstExample,itisspecifictotheoneormorewithparticularindexindex,idxusingfirstfilterfactorthatis,one-dimensionalfilteringThespecificPLorL3-RSRPofoneormoreRSrelationshipsofSSblockisfiltered,andusingfirstfilterfactortohavingThespecificPLorL3-RSRPofaRSrelationshipofthespecificSSblockofoneofparticularindexindex,idxisfiltered.ForsecondExample,usingfirstfilterfactortoapublicPLorL3-ofmultipleSSblockswithdifferentindexindex,idxRSRPisfiltered.Usingtwo-dimensionalfiltering,thefirstfilterfactorcanusetoestimatethespecificPLorL3-RSRPofindividualRSrelationship.OftenAPLorL3-RSRPisassociatedwiththespecificSSblocksynchronizationofPBCHorDMRSwithparticularindexindex,idx.ThenExecutethefilteringfactorwiththesecondfilterfactor.ItismultipletooneaccordingtomultiplespecificPLofRSrelationshipwiththesecondfilterfactorPLisclosedtobefilteredorbeaveraged.Fortheembodiment,thefirstfilterfactororthesecondfilterfactorcanbeconfiguredwithpredefinedWithbroadcastatleastoneof.Fig.7istoshowthefigureoftheembodimentofmethod700oftheone-dimensionalL3filteringforPLestimation.Fig.7isusingbenefitWiththeexampleoftheone-dimensionalL3ofthefirstfilterfactorspecificPLestimationofRSrelationshipthatis,SSblockfiltered.Inthisembodiment,rightOneSSblockexecutesthefilteringforutilizingthefirstfilterfactor,togenerateRSRPidx706orPLidx708.SSblockincludesSSidx702andDMRSPBCHidx704.Fig.8istoshowthefigureofanotherembodimentofmethod800oftheone-dimensionalfilteringforPLestimation.Itretouchesinfig.8Intheembodimentdrawn,forapublicPL812,totool,therearetwotwoSSblocksofdifferentidxidx1andidx2toexecuteFiltering.FirstSSblockincludesSS802andDMRSPBCH804,andthe2ndSSblockincludesSS806andDMRSPBCH808.Fig.9istoshowthefigureoftheembodimentofthemethod900fortwo-dimensionalfiltering,whereinusingwithidx1,idx2IndependentSSblockthefirstSSblockwithSSidx1902andDMRSPBCHidx1904andthereisSSidx2906HeThe2ndSSblockofDMRSPBCHidx2908andfirstfilterfactorestimatethespecificPL912,916oftwoRSrelationshipsOrL3-RSRP910,914.Itisfilteredusingspecific912,the916orL3-RSRPofPL910,914oftwoRSrelationshipsandonesecondCoefficientestimatesapublicPL918.Figure10isforbeingcarriedoutfortheUEinidlemodebasedatleastoneSSblockorthePLofinstructioncompensationoffsetDLPLestimationmethod1000embodimentflowchart.Firstly,UEreceivesatleastoneSSblockatframe1002.ItconnectsGetoff,atframe1004,UEobtainssysteminformation,andatframe1010,determinesPLmigration.Atframe1008,repeatPRACHtransmission,atframe1014,UEisusedusingtheone-dimensionalortwo-dimensionalfilteringofoneormorefilterfactorsandiscompensatedbasedonPLItdeviatestodeterminepublicPLbasedonallSSblocks.Atframe1006,repeatedlyPRACHisnottransmitted,andatframe1012,UEisaccordingtobenefitOffsetiscompensatedwiththeone-dimensionalfilteringoffilterfactororaccordingtothePLofsysteminformationtodeterminethatRSrelationshipthatis,SSblockisspecificPL.Method1000executesframe1006orframe1008,ordoesnotexecutethetwo.Frame1010isoptional,andcanuseframe1006orframe1008execute.IntheembodimentforestimatingtheDLPLoftheUEinconnectionstatus,UEisconfiguredto:tothefirstkindAtleastoneofCSI-RS,SSblockandSecondTypeCSI-RSestimatethespecificPLmeasurementofmultipleRSrelationships.FirstkindCSI-RSItisconfiguredforL1RSRPorCSImeasurement.SecondTypeCSI-RSisdirectedtobeconfiguredfortheL3RSRPofmobilitymeasurements.SSBlockispredefinedalsofortheL3RSRPformobilitymeasurements.ForPLestimationconfigurationcanbasedonpredefined,broadcastandDynamiccontrolinstructionsdynamiccontrolindication,DCI,mediaaccesscontrolmediumaccessControl,MACcontrolelementcontrolelement,CEandradioresourcecontrolcontrolelement,RRCAtleastoneofsignaling.OtherthanforthefirstkindCSI-RSofaPL,SSblockorthe2ndCSI-RScanbebasedontheRSrelationshipconfigurationbetweenAPG,SSblockofoneCSI-RSortheAPGofthe2ndCSI-RSisdirectedtoPLestimationtogetherwiththefirstCSI-RSItisconfigured.Therefore,inembodiments,usingQCL,PLestimationcanbebasedonfirstkindCSI-RS,SSblockandSecondTypeAtleasttwoinCSI-RS.Inembodiments,inthecasewherenoQCL,PLestimationisbasedonlyuponthefirstCSI-RS.EachL1-RSRPorPLmeasurementandatleastonefirstkindCSI-RSAPGoraQCLedSSblockoratleastoneQCLedtheTwoTypeCSI-RSAPGareassociated.OneAPGhasatleastoneantennaport,whichassumeswithQCL.AtleastOneCSI-RSAPGcanbeassociatedwithoneormoreCSI-RSresourceorresourceset.Figure11istoshowtheimplementationoftheAPgroupAPgroup,APGwiththefirstAPG1102andthe2ndAPG1104Figure1100ofmode,thefirstAPG1102havethefirstCSI-RSresourcecollection,andthe2ndAPG1104hasthe2ndCSI-RSResourceset.Figure12istoshowthefigureoftheembodimentforthemethod1200thatPLisestimatedinthecasewherenoQCL.GNBsendseachFromthewavebeam1202beinglabeledas0,1,2forincludingcorrespondingSSblock1206.GNBreceptionrespectivelyincludestheCSI-forwavebeammanagementThewavebeam1204beinglabeledas0,1,2,3,4ofRS1208.Inembodiments,inthecasewherenoQCL,PLestimatesonlybaseInthefirstCSI-RS.Figure13andFigure14beshowassumingthatinthecasewhereQCLtheembodimentofthemethodforestimationPLfigure.Figure13beshowassumingthatinthecasewhereQCLtheembodimentofthemethodforestimationPLFigure1300.GNBsendseachFromthewavebeam1302includingcorrespondingSSblock13060、13021、13022.GNBreceptionrespectivelyincludestheCSI-forwavebeammanagementThewavebeam1304ofRS13080、13041、13042、13043、13024.Wavebeam1302,1304passesthroughQCLcorrelation.Therefore,implementingInmode,usingQCL,PLestimationcanbebasedatleasttwoinfirstkindCSI-RS,SSblockandSecondTypeCSI-RS.LTEULPCwithPartialPowercontrolfractionalpowercontrol,FPChasbeenagreedasNRULThegeneralframeworkofPC.ThegeneralformulaeofUEtransimissionpowerisWherein,ringopeningmoietyincludesUEmaximumpowerPCMAXi,pathlossPL,factoraj,nominalpowerPOj,Itandsometimesincludethatstaticpowerdeviates,closedloopportionincludesbasedontransmissionformatfactorΔTFianddynamicTPCcommandfiPoweradjustment.BasedonthePCframe,differentconfigurationsisconsideredforNRULPC.WehaveproposedakindofstandardizedgeneralFrameisarrangedinPC,allowstheflexiblecombinationofcriticalcomponenttosupporttheULPCofdiversifiedformsNR.Now,reachanagreementtoSSblockDMRSofSCHorPBCHandCSI-RSforPLestimation.However,above-mentionedDLRSUsableconditionandhowtocombinehandlemeasurementbestillopen.WhenconfiguringmultipleDLRSforUE,itshouldspecifywhichDLRSthatshouldbeusedtoestimateforthePLofspecificPCsettingMeter.Inotherwords,itneedstospecifyULsignalorequally,PCforexample,bystandardcriterion,RRCconfiguration,MACorPHYlayersignalingBearrangedwithDLRSorequally,L3theorL1RSRPofconfigurationbetweenassociation.InordertoobtainPLestimationfromRSRP,needEveryportDLRSpowerissignaledtoUE.FortheUEforexample,theUEbeinginidleconditionofnoUEspecificconfiguration,canbasedonmobilitymeasurementsonlyfromSSblockexportwithL3filteringRSRPisforforsometransmissionforexample,Msg1andMsg3duringbeinginitiallyaccessedRACHULPCcompensationpathlossestimation.Here,ULtransmissionandbeingassociatedbetweenL3SS-RSRPcanbespecifiedinastandard.FortheUEforexample,theUEforbeinginconnectionstatuswithUEspecificconfiguration,canbeconfiguredforwavebeammanagementOneormoreCSI-RS.Inordertowhichneatlyanddynamicallytrackingbeamparticularpathloss,UEmaybeconfiguredto:estimationwithSpecificCSI-RSresourceandtheassociatedpathlossofL1RSRPforwavebeammanagementtomeasure.Inaddition,SSblockbeidleandItconnectsandisusedforambulant"beingalwayson"signalofL3underthetwo,andcanbeconfiguredtosupportinsomecasesSpaceQCLaboutCSI-RSassumes.ThereforeSSblockandCSI-RScanbeconfiguredtoestimateforPL.ItiscontemplatedthatbyL1RSRPandL3RSRPisusedforcombinedPLestimation.ItcanbeconfiguredinRRC,thespecifiedULthatbeusedforispassedinMACorPHYlayersignalingDefeatedRSorRSRP,andcanindexforRSorRSRP,andindexcanbesignaledtoUEtotransmitforUL.Insomecases,thepathlossmeasuredbetweenDLandULwillbepresenttomismatch.Forexample,forDL'sandULTRPservicessetcanbedifferent,andcannotalwaysassumethattheTxRxwavebeamreciprocityatgNBorUE.ThenthisshouldbedirectedtoAlittlemismatchcasescompensatepathloss.PLiscompensated,itmaybeconsideredthattwokindsofpossibleselections.FirstchoicecanbebasedoncanTobesignaledthePLmigrationforstaticpoweroffset.Secondselectioncanbetofrommultiple"wavebeam"specificPLAPLbecombinedforexample,beingaveraged.Ontheotherhand,itisalsocontemplatedthatthePLbasedonULRSestimates.InthisfeelingsUndercondition,network-evaluatedPLissimultaneouslyindicatedtoUE,andcanbewithextensionframeworktobesupported.InordertoestimatePL,needtosignaleveryporttransmissionpowerofRStoreceiver-side.It,canbewithsuchasinLTETheeveryportpowerofCSI-RSissignaledwhenconfiguringCSI-RS.However,beingneededassociatedinNRforSSandDMRSItseveryportpowerisprovidedinsignaling.Ontheonehand,PLestimationissupportedoneormoreinfollowingscenariodescribed:SignalULsignalandRStoUEisassociatedwithandeveryportRSpowertoestimateforPL.BothL3andL1RSRPshouldbesupportedtoestimateforPL.Forthefreetime,itshouldsupporttheL3RSRPforbeingbasedonlyuponSSblock.Forconnection,itshouldsupporttheL1RSRPbasedonCSI-RS.ItshouldsupportthepowerexcursionthatthePLforasymmetricULDLiscompensatedWavebeamcertainpoweriscontrolled,openloopatleastPLandclosed-loopparametersarereachedanagreement.TypicallyformultipleThePUSCHPUCCHSRSofmulti-beamtransmission,thecontrolofwavebeamcertainpowercanbesimilar.WavebeamcompleteforoneisspecificPCsetting,itshouldtoUEitismanifestlyintendedthatatleastfollowingparameter.Firstparameteriswavebeammark.ForwithoneormorespecificULBPLforexample,withoneormorecodesWordisassociatedULtransmission,canbecompensatedforPLtoconfigureoneormorereferenceDLBPL.ItcanuseandbeusedforQCLbetweentheantennaportgroupandDLRSoftheRSofPUSCHPUCCHSRSassumestoindicatebeaminformation.SecondparameterItisthespecificopenloopparameterofwavebeam.Itisidentifiedbasedonparticularbeam,associatedPLcanbeused.Foravarietyofconsiderationsforexample,targetPower,interferenceetc.,specificP0Itcanbeusedforsemi-staticallycompensatingreceptionpower.Inaddition,P0IncludingcellcertainnominalP0_nomialWiththespecificPofUE0_UE_specific,inbeingtomaintainacommoncellcertainnominalP0_nomialItisspecificwiththespecificUEofmultiplewavebeamsP0_UE_beam_specificItisseeminglyreasonable.Alternatively,cankeeporconfigureforeachBPLrespectivelyincludesPL,POWithTheparameterofα.Inaddition,forsimplicity,BPLcanbegatheredindifferentgroupsbasedonwavebeammanagement.OneBPLgroupconfigurationThereisonegroupofparameterPLP0α,andTPCcommandcanbeconfiguredaccordingtotheBPLingroup.ForPLcompensationfactorα,itmaynotbenecessarytowavebeamparticularvalue.Thirdparameteristhespecificclosed-loopparametersofwavebeam.RootAccordingtoagreement,itappearsthatitisrequiredforbeingbasedonlyuponthedynamicadjustmentofTPCcommand.Now,thePUSCHwithoneormorecodewordscanItisassociatedwiththebeaminformationindicatedatleastoneormoreQCL.Inthiscase,TPCcommandcanbewithmultipleendsMouthgroupisassociated.Thendifferenttransportlayersforexample,associatedfromthecodewordfromdifferentwavebeamorpanelpanelcanbewithUsingthedifferentdifferenttransimissionpowersofLTEthatinterlayerdividesinthesamemannerashaving,andthiscanbybydifferentPCsettingsParameteriswithlayerassociatedtoberealized.Thenwhenexpectedgeneralpowerismorethanmaximumpower,followingmechanismispossiblepowercontractingItputs.Inaddition,alsotheinfluencefromTAifbeingsupporteddifferenceshouldbetakenintoaccount.AscanbeseenthatthespecificPCofwavebeamcanusedifferentformsduetodifferentconsiderations.InordertobeproppedupthisItholds,standard,whichshouldconcentrateon,providesenoughflexibilitiestocombinespecifyrelatedkeywordcomponentinvolvedinPC,suchashasspecificThespecificULofattributetransmitsforexample,beaminformationandportinformation,theRSforPL,openloopparameter,TPCcommandconfigurationetc..Ontheonehand,thespecificPCofwavebeamissupportedoneormoreinfollowingscenariodescribed:ItshouldindicatebetweentheantennaportgroupoftheRSforPUSCHPUCCHSRSandDLRSforexample,CSI-RSQCLassumewithwavebeamforidentificationmark.ThespecificPofwavebeam0UEspecificpartPshouldbeatleastbasedon0_UE_beam_specific。ThedifferentportgroupofPUSCHcansupportdifferentPCparameters.ForULDLmismatchcase,itshouldPLbesupportedtocompensateforexample,wavebeamreciprocity.ThespecificPLofwavebeamcanbekeptaccordingtoBPLorBPLgroup.InNR,differentbusinessservicetypes,includingeMBBandURLLCwillbesupported.BasedonsuchaslicensingmodeexampleSuchas,dynamicauthorizationorRRCconfiguration,thedifferentmachinesofparametersetandschedulingtimeunitlengthforexample,minimumtimeslot,timeslotetc.System,differentbusinessservicescanhavedifferentperformancerequirementsforexample,reliability,waitingtime.Ingeneral,itshouldmakeTheparticularcharacteristicrequirementofPUSCHandevenassociatedPUCCHSRSaremaintainedwiththespecificULPCloopofbusinessservice.ItisspecialDeterminingPCloopmayincludeopenloopparameterP0WithclosedloopTPCcommand.Inaddition,duetonewrequirement,itshouldwhichsomenewspiesarediscussedDetermineULPCmachinesystem.Insomecases,thedynamicbetweenURLLCandeMBBbeingeachequippedwithmultipleparameterscollectioncanbesupportedmoreRoadisconfiguredforanadvantageousutilizationofresourcesagain；However,themultiplexingmayalsoleadtotheresourcebetweenURLLCandeMBBConflict.Then,businessservicecertainpoweriscontrolled,potentialinterferenceshouldbetakenintoaccount.AlthoughforhavingdifferenceParametersetidenticalbusinessservice,itappearsthatpredefinedPSDscalingisthatonekindformaintainingsameperformancetorequireissimpleandstraightThemechanismconnect.However,interferencemaybedifferent.Configurablespecialparameterispreferredforadditionalflexibility.Inaddition,forSupportaUEofthespecificPCloopofmultiplebusinessservices,associatedmechanismspecifictransactionsservicecanbewithlicensingmodeexampleSuchas,dynamicauthorizationorRRCconfiguration,atleastoneofparametersetandschedulingtimeunitlengthforexample,smalltimeslot,timeslotitishiddenItisassociatedlikes.Ontheonehand,businessservicecertainpowercontrolissupported:SpecificPCparametermaybeconfiguredtoringopeningmoietyforexample,P0AndαorclosedloopportionBusinessservicecanbeimplicitlyassociatedwithincludingotheratleastoneoffollowingauthorizationattributesParametersetDynamicauthorizationorRRCconfigurationSchedulingtimeunitlengthforexample,minimumtimeslot,timeslotAlthoughchannelsignalspecificuplinkpowercontrolconsiderationisideallyintendedtoprovidebestperformancegain,Somecomponentsareforexample,P0,αetc.maybepublicformultiplecertainpowercontrolloops.SuchasinLTE,itisusedforThesomepartsofMsg1transmissionarereusedwiththePUSCHtransmissionforMsg3,andsomeportionsofthePUSCHforschedulingDivideandisreusedforSRStransmission.Therefore,publicPCparametersettingshouldberetainedandbeextendedforNRULPC.Forexample,ifUEcansupportoneormorewavebeamsorparameterset,somecommonparameterssettingscanbemaintainedforSamebeamorparametersetassociatedPUSCHandSRSonsamecarrierwaveorportionsofbandwidth.Moreover,detailedSRSPCmachineSystemwillbeapparenttothoseofordinaryskillintheart,andthepowercontrolforSRSswitchingcanoptionallyusethemechanism.Ontheonehand,publicPCparameterissupportedtosetbetweenPUSCHandSRSassociatedwithidenticalwavebeamorparametersetItsets.ItisdescribedabovetoillustratethatPCsettingincludesseveralkeycomponents,andeachcomponentcanusevariousformsofginsengsSeveralvariousvalues.Whencomponentisdetermined,PCisdefinedsubstantiallydetermines.AccordingtoaboveitisevidentthatdeterminingeachPCsettingEachcomponentmaybecomplicated.However,standardneednotspecifyhowforallPCbearrangeddeterminationitisimportant；DeterminecomponentandThepithofitsparametershouldremaintorealize.Therefore,otherthanspecificPCsettingisdiscussed,generalPCsettingframeneedsItisdeterminedandstandardizes.Inmoredetail,PCsettingusuallyshouldbecomprisingatleastseveralinfollowingkeycomponent,thesekeycomponentscanbewithItisindexedtofacilitatereferenceinsignalingandflexiblecombination:ULsignalchannel.IfsamesignalchannelisassociatedwithmultiplePCsetting,uniquelyidentifiessignalchannelcorrelationandmatchSetattributeisalsorequiredtobedesignated.Forexample,ifdifferentwavebeamsisassociatedwithPUSCH,andeachwavebeamhasdifferentPCSetting,thenbeamconfigurationinformationorequivalentQCLinformationshouldforeachPCbearrangedtogetherwithULsignalchannelinformationbyItisspecified.ThisalsocanbeappliedtoPUSCHlayers,theULsignalwithdifferentparameterscollectionetc..DLRSorequally,RSRPanditseveryporttransmissionpower.OtherthansuchashavingthecasewherePLvalueofnetworkinstruction,whichisarrangedPCusuallyenforceable.OpenloopPCparameter,mainlyP0,αandpowerexcursion.TPCcommand.ThisincludesassociatedTPCcommandconfiguration,DCIresourceandconfigurationetc..ThecomponentisoptionalforPCsetting.ClosedloopstatesorclosedloopprocedureThisspecifieswhichclosedloopstatesprocessPCsettingwilluse,andrespectivelycorrespondtosUEandbeconfiguredandneedTheclosedloopthatis,PCloopmaintained.ForabsoluteTPCcommand,closedloopstatesareequaltoTPCcommandandwithoutstorages,otherwiseClosedloopstatesbeTPCcommandassociatedwiththeloopaccumulationand.UEcanmaintainmultipleclosedloopstatesprocesses,andcanDifferentstateprocessesisspecifiedtouseidenticaldifferentcomponentlistedabove.NotethatclosedloopstatesandTPCcommandconfigureItisrelatedbutnotidentical,thereasonisthat,forflexibility,aclosedloopstatescanbeassociatedwithmultipleTPCcommandresources,andoneTPCcommandresourcecanalsobeassociatedwithmultipleclosedloopstates.ThecomponentisoptionalforPCsetting.Theassociationthatsubstantiallycanberegardedasabove-mentionedcomponentisarrangedinPC.Bybeingappropriatelycombinedconfiguringindicatingabove-mentionedpointAmount,networkcansupportthePCofdiversifiedformstobearranged,andUEcanuniquelydetermineitspower.However,multipleinordertoreduceUEPolygamy,UEcansupportthePCofonlylimitedquantitytobearranged,andmaximumquantitycanbestandardizedorbereportedasUEabilitybyUE.Ontheonehand,standardisedgenericPCsettingframeisprovided,allowsneatlytospecifyinfollowingcomponentatleastSomeanditsvalue:ULsignalchannel,DLRSanditseveryportpower,openloopPCparameter,TPCcommandandclosedloopstatesprocess.Figure14isthefigurethattheembodimentofmethod1400ofPLisestimatedinthecasewhereshowinghypothesisQCL.GNBsendswavebeam14020、14021、14022,wavebeam14020、14021、14022IncludingcorrespondingSSblock1406.GNBreceiveswavebeam14040、14041、14042、14043、14024,wavebeam14040、14041、14042、14043、14024IncludingtheCSI-forwavebeammanagementRS1408.Wavebeam14022、14042PassthroughQCLcorrelation.Therefore,inembodiments,byQCL,PLestimationcanbebasedontheAtleasttwoinonetypeCSI-RS,SSblockandSecondTypeCSI-RS.TheDLPLofUEunderestimationconnectionstatusalsocanuseone-dimensionalortwo-dimensionalfiltering.Inembodiments,benefitisexecutedWiththirdfilterfactortotheone-dimensionalfilteringofL1-RSRPorPL.ItiscompoundusingareferencetransmissionpowerandoneandthroughfilteringL1-RSRPorPLestimateaPL,thecompoundandL1-RSRPthroughfilteringorPLareusingthirdfilterfactorfromhavingtheTheRStypeofoneCSI-RSorSSblockorthe2ndCSI-RSobtain.Inembodiments,itexecutesusingthirdfilterfactortoL1-Theone-dimensionalfilteringofRSRPorPL.Usingareferencetransmissionpowerandone,compoundandL1-RSRPthroughfilteringorPLestimatesOnePL,thecompoundandL1-RSRPthroughfilteringorPLareusingthirdfilterfactorfromincludingthefirstCSI-RSandQCLedSSThemultipleRStypesofblockthe2ndCSI-RSobtain.ThirdcoefficientcanbeconfiguredwithRRCsignaling.Inanotherembodiment,usingoneormorethirdfilterfactorsL1-RSRPspecifictomultipleRStypesorPLexecutestwo-dimensionalfiltering.SpecificPLandonepublicorspecificthirdfilterfactorofeachRStypeandbeSSblock,firstThespecificRStypeofatleastoneofCSI-RSandthe2ndCSI-RSisassociated,andthedifferentspecificPLofRStypefromitisdifferentRStypeisassociated.ItisexecutedintheresultofthefirstfilteringprocessingandutilizesfilterofsecondfilterfactortomultiplespecificPLofRStypeWave.Usingthesecondfilterfactor,frommultipleRStypesspecificL1-RSRPorPLfilteringoranaveragecompoundPL.AllsecondRRCsignalingcanbeconfiguredwiththirdcoefficient.Figure15istoshowtheone-dimensionalfilteringusingthirdfilterfactoroftheDLPLestimationfortheUEunderconnectionstatusMethod1500embodimentfigure,whereinbeutilizedrespectivelyspecificfirstCSI-RSorQCLedSSblockandQCLedsecondSpecific1506,the1508andPLofL1-RSRP1510,1512of1502,1504pairsoftwoRSrelationshipsofCSI-RSestimates.ThirdCoefficientcanbeconfiguredwithRRCsignaling.Figure16,Figure17andFigure18aretoshowthesideofthetwo-dimentionalL1filteringoftheDLPLestimationfortheUEunderconnectionstatusThefigureoftheembodimentofmethod.Figure16andFigure17beshowfortheUEunderconnectionstatusDLPLestimationutilizationoneorThefigureoftheembodimentofthemethod1600,1700ofthetwo-dimensionalfilteringoftwothirdfilterfactorsandthesecondfilterfactor,whereinbenefitWithspecificfirstCSI-RSorQCLedSSblockandapublicorspecificthirdfilterfactortotwospecificL1-ofRStypeRSRPorPLareestimated,andutilizespecificL1-RSRPorPLandsecondfilterfactoroftwoRStypestooneCompoundL1-RSRPorPLareestimated.AllsecondfilterfactorsandthirdfilterfactorcanbeconfiguredwithRRCsignaling.Method1600includes:usingthirdfilterfactortofirstkindCSI-RSAPGidx11602orQCLedSSBlock1604isfiltered,toobtainfirstkindRSRP_APGidx11606andSSblockRSRP_APG1608oritisassociatedwithPLPL_APGidx11610andPL_SSblock1612.Byutilizingthesecondfilterfactorto1610HeofPL_APGidx1PL_SSblock1612isfiltered,andobtainscompoundPL_APGidx1614.Method1700includes:tobefilteredusingL1thirdfilterfactor1tofirstkindCSI-RSAPGidx11702WaveandQCLedSSblock1704isfilteredusingL1thirdfilterfactor2,toobtainfirstkindRSRP_APGrespectivelyidx11706andSSblockRSRP_APG1708oritscorrespondingPLPL_APGidx11710andPL_SSblock1712.BenefitPL1710,1712isfilteredwiththesecondfilterfactor,toobtainpublicPL_APG1714.Figure18istoshowtheembodimentpartyofthemethod1800oftwo-dimensionalfilteringoftheDLPLestimationfortheUEunderconnectionstatusThefigureofformula.FirstkindCSI-RSAPGidx1isfilteredusingL1thirdfilterfactor1,toobtainthefirstkindRSRP_APGidx11806orPL_APGidx11810.UsingL1thirdfilterfactor2toQCLedSSblockorQCLedTwoTypeCSI-RS1804arefiltered,toobtainSSblockRSRP_APG1808orPL_SSblock1812.UtilizethesecondfilteringsystemSeveralcouplesofPL1810,1812arefiltered,toobtainpublicPL1814.Figure19istheembodimentofthemethod1900oftheDLPLestimationusingL1filteringfortheUEunderconnectionstatusFlowchart.Atframe1902,UEobtainstheRRCconfigurationfortheDLRSofmultipleRSRPPLmeasurement.Atframe1904,UEisoptionalGroundobtainswavebeamreciprocitycompensationfactor.Atframe1906,usingoneormorePLcompensationfactorsandoptionallywavebeamismutualEasypropertycompensationfactordeterminesthespecificL1PLofoneormoreatframe1912.Atframe1908,intheAPGwithCSRSInthecasewhereQCLbetweenSSblock,bothspecificPLofCSIRSandSSblockandfilteredforoneormoredimensionsoneormoreAfilterfactorisusedtogether,todetermineoneormorespecificL1PL.Atframe1910,inAPGandtheSSblockofnotCSRSBetweenQCLinthecasewhere,theresourceofthespecificPLofCSR-RSAPGSSblockwithforoneormoredimensionsfilteringoneormoreFilterfactorisusedtogether,toobtainoneormorespecificL1PL.Inanotherembodiment,UEisconfiguredtoestimatemultiplespecificPLofRSrelationshiptoSecondTypeCSI-RSorSSblockMeasurement.SecondTypeCSI-RSisdirectedtobeconfiguredfortheL3RSRPofmobilitymeasurements.SSblockisalsoforformobilitymeasurementsL3RSRPbepredefined.ConfigurationforPLestimationcanbebasedatleastoneofDCI,MACCEandRRCsignaling.InadditiontoIt,canbewithandwithoutRSrelationshipbasedbetweenSSblockorthe2ndCSI-RSotherthanthe2ndCSI-RSofPLRSrelationshipconfigurationcomeconfigureSSblockconfigurationwithforPLestimate.Inembodiments,inthecasewherenoRSrelationship,PLestimatesMeterisbasedonlyuponthe2ndCSI-RSorSSblock.EachPLbasedonL3measurementmeasuresoneatleastwithSecondTypeCSI-RSAPGL3measurementortheL3measurementofQCLedSSblockareassociated.OneAPGhasatleastoneantennaport,antennaporttoolThereisRSrelationalassumption.AtleastoneCSI-RSAPGcanbeassociatedwithoneormoreCSI-RSresourceorresourceset.Figure20isforbyrespectivelywithtwoAPG,2002,2004pairsofconnectionstatusofcorrespondingCSI-RSresourcecollectionUnderUEDLPLestimationmethod2000embodimentfigure.Figure20isshownwiththefirstAPG2002andsecondFigure2000oftheembodimentoftheAPgroupAPgroup,APGofAPG2004,thefirstAPG2002areprovidedwiththefirstCSI-RSSourcecollectionandthe2ndAPG2004havethesecondCSI-RSresourcecollection.Figure21beinthecasewherenoQCLtotherealityofthemethod2100oftheDLPLoftheUEunderconnectionstatusestimationApplythefigureofmode.GNBsendstherespectivelywavebeam2102includingcorrespondingSSblock2106beinglabeledas0,1,2.GNBreceivesrespectivelypacketIncludethecorrespondingwavebeam2104fortheambulantCSI-RS2108ofL3labeledas0,1,2.TheDLPLofUEunderestimationconnectionstatusalsocanuseone-dimensionalortwo-dimensionalfiltering.Inembodiments,benefitisexecutedWiththe4thfilterfactortotheone-dimensionalfilteringofL3-RSRPorPL.ItiscompoundusingareferencetransmissionpowerandoneandthroughfilteringL3-RSRPorPLestimateaPL,thecompoundandL3-RSRPthroughfilteringorPLareusingthe4thfilterfactorfromSSARStypeofblockorthe2ndCSI-RSobtain.Inembodiments,itexecutesusingthe4thfilterfactortoL3-RSRPorPLOne-dimensionalfiltering.Usingareferencetransmissionpowerandone,compoundandL3-RSRPthroughfilteringorPLestimatesaPL,shouldL3-RSRPorPLobtainedusingthe4thfilterfactorfromincludingmultipleRStypesofthe2ndCSI-RSofSSblockandQCLed.ItisallSecondandthe4thfilterfactorcanbeconfiguredwithRRCsignaling.Inanotherembodiment,usingoneormore4thfilterfactorsL3-RSRPspecifictomultipleRStypesorPLexecutestwo-dimensionalfiltering.Publicorspecific4thfilterfactorofspecificPLandoneofeachRStypeandbeSSblock,firstThespecificRStypeofatleastoneofCSI-RSandthe2ndCSI-RSisassociated,andthedifferentspecificPLofRStypefromitisdifferentRStypeisassociated.ItisexecutedintheresultofthefirstfilteringprocessingandutilizesfilterofsecondfilterfactortomultiplespecificPLofRStypeWave.Usingthesecondfilterfactor,fromthespecificPLfilteringofmultipleRStypesoranaveragecompoundPL.Allsecondandthe4thfilterCoefficientcanbeconfiguredwithRRCsignaling.Figure22isthe4thfilterfactorofutilizationoftheDLPLestimationbasedonCSI-RSfortheUEunderconnectionstatustomoreAspecificL3-RSRPorPLofRSrelationshipcarriesoutthefigureoftheembodimentofthemethod2200ofone-dimensionalL3filtering.Utilize3layeroflayer3,L3the4thfilterfactorexecutesfilteringtoSecondTypeCSI_RSAPGidx1orQCLedSSblock2202,toobtainRSRP_APGidx12206orPL_APGidx12210.Usingthe4thfilterfactorofL3toSecondTypeCSI-RSAPGidx2orQCLedSSblockAPG2204isfiltered,toobtainRSRP_APGidx22208orPL_APGidx22212。Figure23istheembodimentforthemethod2400oftheDLPLoftheUEundertheconnectionstatustwo-dimensionalfilteringestimatedFigure.Thismethodincludesonethe4thfilteringforspecific2306,the2308orPLofL3-RSRP2310,2312oftwoRStypesCoefficient1andthe4thfilterfactor2.Each2306,2308orPLofL3-RSRP2310,2312passesthroughthe4thfilterfactor1ItisassociatedwithonespecificRStypethe2ndCSI-RS2302orQCLedSSblock2304.Thenitexecutesandutilizesthe4thfilteringThefilteringofcoefficientL3-RSRP2306,2308orPL2310,2312specifictotwoRStypes.Usingthe4thfilterfactor2,Fromthespecificfilteringof2306,2308orPLofL3-RSRP2310,2312oftwoRStypesoranaveragecompoundPL2314.Itisall4thfilterfactorcanbeconfiguredwithRRCsignaling.Figure24istheembodimentforthemethod2400oftheDLPLoftheUEundertheconnectionstatustwo-dimensionalfilteringestimatedFigure.Thismethodincludesmultiple4thfilterfactorsforspecific2406,the2408orPLofL3-RSRP2410,2412ofRStypethe4thfilterfactor1andthe4thfilterfactor2andsecondfilterfactor.ThespecificL3-RSRP2406ofeachRStype,2408orPL2410,2412isusedforthe4thofSecondTypeCSI-RSAPGidx12402bythe4thfilterfactorFilterfactor1andthe4thfilterfactor2forQCLedSSblock2404withspecificRStypethe2ndCSI-RS2402orQCLedSSblock2404itisassociated.ThenexecuteusingthesecondfilterfactorL3-RSRP2406specifictotwoRStypes,Thefilteringof2409orPL2410,2412.Usingthesecondfilterfactor,fromthespecificL3-RSRP2406,2408oftwoRStypesorThefilteringofPL2410,2412oranaveragecompoundPL2414.Allsecondandthe4thfilterfactorcanconfiguredwithRRCbelieveItenables.Figure25Aistheembodimentofthemethod2500oftheDLPLestimationusingL3filteringfortheUEunderconnectionstatusFlowchart.Atframe2502,gNBobtainstheRRCconfigurationfortheDLRSofmultipleRSRPPLmeasurement.Atframe2504,gNBOptionallydeterminewavebeamreciprocitycompensationfactor.Atframe2506,gNBisusingoneormorePLcompensationfactorandoptionallyWavebeamreciprocitycompensationfactordeterminesoneormorespecificL3PL.Atframe2508,inAPGandSSblockwithC-SRSBetweenQCLinthecasewhere,gNBusingbothspecificPLofCSI-RSandSSblockandforoneofoneormoredimensionsfilteringorMultiplefilterfactorscarryoutthespecificL3PLofoneormoreatdeterminationblock2512.Atframe2510,notC-SRSAPGwithInthecasewhereQCLbetweenSSblock,CSI-RSAPGresourceorthespecificPLofSSblockwithoneforoneormoredimensionsfilteringorMultiplefilterfactorsareusedtogether,toobtainthespecificL3PLofoneormoreatframe2512.Frame2508and2510ismutuallyarrangedReprimand,onlyoneframeareperformed,thisdependsonwhetherthereisQCLbetweenAPGtheandSSblockofC-SRS.Frame2506isoptional,andAnditcanbeperformedwithlinkingframe2508orframe2510.Inanotherembodiment,athirdfilterfactor,the4thfilterfactorandonesecondfilteringareutilizedCoefficientL1-RSRPspecifictoRStypeorPLandRStypespecificL3-RSRPorPLexecutetwo-dimensionalfiltering.EachRStypeisspecialDeterminePLandspecificthirdorthe4thfilterfactorandisatleastoneofSSblock,thefirstCSI-RSandthe2ndCSI-RSSpecificRStypeisassociated,andthedifferentspecificPLofRStypeisassociatedfromdifferentRStypes.InthefirstfilteringprocessingAsaresultuppertoexecutethefilteringforutilizingthesecondfilterfactorL1-RSRPorPLandL3-RSRPorPLspecifictomultipleRStypes.BenefitWiththesecondfilterfactor,filterfrommultipleRStypesspecificPLorL1-RSRPorL3-RSRPorbeaveragedacompoundPL.ItisallSecond,thirdandthe4thfilterfactorcanbeconfiguredwithRRCsignaling.Figure25BtoFigure25Distoshowtheimplementationofthemethod2520,2540,2560ofthetwo-dimensionalfilteringforDLPLestimationThefigureofmode.Inmethod2520,usingL1thirdfilterfactorandthe4thfilterfactorofL3tofirstkindCSI-RSAPGidx1orQCLedSSblockorSecondTypeCSI-RSAPG2522arefiltered,toobtainRSRP_APGidx12526OrPL_APGidx12530.UsingL1thirdfilterfactorandthe4thfilterfactorofL3tofirstkindCSI-RSAPGidx2orQCLedSSblockorSecondTypeCSI-RSAPG2524arefiltered,toobtainRSRP_APGidx22528OrPL_APGidx22532.Inmethod2540,firstkindCSI-RSAPGidx1isfilteredusingL1thirdfilterfactor,withObtainfirstkindRSRP_APGidx12546orPL_APGidx12550.Usingthe4thfilterfactorofL3toQCLedSSBlockorQCLedSecondTypeCSI-RS2544arefiltered,toobtainRSRP_QCL2548orPL_QCLblock2552.UtilizeTwofilterfactorsarefiltered2546,2548orPLofRSRP2550,2552,toobtainpublicPL_APG2554.Inmethod2560,firstkindCSI-RSAPGidx12562isfilteredusingL1thirdfilterfactor1Wave,toobtainfirstkindRSRP_APGidx12568orPL_APGidx12574.Itisrightusingthe4thfilterfactor1ofL3QCLedSSblock2564isfiltered,toobtainSSblockRSRP_APG2570orPL_SSblock2576.ItisfilteredusingL3the4thandisNumber2isfilteredQCLedSecondTypeCSI-RS2566,toobtainSecondTypeRSRP_APG2572orPL_APG2578.2568,2570,2572orPLofRSRP2574,2576,2578isfilteredusingthesecondfilterfactor,toobtainPublicPL_APG2580.Inembodiments,thesideofthePLcompensationfortheULDLcorrespondingrelationshiptoservedbeamsBPLorTRPisprovidedMethod.Forthefirstexample,apublicPLormultiplespecificPLofRSrelationshipisestimatedintheconfigurationbasedonthewavebeamreciprocityatgNB.Inthisexample,multiplespecificPLofRSrelationshipareestimatedbasedonmultipleRSconfiguration,andifitisassumedthatwavebeamreciprocity,theneachRSThespecificPLofrelationshipisbasedonaspecificRSconfiguration,otherwise,estimatesapublicPLusingthespecificPLofmultipleRSrelationships.WavebeamreciprocityTheconfiguration1bitofpropertycanbeatleastoneofbroadcastandRRCsignaling.Forthesecondexample,oneormorePLarecompensatedOffsetisclearlyallocatedtoUE.Inthisexample,apublicPLoffsetisconfiguredforallspecificPLofRSrelationshipCompensationorthespecificPLoffsetofmultipleRSrelationshipscanbeconfigured,andthespecificPLoffsetofeachRSrelationshipisforcompensatingspyDeterminethespecificPLofRSrelationship,whereinconfigurationcanbeatleastoneofbroadcast,MACCEandRRCsignaling.OneormorecompensationPLoffsetcanbeconfiguredwithvalue,orbasedonamappingtablebetweencompensationPLoffsetandcompensationfactorbyoneormoreAcompensationfactorexport.Forthirdexample,PLcompensationbasedontomultipleRSrelationshipPLcombinationorfilteringandoneSecondfilterfactor.FilterfunctioncanbeatleastoneofMAXIMUMSELECTION,minimumselection,averagevalue,andpassthroughRRCsignalingSecondfilterfactorisexplicitlyindicatedtoUE.ThePLofoneULRSrelationshipcanbyconfigureaspecificULRSrelationshipwithAssociationbetweenonespecificDLRSrelationshipdetermines.ThisassociationcanbebasedonRSrelationship.Figure26istoshowthespacetheRSpassofthePLcompensationfortheULDLcorrespondingrelationshiptoservedbeamsBPLorTRPItisthefigureoftheembodimentofadhocapproach2600.Inembodiments,UEcanbeconfiguredtherearetwoRSrelationship,whereinfirstclosesIttiesuptotwoULwithTxwavebeam0UE2608andRxwavebeam02604orRxwavebeam1gNB2604andthereisTxwavebeam0gNBbetweentheDLCSI-RSAPG1of2602andRxwavebeam,0UE2606.Figure27isFigure2700oftheRSrelationalassumptionbetweentheULandDLshownforULPLestimation.InembodimentIn,UEcanbeconfiguredtherearetwoRSrelationship,whereinthefirstrelationshipiswithTxwavebeam0UE2708andRxwavebeam0gNB2704ULwithhaveTxwavebeam0gNB2702andRxwavebeam0UE2706DLCSI-RSAPG1between.UEbeprovidedwithforSRSPUSCHPUCCHatleasttwoRSrelationshipsor"RSrelationalassumption"or"RSrelationship"certainpowercontrolparameterset,whereinRSrelationshipcanbeBetweenfirstAPGandthe2ndAPG,thefirstAPGandthe2ndAPGcanbeconfiguredwiththeRSdifferentfromfollowingatleasttwo:DMRSforPUSCHDMRSforPUCCHSRSCSI-RSforDLL3RSRPCSI-RSforDLL1RSRPorCSImeasurementDMRSforPDCCHDMRSforPDSCHSSblockUEisprovidedwithoneormoreRSrelationshipsorRSrelationalassumption,anddifferentRSrelationalassumptionsfromdifferentThedifferentRSconfigurationofAPGindex,resourceindexorresourcecollectionindexmarkisassociated.EachRSconfigurationandfirstkindCSI-AtleastoneofRS,SSblockandSecondTypeCSI-RSareassociated.Table3belowshowsthepassesRSbetweendifferentRSconfigurationSystem.Table3FortheSRSPUSCHPUCCHwiththefirstRSrelationshiporRSrelationalassumption,thefirstpowercontorlparameterssetForULPC.FortheSRSPUSCHPUCCHwiththe2ndRSrelationshiporRSrelationalassumption,thesecondpowercontorlparameterscollectionItsharesinULPC.EachpowercontorlparameterssetincludesfirstobjectpowernominalsectionP0,thesecondtargetpowerUESpecificpartP0,pathlosspathloss,PL,PLcompensationfactorandforaccordingtoformula10log10MUL+[P0_NOMINAL_UL+P0_UE_UL]+α·PL+ΔTFiginsengofatleastoneofclosedlooptransmissionpowerorderTPCfactorthat+fidynamicpowerisadjustedNumber,whereinP0_NOMINAL_ULAndP0_UE_ULIndicatefirstobjectpowerandthesecondtargetpower,PLandαindicatePLcompensationfactorandPathlosspathloss,PL,andfiindicatestheclosedlooptransmissionpowerorderTPCfactor.Inembodiments,UEisconfiguredatleasttwocertainpowercontrolparametersetofPUSCHPUCCHSRS.TheOnetargetpowercanbeitispublic,andbeconfiguredwithbroadcastchannel.Secondtargetpowercanbepublic,andbeconfiguredwithDedicatedRRCsignaling.Asanalternative,thesecondtargetpowercanbedifferentfromhavingconfiguredwithdedicatedRRCsignalingornothavemultipleinclinedMultiplevaluesofshiftingvalue,whereineachspecificsecondtargetpowerisassociatedwithspecificRSrelationshiporRSrelationalassumption.PLcompensationbecauseSoncanbeitispublic,andbeconfiguredwithdedicatedRRCsignaling.Asanalternative,PLcompensationfactorcanbedifferentfromconfiguredwithspecialRRCMultiplevaluesofsignaling.TPCcanbeitispublic,andbeconfiguredwithDCI.Asanalternative,canbyDCIwithorwithouttheuseofItisoperatingindependentlyTPCundercumulativemechanism,andeachTPCisassociatedwithaspecificRSrelationshiporRSrelationalassumption.Inanotherembodiment,UEbeconfiguredwithPUSCHatleasttwocertainpowercontrolparameterset,PUSCHwithAtleasttwodataLayersordataLayergrouporantennaportorantennaportgroupareassociated.Inthisembodiment,atleasttwoDataLayerordataLayergrouporantennaportorantennaportgroupisdistributedwithaPUSCHoratleastonecodewordisassociated.ItisrightInanexample,atleasttwodataLayersordataLayergrouporantennaportorantennaportgroupareassociatedwithacodeword,andAndeachdataLayerdataLayergroupantennaportantennaportgroupisassociatedwithaspecificRSrelationshiporRSrelationalassumption.Foranotherexample,atleasttwodataLayersordataLayergrouporantennaportorantennaportgrouparerelatedtotwocodewordsConnection,andeachdataLayerdataLayergroupantennaportantennaportgroupandaspecificRSrelationshiporRSrelationalassumptionphaseAssociation.Fortheembodiment,UEisconfiguredatleasttwocertainpowercontrolparametersetofPUSCH.ForhavingfirstThefirstdataLayerordataLayergrouporantennaportorantennaportgroupofRSrelationshiporRSrelationalassumption,thefirstpowercontrolginsengManifoldissharedinULPC.FortheseconddataLayerordataLayergrouporantennaendwiththe2ndRSrelationshiporRSrelationalassumptionMouthorantennaportgroup,thesecondpowercontorlparameterssetareusedforULPC.Firstobjectpowercanbepublic,andmatchItisequippedwithbroadcastchannel.Secondtargetpowercanbeitispublic,andbeconfiguredwithdedicatedRRCsignaling.Asanalternative,thesecondtargetfunctionRatecanbedifferentfrommultiplevalueswithorwithoutmultipledeviantsconfiguredwithdedicatedRRCsignaling,whereineachspecificTwotargetpowersareassociatedwithspecificRSrelationshiporRSrelationalassumption.PLcompensationfactorcanbeitispublic,andconfiguredwithspecialUseRRCsignaling.Asanalternative,PLcompensationfactorcanbedifferentfrommultiplevaluesconfiguredwithdedicatedRRCsignaling.TPCcanbepublic,anditisconfiguredwithdynamicDCI.Fortheembodiment,acommonpowerzoomfactor,whichcanbeusedforscalinghaving,tobeownedThegeneralpowerofthePUSCHofdataLayerorantennaport.ZoomfactorcanbepreconfiguredP_MAXandutilizepowercontrolmachineMaketheratiobetweenderivedgeneralpower.ForindividualRSrelationshiporRSrelationalassumption,UEmaybeconfiguredtosupportthespecificPCofRSrelationship.ForhavingPUSCHPUCCHSRStheorPUSCHdataLayeroffirstRSrelationshiporRSrelationalassumptiondataLayergroupantennaportantennaendMouthgroup,willutilizeDLRSforexample,CSI-RSassociatedwiththefirstRSrelationshiporRSrelationalassumptiontojointhefirstpowercontrolThePLthatmanifoldisclosedisestimated.ForPUSCHPUCCHSRStheorPUSCHdatawiththe2ndRSrelationshiporRSrelationalassumptionLayerdataLayergroupantennaportantennaportgroupwillutilizeDLRSpairassociatedwiththe2ndRSrelationshiporRSrelationalassumptionThePLofsecondpowercontorlparameterssetisestimated.RSrelationshiporRSrelationalassumptioncanbeRRCsignaling,dynamicDCIorMACAtleastoneofCE.TheRSrelationalassumptionbetweentheAGPoftheDMRSoftheAGPandPUSCHofSRSisprovidedforUEcanbebasedonclearlyclosingConnectionorcanderivedfromtheassociatedpublicRSrelationshipoftheAPGofanotherRSCSI-RSimplicitassociations.FunctionforPUSCHRatecontrolparametersetcanbereusedpartlywiththepowercontorlparameterssetforSRS,whereinSRSandPUSCHmatchItisequippedwithRSrelationshiphavingthesameorRSrelationalassumption.Inembodiments,acommonpowercontrolofSRStransmissionisconfiguredtoforUEusingatleastonespecificresourcesParametersetsprocessed,whereintheresourcecanwithspecific1resourceindex,2AGPRSrelationalassumptionwiththeAGPofotherRS,withAnd3atleastoneofRSrelationshipindexisassociated.Commonpowercontrolparametersetcanbepartlyfromleastfollowingexport:1beusedforPUSCHareferencepowercontrolparameterset,2withPUSCHpowercontorlparameterssetinanyPUSCHThedifferentindependentpowercontorlparameterssetofpowercontorlparameterssetandtheadditionalpoweroffsetthat3canbeconfiguredIn.ConfigurationcanbeMACCE,RRCorDCItriggering.Forthefirstexample,whichcanbebaseItisclosedwithreferencetoRSrelationshiporRSrelationalassumptionwithorwithoutmultipleRSforPUSCHofanadditionalpoweroffsetinconfigurationItisoneofcertainpowercontrolparameterset.Forthesecondexample,whichcanbeseparatelyconfiguredFirstobjectpowernominalsectionP0,thesecondtargetpowerUEspecificpartP0,havespecificRSrelationshiporRSrelationalassumptionAtleastoneofpathlosspathloss,PL,PLcompensationfactorandtheclosedloopTPCfactor.AndthecommonpowercontrolsTheSRStransmissionthatparametersetscanbeusedforhavingmultiplespecificresources.Figure28Aand28Baretoshowthefigureoftheembodimentoftheassociatedsystem2800,2820betweenSRSandPUSCH.Figure28AistoshowthatthefirstPUSCHisassociatedwiththefirstSRSinembodimentsandthe2ndPUSCHismatchedbyspecificRSrelationshipSetsystem2800associatedwiththe2ndSRS.Figure28BistoshowthefirstPUSCHandthe2ndPUSCHinembodimentstopassthroughRSRelationshipconfiguressystem2820associatedwithsameSRS.Figure29istheflowchartfortheembodimentofthemethod2900ofthespecificULPCofRSrelationship,thespecificULoftheRSrelationshipPCisthatRSrelationalassumptionisspecific.Thismethod2900startsatframe2902,andatframe2902,executingincludestargetpower,thepassQCLTheSRS'sofconnectionatleastoneofαandTPCisseparatelyconfigured.Atframe2904,associatedmatchingbetweenPUSCHandSRSisexecutedItsets.Atframe2906,theconfigurationofmultipleQCLoftheAPGofPUSCHPUCCHSRSandDLRSisexecuted.Atframe2908,executeTheconfigurationofoneormorespecificPCparametersofQCLforexample,targetpower,α,TPCetc..Atframe2912,accordingtoPUSCHTheconfigurationofmultipleQCLoftheAPGofPUCCHSRSandDLRSdeterminesassociatedspecificPL.Atframe2910,accordingtoframe2902,theassociatedspecificPLthatdeterminesintheconfigurationin2904,2906,2908andframe2912determinesoveralltransmissionpower.Figure30AtoFigure30Dshowsthevariousembodiments3002,3004,3006,3008ofULPCparameter.InFigure30AIn,ULresourceisfollowedbytwoshortPUCCHof1symbol.InFigure30B,ULresourceisfollowedbytwoshortPUCCHof2symbols.?InFigure30C,ULresourceisfollowedbytheshortPUCCHofthe2symbolsandshortPUCCHof1symbol.InFigure30D,ULresourceisfollowedby1yardTheshortPUCCHandshortPUCCHof2symbolsofmember.Inembodiments,themethodforULPCparameteristhatPUCCHresourceisspecific.Inanycase,UEisarrangedHaveresourcecertainpowercontrolparameterset,whereinresourcecanwithitisatleastoneoffollowingassociated:PUCCHformat---forexample,thedifferentcodeelementnumbersofaPUCCHformatParametersetTransmissionplan---beingbasedonprecedingDFT,sequenceWhethermultiplexedwithoneotherchannelreferencesignalPayloadsizeWaveformUEisprovidedwithandtheassociatedmultiplepowercontorlparameterssetofdifferentPUCCHresources.ForhavingthefirstmoneyThePUCCHinsource,thefirstpowercontorlparameterssetareusedforULPC.ForthePUCCHwithSecondaryresource,thesecondpowercontrolParametersetsareusedforULPC.FirstobjectpowernominalP0,thesecondtargetpowerspecificPofUE0,PL,uplinkcontrolAtleastoneofoffsetandtheoffsetofPUCCHformatofinformationuplinkcontrolinformation,UCIbittypeItcanbedifferent.PC:[Pcanbeprovidedbyfollowingformula0_nominal+P0_specific]+PLQCL+ΔUCI+ΔF_PUCCHF+ΔTxD+gi,whereinP0_nominalAndP0_specificIndicatefirstobjectpowerandthesecondtargetpower,PLQCLIndicateRSrelationshipSpecificPL,ΔUCI、ΔF_PUCCHFuplinkcontrolinformationuplinkcontrolinformation,UCIratioisindicatedTheoffsetofspecialtypeandtheoffsetofPUCCHformat,andgiindicatestheclosedloopTPCforbeingusedforPUCCH.Inanotherembodiment,UEsupportstheTDMthatcanhavebetweenthedifferentPUCCHtransmissionofdifferenttransimissionpowersmoreRoadmultiplexing.Fortheembodiment,apowercontrolscalemechanismatleastoneofPUCCHwillbeusedfordifferenceTheequal-wattageofPUCCHtransmissionishorizontal.Forthefirstexample,zoommechanismreducesbyabiggishpower；Forthesecondexample,Zoommechanismincreasesalesserpower；Forthirdexample,zoommechanismscalesalldifferentfunctionofalldifferencePUCCHRate；Inanotherembodiment,UEcansupportthatcanhavethePUSCHtransmissionofdifferenttransimissionpowersandPUCCHtransmitsBetweenTDMmultiplexing.Figure31,whichisshown,tobefollowedbetweenthesubsequentshortPUCCH3106andPUSCH3104ofULresource3102TDM3100multiplex.Fortheembodiment,apowercontrolatleastoneofPUCCHandPUSCHcontractsPutmechanismtheequal-wattageforbeingusedforPUCCHandPUSCHtransmissionishorizontal.Inthefirstexample,zoommechanismreducePUSCHorAbiggishpowerofPUCCH.Inthesecondexample,zoommechanismincreasesalesserpowerofPUSCHorPUCCH.Inthirdexample,zoommechanismscalesalldifferentcapacitiesofbothPUSCHandPUCCH.Figure32istheflowchartfortheembodimentofthemethod3200ofthespecificPCofPUCCH.Atframe3202,UEreceivesmoreTheconfigurationofaspecificPCparametersetsofresource.Atframe3206,UEdeterminesassociatedspyaccordingtothespecificPCparametersetsofresourceDeterminePL.Atframe3204,UEreceivestheconfigurationofspecificPUCCHresourceinformation.Atframe3208,UEisaccordingtospecificPUCCHresourceInformationandassociatedspecificPLdeterminespecificoveralltransmissionpower.Figure33istheflowchartoftheembodimentofthemethod3300forULtransmittingpowercontrol.Atframe3302,UEisconnectReceivemultipleDLreferencesignalsreferencesignals,RS.EachDLRSisassociatedatleastoneULchannel.InframeAt3304,UEdeterminedaccordingtoRSassociatedwithselectedULchannelitisassociatedwithselectedULchannelatleastoneRSrelationshipparticularpathlosspathloss,PL.Atframe3306,UEdeterminesthattheULofselectedULchannelistransmittedaccordingtoPLPower.ItshouldbeappreciatedthataccordingtoFigure3430embodimentsideprovidedhereincanbeexecutedbycorrespondingunitormoduleOneormorestepsinmethod.Forexample,signalcanbesentbytransmissionunitorsendingmodule.CanbyreceivingunitorReceivingmodulereceivessignal.Signalcanbehandledbyprocessingunitorprocessingmodule.Itcanbebydeterminingmodule,PLestimationmoduleOtherstepsareexecutedwithPCdeterminingmodule.Correspondingunitsmodulescanbehardware,software,oritscombination.Forexample,unitOneormoreinmodulecanbeintegratedcircuit,suchasfieldprogrammablegatearrayfieldprogrammableGatearrays,FPGAorspecificintegratedcircuitapplication-specificintegratedcircuits,ASIC.It,canbeallorpartofasneededbyprocessor,individuallyortogetheritshouldbeappreciatedthatinthecasewheremoduleissoftwareRetrievalmodule,tobehandledinsingleormultipleexamplesasneeded,andmoduleitselfmayincludeforfurtherTheinstructionofdeploymentandinstantiation.AdditionaldetailaboutED310andbasestation370isknowntotheskilledintheart.Therefore,inordertoclearlyriseSee,thereisomittedhereinthesedetails.Inembodiments,itistransmittedinuserequipmentuserequipment,UEforuplinkuplink,ULThemethodofpowercontrolincludesthatmultipleDLreferencesignalsreferencesignals,RSisreceivedbyUE.EachDLRSwithextremelyAfewULchannelisassociated.ThismethodfurtherincludedeterminedbyUEaccordingtoRSassociatedwithselectedULchannelwithitisselectedAtleastoneassociatedRSrelationshipparticularpathlosspathloss,PLoftheULchannelselected.ThismethodfurtherincludesbyUErootTheULtransimissionpowerofselectedULchannelisdeterminedaccordingtoPL.Inembodiments,resourcecertainpowercontrolparametercollectionisusedinuserequipmentuserequipment,UEThemethodofconjunctionincludesthatthemorethanonePUCCHformatincludingcodeelementnumberandpayloadsizeisreceivedbyUE.ThismethodisalsowrappedItincludesandreceivesmorethanonepowercontorlparameterssetbyUE,eachpowercontorlparameterssetanddifferentPUCCHformatphasesAssociation.ThismethodfurtherincludessendingPUCCHaccordingtothetransimissionpowerdeterminedaccordingtooneofPUCCHformatbyUE.Inembodiments,itisusedforuserequipmenttheuserofuplinkuplink,ULtransmittingpowercontrolEquipment,UEitincludethenon-transientstoragedevicecontaininginstruction.UEfurtherincludesbeingcommunicatedwithnon-transientstoragedeviceOneormoreprocessors.OneormoreprocessorisaccordingtoanyoneofdisclosedembodimentoraspectMethodexecutesinstruction.Inembodiments,thecomputerforprovidingstorageforuplinkuplink,ULtransmittingpowercontrolreferstoThenon-transitorycomputer-readablemediumoforder,describedinstructionbyoneormoreprocessorswhenbeingexecuted,sothatoneormoreThemethodthataprocessorexecutesanyoneofdisclosedembodimentoraspect.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectfurtherincludesbeingtransmittedaccordingtoULPowersendsULtransmission.Optionally,inanyaspectinaforementionedaspects,ULtransmissionisoneofPUCCH,PUSCHandSRS.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectfurtherincludesreceivingDLRSWiththeRSrelationshipbetweenassociatedULchannel.Optionally,inanyaspectinaforementionedaspects,eachDLRSisSSblock,CSI-RS,forphysicsDLcontrolOneoftheDMRSofchannelphysicalDLcontrolchannel,PDCCH.AssociatedULchannelisdetectionreferenceSignalsoundingreferencesignal,SRS,physicsULsharechannelphysicalULsharedOneofchannel,PUSCHandphysicsULcontrolchannelphysicalULcontrolchannel,PUCCH.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectfurtherincludesaccordingtoforSSTheL3filteringoffirstfilterfactorofblockconfiguration.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectfurtherincludesthatbasisisdirectedtoTheL3filteringofsecondfilterfactorofCSI-RSconfiguration.Optionally,inanyaspectinaforementionedaspects,basedinpredefined,broadcastsignalingandRRCsignalingatleastitOneconfiguresthefirstfilterfactororthesecondfilterfactor.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectfurtherincludesbeingreceivedtousebyUEInatleasttwoRSrelationshipcertainpowercontrolparametersetofoneofSRS,PUSCH,PUCCH.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectfurtherincludesmorebyUEreceptionInoneRSrelationship,eachRSrelationshiptocorrespondingDLRStype,respectiveantennaportsetantennaportgroup,APGthecorrespondingDLRSconfigurationofatleastoneofindex,resourceindexandresourcecollectionindexmarkisassociated.Optionally,inanyaspectinaforementionedaspects,forhavingSRS,PUSCHorPUCCHofthefirstRSrelationship,ULtransimissionpowerisdeterminedusingthefirstpowercontorlparametersset.Optionally,inanyaspectinaforementionedaspects,forhavingSRS,PUSCHorPUCCHofthe2ndRSrelationship,ULtransimissionpowerisdeterminedusingthesecondpowercontorlparametersset.Optionally,inanyaspectinaforementionedaspects,eachpowercontorlparameterssetincludesbeingusedforfirstobjectTheparameterofatleastoneofpower,thesecondtargetpower,PL,PLcompensationfactorandtheTPCfactor.Optionally,inanyaspectinaforementionedaspects,thefirstobjectpowerandsecondofthefirstcontrolparametersetThefirstobjectpowerofcontrolparametersetisidentical,andisconfiguredwithbroadcastchannel.Optionally,inanyaspectinaforementionedaspects,thesecondtargetpowerandsecondofthefirstcontrolparametersetSecondtargetpowerofcontrolparametersetispublic,andisconfiguredwithdedicatedRRCsignaling.Optionally,inanyaspectinaforementionedaspects,thesecondtargetpowerandsecondofthefirstcontrolparametersetSecondtargetpowerofcontrolparametersetiseachconfiguredwithdedicatedRRCsignaling.Optionally,inanyaspectinaforementionedaspects,thePLcompensationfactorofthefirstcontrolparametersetandthesecondcontrolThePLcompensationfactorofparametersetsprocessedispublic,andisconfiguredwithdedicatedRRCsignaling.Optionally,inanyaspectinaforementionedaspects,thePLcompensationfactorofthefirstcontrolparametersetandthesecondcontrolThePLcompensationfactorofparametersetsprocessediseachconfiguredwithdedicatedRRCsignaling.Optionally,inanyaspectinaforementionedaspects,theDLRSresourceofthefirstcontrolparametersetandthesecondcontrolTheDLRSresourceofparametersetsispublic,andisconfiguredwithdedicatedRRCsignaling.Optionally,inanyaspectinaforementionedaspects,theDLRSresourceofthefirstcontrolparametersetandthesecondcontrolTheDLRSresourceofparametersetsiseachconfiguredwithdedicatedRRCsignaling.Optionally,inanyaspectinaforementionedaspects,thecontrolginsengoftheclosedloopTPCofthefirstcontrolparametersetandsecondTheclosedloopTPCthatmanifoldisclosedispublic,andisconfiguredwithdedicatedRRCsignaling.Optionally,inanyaspectinaforementionedaspects,thecontrolginsengoftheclosedloopTPCofthefirstcontrolparametersetandsecondTheclosedloopTPCthatmanifoldisclosediseachconfiguredwithdedicatedRRCsignaling.Optionally,itinanyaspectinaforementionedaspects,isindicatedatleastoneofDCI,RRCsignalingandMACCERSrelationship.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectfurtherincludesobtainingSRSbyUERSrelationshipbetweentheAGPoftheDMRSoftheAGPandPUSCHofresource.AccordingtoclearlybeassociatedwithdetermineRSrelationship,oraccordingtofromitisanotherImplicitassociationsderivedfromtheassociatedpublicRSrelationshipoftheAPGofoneRSdetermineRSrelationship.Optionally,inanyaspectinaforementionedaspects,thepowercontorlparameterssetforPUSCHisatleastpartlyItreuseswiththepowercontorlparameterssetforSRS.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectfurtherincludesbeingconfiguredtoUEWithacommonpowercontrolparametersetfortheSRStransmissionwithmorethanonespecificresources,whereindescribedoneAspecificresourcesareassociatedatleastoneofDLRStype,resourceindexandRSrelationshipindex.TheimplementationofthisaspectisalsoIncludingdeterminingcommonpowercontrolparametercollectionaccordingtopowercontorlparametersset,powercontorlparameterssetisdifferentfromPUSCHfunctionArbitraryparametersetinratecontrolparameterset.Optionally,inanyaspectinaforementionedaspects,theconfigurationofUEistriggeredbyMACCE,RRCandorDCI.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectfurtherincludePUSCH,MultipleRSrelationshipsandconfigurationDLRSareconfiguredbetweenPUCCHortheAPGofSRS.TheimplementationofthisaspectfurtherincludesbeingconfiguredtoThespecificDLRSofoneormoreRSrelationshipsofPLestimation.TheimplementationofthisaspectfurtherincludesbetweenconfigurationPUSCHandSRSAssociation.Therealizationofthisaspectfurtherincludesthatconfigurationincludestargetpower,forthelistofatleastoneofRS,αandTPCofPLestimationOnlySRSpowercontrolset.TheimplementationofthisaspectfurtherincludesdeterminingtotaltransmissionaccordingtoconfigurationandassociatedspecificPLPower.Optionally,inanyaspectinaforementionedaspects,SSblockincludesbeingusedforPhysicalBroadcastChannelphysicalBroadcastchannel,PBCHsynchronizationsignalanddemodulatedreferencesignaldemodulationreferenceAtleastoneofsignal,DMRS.Optionally,inanyaspectinaforementionedaspects,thefirstobjectpowerandsecondofthefirstcontrolparametersetThefirstobjectpowerofcontrolparametersetispublic,andisconfiguredwithbroadcastchannel.Optionally,inanyaspectinaforementionedaspects,theoffsetofthePUCCHformatofthefirstcontrolparametersetandTheoffsetofthePUCCHformatoftwocontrolparametersetiseachconfiguredwithdedicatedRRCsignaling.Optionally,inanyaspectinaforementionedaspects,anotherimplementationofthisaspectfurtherincludesconfiguringmultiplemoneysThespecificPCparametersetsinsource.TheimplementationofthisaspectfurtherincludesconfiguringspecificPUCCHresourceinformation.TheimplementationofthisaspectItfurtherincludedeterminingspecificoveralltransmissionpoweraccordingtotheseconfigurations.Althoughseveralembodimentshavebeenprovidedinthisdisclosure,butitistobeunderstoodthatdonotdepartingfromthedisclosureInthecasewherethespiritorscopeofcontent,disclosedsystemandmethodcanbeembodiedwithmanyotherconcreteforms.ThisexampleItisregardedinanillustrative,ratherthanarestrictive,andisintendedtothedetailsforbeingnotlimitedtobepresentedherein.Forexample,canwillbevariousElementorcomponentcombinationareintegratedinanothersystem,orcanbeomittedordonotrealizecertainfeatures.Inembodiments,referencesignalreferenceisusedinuserequipmentuserequipment,UESignal,RSmethodofrelationshipspecificuplinkuplink,ULtransmittingpowercontrolincludes:byUEaccordingtothefirstpowerControlsetsendsthefirstULsignal,andthefirstpowercontrolsetincludesfirstobjectpower,thesecondtargetpower,forpathDLreferencesignalreferencesignal,RS,pathlosscompensationfactorandthetransimissionpowerorderofestimationislostAtleastoneoftransmitpowercommand,TPC.AccordingtothefirstRSbetweenthefirstRSandthefirstULsignalRelationshipdeterminesthefirstpowercontrolset.Optionally,inanyaspectinaforementionedaspects,thismethodfurtherinclude:byUEaccordingtothesecondpowercontrolsetThe2ndULsignalissent,thesecondpowercontrolsetincludesanotherfirstobjectpower,anothersecondtargetpower,forpathAtleastoneofanotherDLRS,anotherpathlossbalancingfactorandanothertransmissionpowercommandTPCofestimationislost.RootThesecondpowercontrolsetisdeterminedaccordingtothe2ndRSrelationshipbetweenthe2ndRSandthe2ndULsignal.Optionally,inanyaspectinaforementionedaspects,thefirstorsecondRSforRSrelationshipisSSblock,CSI-RSOneofwithdetectionreferencesignalsoundingreferencesignal,SRS.ULsignalisthatphysicsULshareschannelphysicalULsharedchannel,PUSCHandphysicsULcontrolchannelphysicalULcontrolOneofchannel,PUCCH.Optionally,inanyaspectinaforementionedaspects,thismethodfurtherincludesreceivingforthemorethanoneofRSrelationshipRSconfiguration.EachRSconfigurationisassociatedwithaspecificRSrelationship,andwithcorrespondingDLRStype,correspondingantennaendMouthfulgroupantennaportgroup,APGindexes,atleastoneofresourceindexandresourcecollectionindexidentify,whereinAPGhasatleastoneantennaport.Optionally,inanyaspectinaforementionedaspects,afirstobjectpowerofthefirstpowercontrolsetandAnotherfirstobjectpowerofsecondpowercontrolsetisidentical,andisconfiguredwithbroadcastchannel.Optionally,inanyaspectinaforementionedaspects,secondtargetpowerofthefirstpowercontrolsetandAnothersecondtargetpowerofsecondpowercontrolsetiseachconfiguredwithdedicatedRRCsignaling.Optionally,inanyaspectinaforementionedaspects,aPLcompensationfactorofthefirstpowercontrolsetandAnotherPLcompensationfactoroftwopowercontrolsetiseachconfiguredwithdedicatedRRCsignaling.Optionally,inanyaspectinaforementionedaspects,whatthepathlossforthefirstpowercontrolsetwasestimatedOneDLRSandanotherDLRSresourceofthepathlossestimationforthesecondpowercontrolsetareeachconfiguredwithspecialRRCSignaling.Optionally,inanyaspectinaforementionedaspects,aTPCofthefirstpowercontrolsetandthesecondpowercontrolAnotherTPCofsystemsetiseachconfiguredwithdedicatedRRCsignaling.Optionally,itinanyaspectinaforementionedaspects,isindicatedatleastoneofDCI,RRCsignalingandMACCERSrelationship.Optionally,inanyaspectinaforementionedaspects,SSblockincludesbeingusedforPhysicalBroadcastChannelphysicalBroadcastchannel,PBCHsynchronizationsignalanddemodulatedreferencesignaldemodulationreferenceAtleastoneofsignal,DMRS.Optionally,inanyaspectinaforementionedaspects,thismethodfurtherincludesthatbasisisconfiguredforutilizingSSblockCarryouttheL3filteringofthefirstfilterfactorofpathlossestimation.Optionally,inanyaspectinaforementionedaspects,thismethodfurtherincludesthatbasisisconfiguredforutilizingCSI-RScarriesouttheL3filteringofthesecondfilterfactorofpathlossestimation.Optionally,inanyaspectinaforementionedaspects,theisconfiguredbasedatleastoneofpredefinedandRRCsignalingOnefilterfactororthesecondfilterfactor.Optionally,inanyaspectinaforementionedaspects,bypredefined,broadcastsignalingorcomethededicatedletterofautomaticnetworkItatleastoneofenablestoobtainbythefirstpowercontrolsetinformationassociatedwiththefirstRSrelationshipandbythesecondpowercontrolGatherinformationassociatedwiththe2ndRSrelationship.Inembodiments,forthecontrolofPUCCHresourcecertainpowerinuserequipmentuserequipment,UEMethodincludes:tosendthefirstPUCCHaccordingtothefirstpowercontrolsetbyUE,andthefirstpowercontrolsetincludesfirstobjectfunctionRate,thesecondtargetpower,theDLreferencesignalreferencesignal,RSforpathlossestimation,PUCCHformatOffsetandtransmissionpowercommandtransmitpowercommand,TPC.ThefirstpowerisdeterminedaccordingtothefirstPUCCHresourceControlset,thefirstPUCCHresourceincludefirstPUCCHformatwithspecificnumberofsymbols,inthefirstreferencesetatleastitOne.Optionally,inanyaspectinaforementionedaspects,thismethodfurtherinclude:byUEaccordingtothesecondpowercontrolsetThe2ndPUCCHissent,thesecondpowercontrolsetincludesanotherfirstobjectpower,anothersecondtargetpower,forpathAnotheroffsetofanotherDLreferencesignalreferencesignal,RS,PUCCHformatoflossestimationandanothertransmissionfunctionRateordertransmitpowercommand,TPC.ThesecondpowercontrolsetisdeterminedaccordingtothesecondPUCCHresource,secondPUCCHresourceincludesatleastoneofsecondPUCCHformatwithspecificnumberofsymbols,thesecondreferenceset.Optionally,inanyaspectinaforementionedaspects,afirstobjectpowerofthefirstpowercontrolsetandAnotherfirstobjectpowerofsecondpowercontrolsetisidentical,andisconfiguredwithbroadcastchannel.Optionally,inanyaspectinaforementionedaspects,secondtargetpowerofthefirstpowercontrolsetandAnothersecondtargetpowerofsecondpowercontrolsetiseachconfiguredwithdedicatedRRCsignaling.Optionally,inanyaspectinaforementionedaspects,aDLRSofthefirstpowercontrolsetandthesecondpowerAnotherDLRSresourceofcontrolsetiseachconfiguredwithdedicatedRRCsignaling.Optionally,inanyaspectinaforementionedaspects,aTPCofthefirstpowercontrolsetandthesecondpowercontrolAnotherTPCofsystemsetiseachconfiguredwithdedicatedRRCsignaling.Optionally,inanyaspectinaforementionedaspects,thismethodfurtherincludeprovidebythefirstpowercontrolsetwithTheassociatedinformationoffirstPUCCHresourceandbythesecondpowercontrolsetinformationassociatedwiththesecondPUCCHresource.Optionally,inanyaspectinaforementionedaspects,thismethodfurtherincludesthatthemorethanonePUCCHresourceofconfigurationisspecialConstantdcpowercontrolset.Thismethodfurtherincludesconfiguringoneormoreparametersets.ThismethodfurtherincludesthatconfigurationisoneormoreAPUCCHformatparticularoffset.ThismethodfurtherincludesdeterminingspecifictotalbiographyaccordingtoaPUCCHresourcecertainpowercontrolsetDefeatedpower.Inembodiments,itisusedforuserequipmenttheuserofuplinkuplink,ULtransmittingpowercontrolEquipment,UEincludenon-transientstoragedevice,non-transientstoragedeviceincludeinstructionandwithnon-transientstoragedeviceintoOneormoreprocessorsofrowcommunication,whereinoneormoreprocessorisaccordingtodisclosedembodimentorsideAnyoneoffaceexecutesinstruction.Inembodiments,non-transitorycomputer-readablemediumstorageisusedforuplinkuplink,ULtransimissionpowerThecomputerinstructionofcontrol,thecomputerinstructionwhenexecutedbyoneormoreprocessorssothatoneormoreplacesManagethemethodthatdeviceexecutesanyoneofdisclosedembodimentoraspect.Inaddition,withoutdepartingfromthescopeofthedisclosure,willcanbedescribedandillustratedasinvariousembodimentsDiscreteorisolatedtechnology,system,subsystemandmethodiscombinedoriscombinedwithothersystems,module,techniquesormethods.ShoworDiscussforbecoupledtoeachotherordirectlycoupleorcommunicateothercanthroughsomeinterfaces,deviceorintermediatememberelectricity,machineToolorbeotherwisecoupledindirectlyorcommunicated.Thoseskilledintheartcandetermineotherofchange,replacementandchangeExample,andcanbechangedinthecasewherenotdepartingfromspiritandscopedisclosedherein,replaceandchangeotherExample.

权利要求：1.akindofbeusedforreferencesignalRSrelationshipspecificuplinkULtransmittingpowercontrolinuserequipmentUEMethod,comprising:ThefirstULsignalissentaccordingtothefirstpowercontrolsetbytheUE,thefirstpowercontrolsetincludesthefirstmeshItmarkspower,thesecondtargetpower,theDLreferencesignalRSforpathlossestimation,pathlosscompensationfactorandsendsfunctionAtleastoneofrateorderTPC,ThefirstpowercontrolsetisdeterminedaccordingtothefirstRSrelationshipbetweenthefirstRSandthefirstULsignal.2.accordingtothemethoddescribedinclaim1,furtherinclude:The2ndULsignalissentaccordingtothesecondpowercontrolsetbytheUE,thesecondpowercontrolsetincludesanothertheOnetargetpower,anothersecondtargetpower,anotherDLRSforpathlossestimation,anotherpathlossbalancingfactorAtleastoneofwithanothertransmissionpowercommandTPC,Thesecondpowercontrolsetisdeterminedaccordingtothe2ndRSrelationshipbetweenthe2ndRSandthe2ndULsignal.3.methodaccordingtoanyoneofclaim1to2,inwhich:ItisoneofSSblock,CSI-RSanddetectionreferencesignalSRSforthefirstRSofRSrelationshiporthe2ndRS；AndTheULsignalisthatphysicsULsharesoneofchannelPUSCHandphysicsULcontrolchannelPUCCH.4.accordingtothemethodinanyoneofclaims1to3,furtherincludes:ReceivingthemorethanoneRSconfigurationforRSrelationship,whereineachRSconfigurationisassociatedwithaspecificRSrelationship,andAnditutilizesincorrespondingDLRStype,correspondingantennaportgroupAPGindex,resourceindexandresourcecollectionindexatleastOneofidentify,whereinAPGhasatleastoneantennaport.5.methodaccordingtoclaim1to4,whereinonefirstofthefirstpowercontrolsetTargetpowerandananotherfirstobjectpowerofthesecondpowercontrolsetareidenticalandconfiguredwithbroadcastlettersRoad.6.themethodaccordingtoanyoneofclaims1to5,whereinonesecondofthefirstpowercontrolsetTargetpowerandanothersecondtargetpowerofthesecondpowercontrolsetareeachconfiguredwithdedicatedRRCsignaling.7.methodaccordingtoanyoneofclaim1to6,whereinaPLofthefirstpowercontrolsetismendedAnanotherPLcompensationfactorforrepayingthefactorandthesecondpowercontrolsetiseachconfiguredwithdedicatedRRCsignaling.8.methodaccordingtoanyoneofclaim1to7,whereinoneofthefirstpowercontrolsetisusedforTheDLRSofpathlossestimationandanotherDLRSmoneyforpathlossestimationofthesecondpowercontrolsetSourceiseachconfiguredwithdedicatedRRCsignaling.9.methodaccordingtoanyoneofclaim1to8,whereinaTPCofthefirstpowercontrolsetandOneanotherTPCofthesecondpowercontrolsetiseachconfiguredwithdedicatedRRCsignaling.10.methodaccordingtoanyoneofclaim1to9,whereinutilizeinDCI,RRCsignalingandMACCEatleastOneofindicateRSrelationship.11.methodaccordingtoanyoneofclaim1to10,whereintheSSblockincludesbeingusedforPhysicalBroadcastChannelPBCHatleastoneofsynchronizationsignalanddemodulatedreferencesignalDMRS.12.methodaccordingtoanyoneofclaim1to11,furtherincludes:L3filteringiscarriedoutaccordingtothefirstfilterfactor,FirstfilterfactorisconfiguredforcarryingoutpathlossestimationusingSSblock.13.methodaccordingtoanyoneofclaim1to12,furtherincludes:L3filteringiscarriedoutaccordingtothesecondfilterfactor,SecondfilterfactorisconfiguredforcarryingoutpathlossestimationusingCSI-RS.14.methodaccordingtoanyoneofclaim1to13,whereinbasedatleastoneofpredefinedandRRCsignalingToconfigurefirstfilterfactororsecondfilterfactor.15.accordingtoclaim1tomethoddescribedinanyoneof14,inwhich:Itobtainsbypredefined,broadcastsignalingorcomeatleastoneofdedicatedsignalingofautomaticnetworkbyfirstpowercontrolGatherassociatedwiththefirstRSrelationshipinformationandbythesecondpowercontrolsetandthe2ndRSrelationshipphaseAssociatedinformation.16.akindofmethodinuserequipmentUEforthecontrolofPUCCHresourcecertainpower,comprising:ThefirstPUCCHissentaccordingtothefirstpowercontrolsetbytheUE,thefirstpowercontrolsetincludesthefirstmeshMarkpower,thesecondtargetpower,forDLreferencesignalRS,theoffsetforPUCCHformatandthehairofpathlossestimationPowercommandTPCissent,Determinethatthefirstpowercontrolset,firstPUCCHresourceincludewithspecificaccordingtothefirstPUCCHresourceAtleastoneoffirstPUCCHformatofnumberofsymbols,firstparameterset.17.accordingtothemethodforclaim16,furtherincludes:The2ndPUCCHissentaccordingtothesecondpowercontrolsetbytheUE,thesecondpowercontrolsetincludesanotherFirstobjectpower,anothersecondtargetpower,forpathlossestimationanotherDLreferencesignalRS,beusedforPUCCHAnotheroffsetofformatandanothertransmissionpowercommandTPC,Determinethatthesecondpowercontrolset,secondPUCCHresourceincludewithspecificaccordingtothesecondPUCCHresourceAtleastoneofsecondPUCCHformatofnumberofsymbols,secondparameterset.18.methoddescribedinanyoneof6to17accordingtoclaim1,inwhich:firstmeshofthefirstpowercontrolsetMarkpowerandanotherfirstobjectpowerofthesecondpowercontrolsetareidenticalandconfiguredwithbroadcastchannels.19.methoddescribedinanyoneof6to18accordingtoclaim1,whereinsecondmeshofthefirstpowercontrolsetMarkpowerandanothersecondtargetpowerofthesecondpowercontrolsetareeachconfiguredwithdedicatedRRCsignaling.20.methoddescribedinanyoneof6to19accordingtoclaim1,inwhich:OneDLRSofthefirstpowercontrolsetandanotherDLRSresourceofthesecondpowercontrolsetareeachconfiguredwithspeciallyUseRRCsignaling.21.methoddescribedinanyoneof6to17accordingtoclaim1,inwhich:aTPCofthefirstpowercontrolsetandAnotherTPCofsecondpowercontrolsetiseachconfiguredwithdedicatedRRCsignaling.22.methoddescribedin6to21accordingtoclaim1,furtherincludes:ItwillmakethefirstpowercontrolsetUEinformationassociatedwithfirstPUCCHresourceandmakesecondfunctionRatecontrolgathersinformationassociatedwithsecondPUCCHresourceandisprovidedtobasestation.23.methoddescribedinanyoneof6to22accordingtoclaim1,furtherincludes:ConfiguremorethanonePUCCHresourcecertainpowercontrolset；AndConfigureoneormoreparametersets；AndConfigureoneormorePUCCHformatparticularoffsets；AndSpecificoveralltransmissionpowerisdeterminedaccordingtoaPUCCHresourcecertainpowercontrolset.24.theuserequipmentUEthatonekindisusedforuplinkULtransmittingpowercontrol,comprising:Non-transientstoragedeviceincludinginstruction；AndOneormoreprocessorscommunicatedwiththenon-transientstoragedevice,whereinoneormoreplaceReasondeviceisexecutedinstructiontomethoddescribedinanyoneof23accordingtoclaim1.25.akindofnon-transitorycomputer-readablemedium,computerofthestorageforuplinkULtransmittingpowercontrolreferstoItenables,whenthecomputerinstructionisexecutedbyoneormoreprocessors,oneormoreprocessorismadetoexecuterootAccordingtomethoddescribedinanyoneofclaim1to23.

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