The mmMAGIC Project - 5G Summit .The mmMAGIC Project ... (Alcatel‐Lucent), Huawei, Intel, ... extracted and analyzed channel parameter from measurement &

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  • ThemmMAGIC ProjectNewFrontiersin5GMobileCommunicationsandNetworkinginmmWaveBands

    2017 Samsung Electronics

  • Agenda

    5GmmWaveSpectrum StandardsStatus

    Samsung5GmmWaveFocusAreas

    Whatsnext?

    5GmmMAGIC

  • Source:Samsung5GVision,whitepaper

    Futurecellularnetworksmorethanjustphones

  • 5GVision

    Massivenumberofconnecteddevices Alargeversatiletypeofmobileservices(eMBB,URLLC,mMTC)andterminals(handsets,cars,drones,robots,etc.) Differentrequirements

    veryhighdatarates lowcomplexityandlowpower Highreliabilityandlowlatency

    Source: Samsung 5G white paper

  • 5GVision

    ITU-R document 5D/TEMP/625: ITU-R.M.[IMT.VISION] (June 2015)

    ITU: International Telecommunications Union

  • Theneedformmwavein5G Sub-6GHz spectrum is already heavily utilized The mm-wave spectrum (denoted as 6-100GHz) offers much wider

    bandwidths for mobile services

    Below 6GHz Above 6GHz/mm-Wave

    < 6GHz (MHz) 6-20 20-30 30-40 40-50 50-60 60-70 70-80 80-100

    APAC(APT)

    1427 14521492 1518 25.25 25.5 31.8 33.4

    39 4747.2 50.2

    50.452.6 66 76 81 86

    Europe(CEPT)

    1427 15183400 3800 24.5 27.5 31.8 33.4

    40.5 43.545.5 48.9

    66 7171 76 81 86

    Americas(CITEL)

    1427 15153488 3600 10 10.45

    23.15 23.624.25 27.527.5 29.5

    31.8 3337 40.5

    45.5 4747.2 50.2

    50.452.4 59.3 76

    Russia(RCC)

    5925 6425 25.5 27.5 31.8 33.439.5 40.5

    40.5 41.545.5 47.548.5 50.2

    50.452.4

    66 7171 76 81 86

    Mid.East(ASMG)

    1452 15183400 3600 31 100

  • StandardizationandSpectrumAllocationTimelines

    Rel-14Rel-14Rel-13Rel-13 Rel-15Rel-15 Rel-16Rel-16

    5G Phase 1 5G Phase 1 5G SI(s)5G SI(s)Rel-17Rel-17

    RequirementsConcept

    Specifications

    5G Phase 25G Phase 2 ......

    ProposalsProposalsVision, feasibilityVision, feasibility

    -Requirements

    -Evaluations methods

    -Requirements

    -Evaluations methods SpecsSpecs

    WRC-15 WRC-19

    2014 2015 2016 2017 2018 2019 2020 20212013

    SI: CM > 6 GHzSI: 5G req.

    We are here!

  • 5GmmWave Samsungsachievements

    mmWaveTestbed(2013/4) CoverageTesting(2015) HandoverCapability

    Devices/Chipsets Fixedwirelessaccess

    42mm

    56mm

  • KT5GMobileTrialService @PyeongChang,Korea

    2015 2016 2017 Feb.2018

    WorldsfirstTrialof5GMobileService(Feb2018)

  • Global5GR&DActivitiesGlobal5GInitiativeswithSamsungsActiveEngagements

    5GForumExecutiveBoardMember

    MemberofGigaKOREAProject

    IMT2020PromotionGroup

    MemberofFutureForum

    Contributorto863Project

    NYUWirelessCenter(BoardMember)

    ProposedNPRM(28/37/39/6471GHz)

    5GMF(5GMobilePromotionForum)

    5GPPPAssociation(FullMember)LeadingandParticipatinginthe5GPPPFlagship5GProjects

    5GICFoundingMember

  • ThemmMAGIC Project

    https://5gmmmagic.eu

  • ProjectOverview

    Cofundedby Horizon2020,partof5GPPPPortfolioProjectcoordinator:SamsungTechnicalmanager:EricssonProjectruntime:July2015 July2017

    19partners:Vendors:Samsung,Ericsson,(AlcatelLucent),Huawei,Intel,NokiaOperators: Orange,TelefonicaResearchinstitutions:CEALETI,Fraunhofer HHI,IMDEANetworksUniversities: AaltoUniversity,UniversityofBristol,ChalmersUniversityofTechnology,TUDresdenSME: QamcomTestequipmentmanufacturers:KeysightTechnologies,R&S

    AdvisoryBoard:ETSI,ANFR,BNetZa,OFCOM,PTS,FICORA,BMW,U.Illemenau,SONYmobile

    Themainobjectiveistodeliverkeyconceptsandcomponentsformobileradioaccesstechnology(RAT)inthe6100GHzrange Spectrum,UseCases,KPIrequirements massivechannelmeasurementsand

    channelmodel Architecturecomponentsandintegration Airinterfaceforaccessandselfbackhaul MultinodeandMultiantenna

  • mmMAGICs Achievements

    EuropeanCommission:8highqualitytechnicaldeliverablessubmittedontimetoEC Standards:15contributionsto3GPPStudyItemon5Gandcounting Spectrum :3contributionstoITURSG3andrampingup Software:3Dchannelmodel(6100GHz),opensourcesoftware,downloadablefrom

    mmMAGICwebsite Hardware:HWdemosof5Gcandidatewaveforms.phasedarrayantennabeamforming.

    channelsoundersfor6100GHz WhitePapers:2 whitepapersonmmwavechanneland5Garchitecture 5GPPP:WGArchitecture,Spectrum,Evaluation,Visioncontributor,Contributedto5GPPPKPI

    achievement.Jointpublicworkshops/panelswithseveralother5GPPPprojects(METISII,F5G,5GNORMA,Flexware5G)

    Scientificpublications:40+researchpublications(accepted/submitted)includingbestpaperawardPIMRC

    Dissemination:15+keynote/panels/workshopsatIEEEandEuropeanflagshipconferences;StrongpresentenceatICT2015,EUCNC,MWC15,Netfuture2015 ,5GGlobalEvent2016

    InternationalDimension/Visibility: Brooklyn5GSummit(USA),IEEE5GSummit(Europe),Global5GTechnologySummit(China),WWRF(China),NGMN(Canada),EuropeanpartnerofNSFindustryacademiacollaborationon5Gmmwave(USA);Brazil,Australia,Canadacollaborationrequests

    mmMAGIC website :Over21000hits(peaksatdeliverablereleases)andgrowing

  • mmMAGIC KeyComponents/Interaction

    WP6: Project management and dissemination

    Solutions,concepts

    Scenarios, spectrum,

    KPIs

    WP

    1: T

    echn

    olog

    y E

    nabl

    ers

    and

    Vis

    ualiz

    atio

    n

    WP3: RAN functions, architecture, and

    integration

    WP5: Multi-node and multi-antenna design

    WP4: Radio interface definitions and

    functions

    WP2: Channel measurements and modelling

    Cha

    nnel

    m

    odel

    s

  • 5GUseCases,KPIsandFrequencyRanges

    Usecase BWDL(MHz)

    BWUL(MHz)

    1 500 102 300 503 2250 11754 1000 270

    5 1640 8206 588 2947a(Relay/cellinvehicle)

    100 50

    7b(Noinvehiclecell/relay)

    >5GHz >2.5GHz

    8a(Roboticcontrol) 500 108b(Tactileinternet) 10 10

    Estimatedbandwidth

  • Measurement campaigns: over 20 measurement campaigns in more than 8 frequencybands from 6 to 100 GHz are ongoing across 5 European countries, and will continue till theend of the project.

    Scenarios: UMi street canyon, UMi open square, indoor office, indoor shopping mall, indoorairport, outdoor to indoor (O2I), metro station and stadium.

    New channel model in line with the 3GPP3D has been implemented supporting 1080 GHz.

    5GmmWaveChannelMeasurementsandModelling

  • BS1 LOSlink

    Hybridapproach:Measurementsandmapbasedsimulations combinemeasurementsandprediction measurementdataforcalibrating

    Mapmodelling(AALTO)

    RayTracingmodelling(Samsung)

    5GmmWaveChannelMeasurementsandModelling

  • Analyzingtrendsinmmwavepropagation

    extractedandanalyzedchannelparameterfrommeasurement&simulationdata e.g.bandwidth&frequencydependency

    60 GHz NLOSFrequencydependency Bandwidthdependency

  • Analysisandinterpolationofchannelcharacteristics(1/3)

    Groundreflection

    Measuredgroundreflection(HHI)

    Modelledgroundreflection

  • Analysisandinterpolationofchannelcharacteristics(2/3)

    1

    23

    23

    12332

    Area1:Roughwall Area2:Smoothtransition Area3:Window(smoothsurface)

    Diffusivescattering

  • Analysisandinterpolationofchannelcharacteristics (3/3)

    Blockingmodel

    Measuredblocking(Ericsson) Modelledblocking

  • Channelmodels

    mmMAGICchannelmodel/QuaDRiGa referenceimplementation Compatibilitywith3GPP3D(calibrated)

    Fullspatialconsistencyforsinglemovingterminal:trackingofpaths,angles,delays,etc.;smoothscenariotransitions

    InitialmmMAGICmodelimplementedinQuaDRiGa version1.4:parametertablesfor1080GHz(inadditionto0.456GHz),upto100MHzbandwidth

    Smoothtimeevolutionoflargescaleandsmallscalechannelparametersincludingthetransitionbetweendifferentscenarios

    Firstchannelmodelsoftwarereleased(opensourcetopublic)Longtermtimeevolution

  • 5GRANFunctionsandArchitectureIntegration

    WhitePaperonarchitectureandintegrationwith5GmultiRAT

    5GPPPWGArchitectureWhitePaper

  • Designofwaveforms

    Evaluated10waveformcandidatesagainst11KPIs BasedonbothSimulationoranalyticalapproaches

    KPIsdefinedforEvaluations Spectral efficiency Robustnesstohardware

    impairmentsandtime/frequencyselectivechannels

    Powerefficiency Outofbandemissions Timelocalization Implementation

    complexity Alignmentonevaluation

    assumptions/parametersandcommonsimulator 2commonsimulators

    developedinMatlab/SystemVue

  • InitialAccessSchemes Analyzedoverallinitialaccess

    procedure Ananalysisofbeamscanningbased

    broadcast Modellingofthebroadcastsignaling Simulationstoobtainoptimalnumberof

    beamsectorsatdifferentsystemsetups Sweepingsubframes

    Abeambasedapproachforcommoncontrolisstudied

    Sweepingsubframes fordownlinkhavebeenintroduced,carryingallrequiredsignalsandchannelsfortheUEtoperformcellsearchandreadessentialsysteminformation.

    Componentsofmmwaveinitialaccess

    Space-Time division(Sequential beams, TD)

    Space-Time-Frequency division (FD)

    f1f2

    Space-Time-Power division (PD)

    t1 t2t3 t4

    P/2

    P/2

    Differentpossiblebroadcastsignaling

    mmwavebeamfinding

    mmwaveAP

  • MultipleAccessandDuplexing Jointbackhaulandaccessoptimizationin

    mmwaveHetNets SpatialDivisionMultipleAccess DynamicTDDDuplexing

    Beamschedulingwithperiodicandaperiodicbeamreporting

    Spectrumsharingamongmultipleoperators Spectrumpoolingstrategywhichprovides

    betterresourceutilizationovertraditionalspectrumallocationschemes

    1Gbps 500Mbps

    100Mbps

    50Mbps

    mmWavebackhaul

    mmWaveaccess

    Sameairinterface/resourceforbackhaulandaccesslinks!

    Jointbackhaulandaccessoptimization