硕士论文-基于感知和软件无线电的无线通信技术研究

南京邮电大学硕士学位论文基于感知和软件无线电的无线通信技术研究姓名：曾长华申请学位级别：硕士专业：信号与信息处理指导教师：杨震20060401基于感知和软件无线电的无线通信技术研究作者：曾长华学位授予单位：南京邮电大学参考文献(55条)1.FCC-03-322Al.FacilitatingOpportunitiesforFlexible,EfficientandReliableSpectrumUseEmployingCognitiveRadioTechnologies2.ProfRobertWBrodersen(UCBerkeley)Pro.AdamWolisz(TUBerlin)DanijelaCabric(UCBerkeley)ShridharMubaraqMishra(UCBerkeley)DanielWillkomm(TUBerlin).CORVUS:Acognitiveradioapproachforusageofvirtualunlicensedspectrum20043.MarkMcHenryFrequencyagilespectrumaccesstechnologies20034.JosephMitolaCognitiveRadio:anIntegratedAgentArchitectureforSoftwareDefinedRadio20005.MitolaJThesoftwareradioarchitecture1995(05)6.MitolaJⅢSoftwareradioarchitecture:amathematicalperspective1999(04)7.JMitolaSoftwareradios:survey,criticalevaluationandfuturedirections19928.魏以民.益晓新软件无线电总线标准的探讨19979.JRazavilar.FRashid-Farrokhi.KJRLiuSoftwareradioarchitecturewithsmartantennas10.JefferyAWepmanAnalog-to-Digitalconvertersandtheirapplicationsinradioreceivers1995(05)11.RupertBainesTheDSPbottleneck1995(05)12.HaykinSCognitiveRadio:Brain-EmpoweredWirelessCommunications2005(02)13.MitolaJⅢCognitiveradioforflexiblemobilemultimediacommunications199914.NeelJ.BuehrerRM.ReedBH.GillesRPGametheoreticanalysisofanetworkofcognitiveradios200215.RondeauTW.RieserCJ.GallagherTM.BostianCWOnlinemodelingofwirelesschannelswithhiddenmarkovmodelsandchannelimpulseresponsesforcognitiveradios200416.BruceFettePHDchiefscientistgeneraldynamicsC4system.ThePromiseandtheChallengeofCognitiveRadio200417.MarkMcHenySpectrumAccessandthePromiseofCognitiveRadioTechnology200318.CordeiroC.ChallapaliK.BirruD.SaiShankarIEEE802.22:thefirstworldwidewirelessstandardbasedoncognitiveradios200519.IEEE802.2220.CarlRStevenson.CarlosCordeiro.EliSofer.GeraldChouinardIEEE802.22-05/007r40IEEE802.22WirelessRAN-FunctionalRequirementsforthe802.22WRANStandard200521.ThomasKeller.LajosHanzoAdaptiveModulationTechniquesforDuplexOFDMTransmission2000(05)22.ACzylwikAdaptiveOFDMforwidebandradiochannels199623.LJCimini.NRSollenbergerOFDMwithdiversityandcodingandforhigh-bit-ratemobiledataapplications199724.SKLai.RSCheng.KBenAdaptivetrelliscodedMQAMandpoweroptimizationforOFDMtransmission199925.KChallapali.SMangold.ZZhongSpectrumAgileRadio:DetectingSpectrumOpportunities200426.SMangold.ZZhong.KChallapali.C-TChouSpectrumAgileRadio:RadioResourceMeasurementsforOpportunisticSpectrumUsage200427.TWeiss.FriedrichKJondralSpectrumPooling:AnInnovationStrategyfortheEnhancementofSpectrumEfficiency2004(03)28.Chang-JooKim.Hak-SunKim.JoyLaskarIEEE802.22-05/0108r0.WRANPHYandMACProrosalforTDD/FDD200529.JMitola.GQMaguireJrCognitiveRadio:MakingSoftwareRadiosMorePersonal199930.ScottSeidelRaytheonIEEE802Tutorial:CognitiveRadio200531.HonggangZHANGCognitiveUltra-widebandRadioEvolutionforInnovativeandDynamicSpectrumAccessNetworks200532.DrKeithNolan.DrJohnGrosspietschCognitiveRadioWorkGroupBrussels200533.MartialBellec.YoonChaeCheong.CarlosCordeiro.Chang-JooKim,Hak-SunKim,JoyLaskarAPHY/MACProposalforIEEE802.22WRANSystems200634.JohnNotorProposalforPart15.244CognitiveRadioOperationintheTVBand35.DanijelaCabric.ShridharMubaraq.RobertWBrodesenImplementationIssuesinSpectrumSensingforCognitiveRadios200436.AshishPandhariande.Jae-MyungKim.DavidMazzarese.BaoweiJiTechnologyProposalPackageforIEEE802.22200637.SteveShellhammer.VictorTawil.GeraldChouinard.MaxMuterspaugh,MonishaGhoshSpectrumSensingSimulationModel200638.TWeiss.JoergHillenbrand.AlbertKrohn.FriedrichKJondralEfficientSignalingofSpectralResourcesinSpectrumPoolingSystems200339.俞斯乐.郭福云.李桂苓.候正信电视原理198840.NeelJO.ReedJH.GillesRPConvergenceofcognitiveradionetwork200441.LansfordJUWBcoexistenceandcognitiveradio200442.SydorJTruebroadbandforthecountryside[5GHzcognitiveradio]2004(02)43.AazhangB.LillebergJ.MiddletonGSpectrumsharinginacellularsystem200444.KrenikW.BatraACognitiveradiotechniquesforwideareanetworks200545.YipingXing.ChandramoulRQoSconstrainedsecondaryspectrumsharing200546.EtkinR.ParekhA.TseDSpectrumsharingforunlicensedbands200547.JianweiHuang.BerryRA.HonigMLSpectrumsharingwithdistributedinterferencecompensation200548.TWeiss.FriedrichKJondralSpectrumPooling:AnInnovationStrategyfortheEnhancementofSpectrumEfficiency2004(03)49.NeelJ.BuehrerRM.ReedBH.Gilles,RPGametheoreticanalysisofanetworkofcognitiveradiosCircuitsandSystems,2002.MWSCAS-2002200250.NeelJO.ReedJH.GillesRPConvergenceofcognitiveradionetworks200451.ZekavatSA.XiukuiLiUser-centralwirelesssystem:ultimatedynamicchannelallocation200552.JohnGProakis.张力军.张宗橙数字通信200153.樊昌信.张甫翊.徐炳祥.吴成柯通信原理200154.钮心忻.杨义先软件无线电技术与应用200055.MitolaJSoftwareRadioArchitecture:AMathematicalPerspective1999(04)相似文献(10条)1.学位论文郭琦移动通信语音通道数据高效传输技术研究2009GSM网络是现代全球用户数量增长最快的移动网络，而GSM网络和3G网络在将来必然会有很长一段时间共存。随着移动通信系统的高速发展与用户需求的快速升级，如何在语音通道进行高效调制与解调，满足特定应用下的实时数据传输，已经成为现代移动通信系统的重要研究问题之一。本文重点研究2G／3G移动通信系统语音通道上数据高效传输问题，提出相应的设计方案，并在基于GSM移动通信系统的RPE-LTP声码器平台与3G移动通信系统的AMR平台上进行分析与验证。在分析现代移动通信系统语音通道包括GSM系统、GSM演进系统和3G系统语音通道特性的基础上，研究了其核心语音编解码技术RPE-LTP声码器与AMR声码器对数据调制信号的影响，提出如下一系列在语音通道实现数据传输的方案：（1）根据浊音信号即由不同频率正弦波叠加的理论，提出了基于正弦波调制的数据传输方案。结合仿真验证了该调制方案抗声码器压缩的传输特性，进而验证了GSM系统与3G系统语音通道