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无线传感器网络中的自身定位系统和算法作者：王福豹，史龙，任丰原，WANGFu-Bao，ShiLong，RENFeng-yuan作者单位：王福豹,史龙,WANGFu-Bao,ShiLong(西北工业大学,宽带网络研究所,陕西,西安,710072)，任丰原,RENFeng-yuan(清华大学,计算机科学与技术系,北京,100084)刊名：软件学报英文刊名：JOURNALOFSOFTWARE年，卷(期)：2005，16(5)被引用次数：197次参考文献(54条)1.RenFY.HuangHN.LinCWirelesssensornetworks2003(02)2.BahlP.PadmanabhanVNRADAR:Anin-buildingRF-baseduserlocationandtrackingsystem20003.BeutelJGeolocationinaPicoRadioenvironment(MS.Thesis)19994.BulusuN.HeidemannJ.EstrinDGPS-Lesslowcostoutdoorlocalizationforverysmalldevicos20005.RabacyJJ.AmmerMJ.daSilvaJrJL.PatelD.RoundySPicorodiosupportsadhocultra-lowpowerwirelessnetworking20006.SavareseC.RabaeyJM.BeutelJLocationingindistributedad-hocwirelesssensornetwork20017.CapkunS.HamdiM.HubauxJ-PGPS-Freepositioninginmobilead-hocnetworks20028.DohertyL.PisterKSJ.GhaouiLEConvexpositionestimationinwirelesssensornetworks20019.GirodL.EstrinDRobustrangeestimationusingacousticandmultimodalsensing200110.HarterA.HopperA.StegglesP.WardA,WebsterPTheanatomyofacontext-awareapplication199911.HightowerJ.BorielloGLocationsystemsforubiquitouscomputing200112.MeguerdichianS.KoushanfarF.PotkonjakMCoverageproblemsinwirelessad-hocsensornetworks200113.BulusuN.HeidemannJ.EstrinDAdaptivebeaconplacement200114.ChangJ-H.TassiulasLEnergyconservingroutinginwirelessad-hocnetworking200015.XuY.HeidemannJ.EstrinDGeography-Informedenergyconservationforadhocrouting200116.AlbertoCerpa.DeborahEstrinAscent:Adaptiveself-configuringsensornetworktopologies200217.WantR.HopperA.FalcaoVTheactivebadgelocationsystem199218.HarterA.HopperAAdistributedlocationsystemfortheactiveoffice1994(01)19.查看详情199920.HarterA.JonesA.HooperAAnewlocationtechniquefortheactiveoffice199721.Spec:SmartdustchipwithintegratedRFcommunications200122.NicolescuD.NathBAd-Hocpositioningsystems200123.NICULESCUD.NathBDVbasedpositioninginadhocnetworks200324.BulusuN.EstrinD.HeidemannJTradeoffsinlocationsupportsystems:Thecaseforquality-expressivelocationmodelsforapplications200125.MicrosoftResearch.Easyliving200126.PriyanthaNB.ChakrabortyA.BalakrishnanHThecricketlocation-supportsystem200027.RaoA.PapadimitriouC.ShenkerS.StoicaIGeographicroutingwithoutlocationinformation200328.NiculescuD.NathBLocalizedpositioninginadhocnetworks200329.HightowerJ.BorielloG.WantRSpotON:Anindoor3DlocationsensingtechnologybasedonRFsignalstrength200030.ShangY.RumlW.ZhangY.FromherzMPJLocalizationfrommereconnectivity200331.BulusuNSelf-Configuringlocalizationsystems(Ph.D.Thesis)200232.WelchG.BishopG.VicciL.BrumbackS,KellerK,ColucciDTheHiBalltracker:High-Performancewide-areatrackingforvirtualandaugmentedenvironments199933.SawidesA.HanC-C.SrivastavaMBDynamicfine-grainedlocalizationinad-hocnetworksofsensors200134.HazasM.WardAAnovelbroadbandultrasoniclocationsystem200235.HazasM.WardAAhighperformanceprivacy-orientedlocationsystem200336.DohertyLAlgorithmsforpositionanddatarecoveryinwirelesssensornetworks(MS.Thesis)200037.AvvidesA.ParkH.SrivastavaMBThebitsandflopsoftheN-hopmultilaterationprimitivefornodelocalizationproblems200238.HeT.HuangCD.BlumBM.StankovicJA,AbdelzaherTRange-Freelocalizationschemesinlargescalesensornetworks200339.GirodL.BychovskiyV.ElsonJ.EstrinDLocatingtinysensorsintimeandspace:Acasestudy200240.PriyanthaNB.MiuAKL.BalakrishnanH.TellerSThecricketcompassforcontext-awaremobileapplications200141.NiculescuD.NathBAdhocpositioningsystem(APS)usingAoA200342.MeguerdichianS.SlijepcevicS.KarayanV.PotkonjakMLocalizedalgorithmsinwirelessad-hocnetworks:Locationdiscoveryandsensorexposure200143.BergamoP.MazziniGLocalizationinsensornetworkswithfadingandmobility200244.SavareseC.RabayJ.LangendoenKRobustpositioningalgorithmsfordistributedad-hocwirelesssensornetworks200245.WantR.SchilitBN.AdamsNIAnoverviewoftheParcTabubiquitouscomputingexperiment199546.OrrRJ.AbowdGDThesmartfloor:Amechanismfornaturaluseridentificationandtracking200047.HightowerJ.BorrielloGLocationsensingtechniques200148.PentlandAMachineunderstandingofhumanaction199549.PinPointCorporation200150.WhereNetCorporation200151.IyengarR.SikdarBScalableanddistributedGPSfreepositioningforsensornetworks200352.SundaramN.RamanathanPConnectivitybasedlocationestimationschemeforwirelessadhocnetworks200253.LangendoenK.ReijersNDistributedlocalizationinwirelesssensornetworks:Aquantitativecomparison200354.任丰原.黄海宁.林闯无线传感器网络[期刊论文]-软件学报2003(02)相似文献(10条)1.期刊论文史龙.王福豹.段渭军.任丰厚无线传感器网络Range-Free自身定位机制与算法-计算机工程与应用2004,40(23)无线传感器网络是一种全新的信息获取和处理技术,能够实时监测、感知和采集各种环境或监测对象的信息.而网络自身定位是其大多数应用的基础.在综合分析大量无线传感器网络定位算法的技术文献和最新研究结果的基础上,从测距技术和算法两方面阐述了range-based定位机制的局限性,着重论述和比较了现有的六种range-free定位算法,指出无线传感器网络自身定位问题的研究方向.2.学位论文武青春无线传感器网络的自身定位问题研究2006无线传感器网络是集无线通信、数据采集和信息处理功能于一体的新兴的分布式自组织数据采集网络，在军事和民用领域中都有着广泛的应用前景。自身定位是无线传感器网络的基本功能之一。许多传感器网络的应用，比如事件位置报告、目标跟踪等，都要依赖于传感器节点的地理位置信息。为了提供有效的位置信息，随机部署的传感器节点必须能够在放置后实时的进行定位。在大规模无线传感器网络环境下，节点资源(能量、处理能力、存储量)有限，可靠性差，通信距离短，给传感器网络的自身定位带来了很大的挑战。本文的研究工作就是围绕着无线传感器网络自身定位这一课题进行的。本文首先对无线传感器网络自身定位问题进行综述，介绍自身定位的基本概念、基本方法，给出传感器网络自身定位算法的评价指标、分类方法，分析评价了几个自身定位典型算法。在归纳和总结传感器网络自身定位问题现有研究的基础上，本文提出了两种新的无线传感器网络自身定位算法：先给出了一个无线传感器网络节点位置估计的约束最优化模型；接下来针对这个模型提出一个应用约束最优化的分布式自身定位算法，叙述了算法