基于模糊控制的物联网系统设计张少谦1，纪阳21北京邮电大学移动生活与新媒体实验室，北京1008762北京邮电大学泛网无线通信教育部重点实验室，北京100876摘要：随着物联网的普及，越来越多的物联网系统产生。这些系统都是通过系统获取的数据与规则相匹配来进行控制的。为了更好的控制系统的运行，本文提出了模糊控制理论来改进物联网系统。在使用相关信息信号传感器采集外部环境以后,无线网络信息终端服务器的模糊控制器可以通过模糊算法控制管状电机去处理执行相应的操作。在管状电机驱动机械系统中，可以实现智能执行机构调整，同时定时器模块实现定时控制功能。理论分析和仿真结果表明物联网模糊控制理论应用于自动控制系统,使其了解系统执行机构随外部参数如风速、光照强度和温度的变化来提高灵活性和精度控制。关键词：模糊控制；无线网络；物联网中图分类号：TP311WirelessSensingWOTSystemDesignofFuzzyControlZHANGShao-Qian1,JIYang21BeijingUniversityofPostsandTelecommunicationsMobileLifeandNewMediaLab,Beijing1008762BeijingUniversityofPostsandTelecommunicationsKeyLaboratoryofUniversalWirelessCommunications,MinistryofEducation,Beijing100876Abstract:WiththepopularityofWoTmoreandmoreWoTsystemareproduced.Thesesystemsarecontrolledthroughthematchofthesystemdataandrules.Inordertomakethecontrolsystem，therearemanyintelligentWOTproposedfuzzycontroltheoriesbasedonwirelesssensornetworkofintelligentcontrolsystemdesign.Intheuseofrelevantinformationsignalsensortocollecttheexternalenvironment,thewirelessnetworkinformationtotheterminalserverfuzzycontrollercancontroltubularmotorthroughfuzzyalgorithmprocessingonactuatorsMCUbaseddefuzzificationaccordingly.Inthetubularmotordrivenmechanicalsystem,itcanachieveintelligentactuatoradjustmentinadditiontothetimermoduleachievingtimingcontrolfunction.TheoreticalanalysisandsimulationresultsshowthattheWOTfuzzycontroltheoryisappliedtotheautomaticcontrolsystemofWOTsystemwhich基金项目：TheWirelessUbiquitousBusinessEnvironmentArchitecture,KeyTechnologyResearchandDemon-strationBasedonWeb(2012ZX03005008-001)作者简介：ZHANGShaoQian（1989-）,Male,Postgraduate,Themainresearchdirection:MobileInternetandInternetofthingsrelatedtechnicalresearch.Email:zhangsq@163.comCorrespondenceauthor：JIYang（1972-）,Male,doctoralsupervisor，Mainresearch:Broadbandmobilecommunicationtechnologyresearch、MobileInternetservicesandapplications、Ubiquitousnetworktechnology.Email:ji.yang.0001@gmail.com-1-makesitsimplementingagenciesvarywiththeoutsideparametersuchaswindspeed,lightintensityandtemperaturechangestoimproveflexibilityandprecisioncontrol.Keywords:fuzzycontrol;Wirelessnetworks;WOT0IntroductionWiththeconceptofsmartmaterialsandtheirapplicationsystemslinkedtheincreasingpopularity,thetraditionalunitarystratifiedmanagementmechanismhasbeenunabletomeetthemoderndevelopmentofnetworkingrequirementsforautomation,sosmartIOT[1]interop-erabilitymodelhasbeenbroughtgraduallyintoourdailylivestobecomeamodernmaterialnetworkingdevelopmentessentialthings.Nowtherearemoreandmoretechnologytypessuchaswirelessremotecontrol,flammabletoxicgasdetection,infraredburglaralarm,GSMremotecontrol,humidityandtemperaturesensorcontrol,buttheseunderlyingtechnologywouldde-terminebythecontrolsystemtoperformtheactionornotanditcannotbebasedonchangesintheexternalenvironmentautomaticallytoadjusttheexecutiondegreeatactionlevel.Byfuzzycontrolalgorithm[2]itcanachievethetemperatureandwindspeedsensingcontrolwithimageacquisitionandnetworkcommunicationfunctiondesignalthoughitcandependonth...