摘要农业灌溉是农业生产过程的一个重要组成部分，也是增加粮食生产的一个关键因素。虽然我国的人均用水量，但由于灌溉面积大，资源的浪费日益增加。虽然管道灌溉技术的应用近年来在某种程度上减少了水的浪费，但大规模的农业模式需要灌溉技术的精确度、自动化和智能。这项为低成本、高能效、灌溉和以网络为基础的农业开发的智能土地灌溉系统的研究，涉及到系统的技术和业务需要，即认知、网络和应用层面。智能灌溉系统通过遥感技术，准确探测土壤湿度、周围湿度、二氧化碳浓度和光强度等环境参数。无线传感器技术(包括技术和劳拉)的应用包括下载信息和发布主机控制指令。通过将控制电路与单元件程序结合起来，诸如灌溉、后方炮和肥料泵等电器设备的运作方式可以得到严格控制。通过云服务技术，正在安装后台设备和数据库，通过网络终端和移动移动显示数据。该系统的三个结构是双向转移，工作人员还可以根据所收集的信息作出迅速和有效的决定，然后制定操作设备远程控制指令。智能农业灌溉系统将传感器、农业设备、控制站和云服务结合在一起，使用无线电技术，从而使灌溉更加现代化和自动化，减少劳动力，提高用水效率，避免使用化肥，过度投资可能造成污染。本文设计的基于物联网的智能灌溉系统在天津静海经济开发区沃达试验场进行了长期的运行和测试，在灌溉、施肥、环境监测等领域取得了良好的应用效果。远程精确的远程控制也受到了客户的青睐。关键词：物联网、智能灌溉、无线传感、云平台AbstractAgriculturalirrigationisanimportantpartofagriculturalproductionprocessandakeyfactortoincreasefoodproduction.Althoughthepercapitawaterconsumptionofourcountry,thewasteofresourcesisincreasingbecauseofthelargeirrigationarea.Althoughtheapplicationofpipelineirrigationtechnologyhasreducedthewasteofwatertosomeextentinrecentyears,thelarge-scaleagriculturalmodelneedstheprecision,automationandintelligenceofirrigationtechnology.Thisresearchonintelligentlandirrigationsystemforlowcost,highenergyefficiency,irrigationandnetwork-basedagricultureinvolvesthetechnicalandbusinessneedsofthesystem,namely,thecognitive,networkandapplicationlevels.Throughremotesensingtechnology,intelligentirrigationsystemcanaccuratelydetectenvironmentalparameterssuchassoilmoisture,surroundinghumidity,carbondioxideconcentrationandlightintensity.Theapplicationofwirelesssensortechnology(includingtechnologyandLaura)includesdownloadinginformationandissuinghostcontrolinstructions.Bycombiningthecontrolcircuitwiththeunitprogram,theoperationmodeofelectricalequipmentsuchasirrigation,reargunandfertilizerpumpcanbestrictlycontrolled.Throughcloudservicetechnology,backgrounddevicesanddatabasesarebeinginstalledtodisplaydatathroughnetworkterminalsandmobilephones.Thethreestructuresofthesystemaretwo-waytransfer.Thestaffcanalsomakequickandeffectivedecisionsbasedonthecollectedinformation,andthenmakeremotecontrolinstructionsforoperatingequipment.Theintelligentagriculturalirrigationsystemcombinessensors,agriculturalequipment,controlstationsandcloudservices,usingradiotechnology,soastomakeirrigationmoremodernandautomatic,reducelaborforce,improvewaterefficiency,avoidtheuseoffertilizer,andoverinvestmentmaycausepollution.TheintelligentirrigationsystembasedontheInternetofthingsdesignedinthispaperhasbeenoperatedandtestedforalongtimeintheVodaexperimentalfieldofJinghaiEconomicDevelopmentZone,Tianjin,andhasachievedgoodapplicationresultsinirrigation,fertilization,environmentalmonitoringandotherfields.Remotepreciseremotecontrolisalsofavoredbycustomers.Keywords:InternetofThings；intelligentirrigation；wirelesssensing,；cloudplatform目录*第一章绪论...................
