基于Andriod平台的WIFI温度监测系统设计--毕业论文.doc

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基于Andriod平台的WIFI温度监测系统设计

摘要：本课题研究的是温度度的智能化采集，远程传输和实时监控通过选取的主控为新一代的8051单片机15W4K32S4，通过串口，网络传输等方式与ESP8266wifi模块，能够实现远程温度测控的功能。用户则可以通过app实时查看和控制，APP开发平台为Android平台，开发的APP功能包括：与开发板搭建的TCPServer实现连接；实现与手机用户的人机交互；将手机用户的操作转换为信息通过手机的wifi模块传入远程单片机平台。同时，为了实现对于ESP8266WIFI模块的控制，系统选用15W4K58S4作为控制核心，配合串口队列，可以实现对于ESP8266模块的及时控制与响应。系统还附带了DHT11温湿度采集模块，可以实现对于环境温度的实时监测，用户可以通过安装相应应用，连接网络实时查看温度数据控制温度调节设备的开关。本系统可以协助用户使用移动端，远程读取测控温度。掌握新一代高性能单片机15W4K32S4的使用方法，将其通过串口，网络传输等方式与ESP8266wifi模块，手机应用相连接。
关键词：单片机STC15W4K32S4；ESP8266wifi模块；app；Android

IntelligentclassroomdesignsystemofBaojiUniversitybasedonInternetofthings

Abstract：Thistopicisthestudyofthetemperaturedegreeofintelligentacquisition,remotetransmissionandreal-timemonitoringbychoosingmaster15w4k32s4foranewgenerationof8051singlechipmicrocomputer,throughaserialport,networktransmissionwayandtheESP8266wifimodule,canrealizethefunctionofremotetemperaturemeasurementandcontrol.Theuserwillbeapptocheckandcontrol,real-timeappdevelopmentplatformfortheAndroidplatform,thedevelopmentoftheappfeaturesinclude:developmentboardstructures,theTCPServerimplementationandconnectivity;Withmobilephoneusersinhuman-computerinteraction;Transformstheoperationofmobilephoneusersforinformationthroughthemobilephonewifimoduleintotheremotesingle-chipmicrocomputerplatform.Atthesametime,inordertorealizethecontroloverESP8266WIFImodule,thesystemselectsthe15w4k58s4ascontrolcore,cooperatewithserialqueue,canbeachievedforESP8266modulecontrolandresponseinatimelymanner.SystemalsocomeswithDHT11temperatureandhumidityacquisitionmodule,canrealizereal-timemonitoringfortheenvironmenttemperature,theusercaninstallthecorrespondingapplicationofconnectednetworkreal-timeswitchtocheckthetemperaturedatacontroltemperaturecontrolequipment.Thissystemcanhelpuserstousethemobileterminal,remoteaccessandcontrolthetemperature.Tomastertheuseofanewgenerationofhigh-performancemicrocontroller15w4k32s4method,itsviaaserialport,networktransmissionwayandtheESP8266wifimodules,suchasmob