Research On Data Acquisition System Of Maize Growth Environment Based On Wechat

With the extensive application of computer technology and the rapid development of Internet technology in recent years,the spread of smartphones has become more widespread,making communication and communication between people more convenient and rapid.This has also promoted the development and application of WeChat.At the same time,in recent years,various experts and scholars have also mushroomed on the application research and development based on WeChat.WeChat is also widely used by experts and scholars in various fields by its own extensive and age-free user users and relatively unified and stable application operating environment.At the same time,it can better excavate and discover potential users.At the same time,WeChat's own application operating environment has better compatibility and versatility,which greatly reduces the cost of development.In this paper,we propose a service platform based on WeChat platform to monitor the growth environment of corn in real time and provide some corresponding technical services for the necessary conditions for corn growth.Thus,the artificially interactive corn real-time monitoring system under the conditions of Internet of Things can monitor the growth environment of corn in real time and control the farmland in real time,providing new methods and ways for new agriculture under computer and Internet technology.Can give certain reference and suggestion.The specific research aspects of this paper mainly focus on the following two aspects: First,the main information transmission and real-time monitoring carrier uses the WeChat public number to integrate the main environmental index parameters and parameters of corn into the software system.And in the production development section to provide corresponding expert guidance and online consultation.Second,under the background of the software system,the hardware equipment of real-time monitoring and monitoring is improved,so as to realize the construction of real-time monitoring system for the entire corn growth environment.Third,the software and applications used in traditional monitoring systems are improved accordingly,and the limitations of the platform are exceeded,and the stable operation on Android and IOS systems is achieved.The convenience performance is higher,and the real-time update and transmission of information is guaranteed.And in the actual debugging and application,the functional testing and evaluation are carried out accordingly,and the system functions meet the expected requirements and standards.