Intelligent Internet Control And Management System Based On Internet Of Things

With the rapid development of the Internet of Things technology and the popularization and application of the application,the technology is gradually applied to the agricultural field.It's affection that applying internet of thing technology to agricultural management promotes the rapid development of the agricultural industry.The paper applies internet of thing technology to solve the problems of high cost and difficulty in management of traditional agriculture,to realize real-time detection and intelligent management of crop growth status,and remote control of equipment,changing the traditional agricultural planting model.The paper mainly designs and analyzes from three parts,including data transmission,storage and query of monitoring center data,and equipment control.The main contents are as follows:(1)The design of the data transmission part,the main control chip transmits the collected data to the SIM800 module through the serial port,and then transmits the data to the monitoring center via the wireless network.(2)Real-time monitoring center data storage and query.The software design of the monitoring center is based on the MyEclipse development environment,adopts the B/S architecture,uses Java and JavaScript language to design,and uses the server built by Tomcat to publish information,completing the function of data storage and query,The monitoring center are allowed users to access within a local area,(3)Implement the control function of the equipment,when the detected data exceeds the set threshold range,the control instruction sent by the monitoring center,the command is transmitted to the main control chip via Ethernet to control the switching operation of the relay.After the system test and operation results show that the system can realize the following functions:(1)achieve real-time monitoring of crop growth environment;(2)collect farmland environmental parameters and Crop growth status information store in a database to provide a basic information base for the development of modern agriculture;(3)Remote control of equipment can be realized;(4)Agricultural managers can view the environmental parameters and growth status of crops in real time and realize science Management.