Design And Implementation Of Intelligent Greenhouse Remote Monitoring System Based On Android

With the vigorous development of China's agricultural informatization,greenhouse remote monitoring system has been greatly improved in technology and scale,but compared with the remote monitoring system of some developed countries,there is a certain gap between the degree of perfection of Intelligent Greenhouse in our country,the stability of production facilities and the level of modernization.The 2016 central document has been referred that vigorously promote the" Internet plus "modern agriculture,utilize a range of technique to promote the upgrading of agricultural industry chain.Such as Internet of things,cloud computing,big data,mobile Internet and other modern information technology."Internet plus" represents the development of modern agriculture in a new direction and new trends,but also provides a new method for the path and the transformation of agricultural development mode.With the continuous development of network technology and intelligent mobile phone,provides a good hardware platform and high-speed communication network foundation for the development of Intelligent Greenhouse Monitoring System in our country,the use of intelligent mobile phone remote monitoring has become a major trend of intelligent greenhouse monitoring,the greenhouse workers not at the scene of the case,also can receive from the greenhouse environment information,alarm and control the camera view whenever and wherever possible,the scene,the peripheral operation control relay.This topic is to design and develop a set of intelligent greenhouse remote monitoring system based on Android.Through the analysis of system requirements,the overall design of the system consists of three parts:the first part includes information acquisition equipment Raspberry PI development board and camera,relay,temperature and humidity sensor etc.and a storage section;the second part includes the B/S framework and MVC Web terminal control center,the data were extracted;the third part includes is the remote control of mobile Android and PC terminal based on the extracted information corresponding to the display in the form of images,and control the operations of the system.Finally,after the system has been tested,the system will store the temperature and humidity data to MySQL database,and the PC client would read the database data,and generates a corresponding image line of its temperature and humidity,it also can send remote control commands.On mobile client,the data traffic through the Internet,we can achieve the same remote monitoring effect from our phone.