Design And Implementation Of Smart Agriculture Irrigation System Based On Spring Cloud

With the rapid development of information technology,technologies such as the Internet of Things,big data and cloud computing are becoming more and more widely used.At present,agricultural irrigation generally uses flood irrigation and other methods.The irrigation efficiency and accuracy of these traditional irrigation methods are relatively low,and the water resources are not fully utilized.In order to change this situation and improve the level of agricultural irrigation,the application of Internet of Things,big data and cloud computing to agricultural irrigation has gradually highlighted its importance.To this end,this paper designed a set of intelligent agricultural irrigation cloud platform system,which consists of database Mongo DB and My SQL,back-end framework Spring Cloud,front-end framework Vue and field equipment.First,the database table design is designed according to the business requirements to achieve the multi-table viewing function,and then the MVC mode is used to develop the back-end system interface to implement the core logic processing of the business module and the operation of the database process.A functional module develops the front-end system page,and finally performs system debugging on each function according to the project requirements.The debugging can be applied only after it is correct.Convert equipment agreements such as soil moisture,weather stations,solenoid valves,power control gateways,water and fertilizer integrated machines into Java language to enable platform and equipment to communicate through GPRS.Through equipment docking and front and back frame interconnection,use field equipment to collect field data and uploaded data to the smart irrigation cloud platform.The application of sensors provides users with accurate and effective real-time data,which avoids blind operation,and realizes the transition from traditional agricultural irrigation to modern smart agricultural irrigation.The system abandons the traditional J2 EE framework and uses Spring Cloud as the technical support to optimize the overall performance of the system,making the system more flexible and faster,The use of this system provides a technical basis for smart agricultural irrigation.