基于云平台和物联网的分离式智能农业系统设计

我国是农业大国，农业现代化是我国全面建成小康社会的重要基础。物联网与云技术的发展，给农业现代化的进一步推进提供了强有力的技术支撑。智能农业系统由多个层面组成，在传统的架构中，物联网部署与智能应用是相互依赖的，这种依赖严重地掣肘了智能农业系统的开发拓展。设计了基于云平台的前后端分离式现代智能农业系统框架，降低了前后端的依赖性，允许前后端的项目团队独立并行开发、拓展并进行测试，这样构架极大地缩短了项目的开发时间。同时以智能浇灌系统开发为例，简单地讲述了基于分离式现代智能农业系统框架的功能开发过程。

Design of Separate Intelligent Agriculture System Based on Cloud Platform and IOT

China is a big agricultural country, and agricultural modernization is an important foundation for building a well-off society in an all-round way. The development of the Internet of Things and cloud technology has provided strong technical support for the further advancement of agricultural modernization. The intelligent agricultural system consists of multiple layers. In the traditional architecture, IoT deployment and intelligent applications are interdependent. This dependence seriously hampers the development and development of intelligent agricultural systems. This paper designs a cloud-based platform for separating the front and rear end of the modern intelligent agriculture system, which reduces the dependence of the front and back ends, allowing the project teams at the front and the back to independently develop, expand and test in parallel, which greatly shortens the development time of the project. At the same time, this paper takes the development of intelligent watering system as an example, and briefly describes the function development process based on the framework of the separate modern intelligent agricultural system.