基于变论域模糊控制的玫瑰种植园环境监测系统

Environmental monitoring system of rose plantation based on variable universe fuzzy control

为了对温室玫瑰种植进行高精准的温度控制,设计了基于变论域模糊控制的玫瑰温室智能监测系统,该系统由智能网关控制器、远程监控中心、温室信息采集模块、指令执行模块、服务器管理平台等五个部分组成。智能网关控制器是整个智能系统的中枢,用于接收、发送控制指令以及环境参数信息;远程监控中心有APP端和PC端两种监控方式;整个系统节点通过ZigBee技术进行组网并通过物联网网关和GPRS网络进行数据传输。该监测系统设计了变论域模糊控制器,解决了传统模糊控制方法不适合高精度控制的问题,减少了系统的响应时间,提高了系统的稳定性和控制精度。试验结果表明,该系统运行稳定,达到了预期效果,并提高了能效。

In order to carry out high-precision temperature control for rose planting in greenhouse, this paper designs an intelligent monitoring system for rose greenhouse based on variable universe fuzzy control. The system is composed of five parts: intelligent gateway controller, remote monitoring center, greenhouse information acquisition module, instruction execution module and server management platform. The intelligent gateway controller is the hub of the entire intelligent system, which is used to receive and send control instructions and environmental parameter information;the remote monitoring center has two monitoring methods: APP and PC;the entire system nodes are networked through ZigBee technology and through the Internet of Things Gateway and GPRS network for data transmission.The monitoring system designs a variable universe fuzzy controller, which solves the problem that the traditional fuzzy control method is not suitable for high-precision control, reduces the response time of the system, enhances the stability of the system and improves the control accuracy. Tests show that the system can operate stably, achieve the expected effect, and improve the energy utilization rate.