Remote Monitoring System of Digital Agricultural Greenhouse Based on Internet of Things

Abstract

In the actual operation process of the conventional digital agricultural greenhouse monitoring system, there are problems such as limited monitoring scope and large deviation between the monitoring results and the actual situation of the greenhouse. To solve this problem, a new remote monitoring system is proposed by introducing the technology of the Internet of Things. On the basis of the completion of the hardware design of the remote monitoring system, the optimal fusion data value of the remote monitoring of the digital agricultural greenhouse is obtained by establishing the monitoring data fusion model. The particle swarm optimization fuzzy control algorithm is designed to optimize the adaptive remote monitoring process of the system dynamically. The Internet of Things technology is used to deploy the remote monitoring system of digital agricultural greenhouses online to fully ensure the quality and timeliness of the remote monitoring system. The test results show that the new system can significantly improve the greenhouse remote monitoring deviation, and the monitoring value is close to the actual value.

Design of LABVIEW-based UAV Online Monitoring and Security Situation Assessment System

“…A real-time urban air quality monitoring system based on wireless sensor networks was designed to solve the problems of high cost and inability of simultaneous multi-point real-time online monitoring of the traditional air quality monitoring method combining manual sampling and laboratory analysis. Literature [23] proposed a novel remote monitoring system for digital agricultural greenhouse inspection system. The remote monitoring system for digital agricultural greenhouses is deployed online using IoT technology to fully ensure the quality and timeliness of the remote monitoring system.…”