Design and application of smart agriculture monitoring system based on Internet of Things technology

In the process of modern agricultural construction, the rapid development of smart agriculture has promoted the application of a large number of automation and intelligent equipment to realize the efficient utilization of agricultural resources and improve agricultural production efficiency. However, at present, there are still some limitations in the overall construction scheme of smart agriculture, such as real-time monitoring of equipment, data signal transmission management and intelligent adjustment and control, which further weakens the practical value of smart agriculture. Based on the actual project requirements, this paper will deeply explore the practicability of Internet of Things technology and intelligent control technology in the field of smart agriculture, and put forward a brand-new smart agriculture monitoring system, aiming at making up for many shortcomings at present and promoting the iterative upgrading of smart agriculture technology. Practice has proved that the whole system is based on ZigBee network, which realizes the interconnection of various sensors and hardware devices. At the same time, the fuzzy neural network PID control model will be cited to support users to complete the monitoring and control of sensors and hardware devices through human-computer interaction interface, so as to significantly improve the intelligent level of agricultural production and the flexibility of management mode, and make a beneficial attempt for the in-depth development of smart agriculture.