Environmental Monitoring System based on Intelligent Control System for Monitoring Cyclocarya Paliurus Cutting Seedlings by Sensor Network

Design an environmental monitoring system based on intelligent control algorithm and Internet of Things technology. With single-chip microcomputer as the control core, it uses multiple sensors to detect the state of Cyclocarya paliurus serrata in real time, and realizes closed-loop adjustment of water temperature, water quality, light quantity and other state quantities through fuzzy control algorithm. Different cutting substrate humidity and cutting air humidity have significant effects on the rooting rate of Cyclocarya longifolia cuttings. For Cyclocarya longiflora cuttings in summer, the air humidity is controlled at about 70%, and the activity of peroxidase (POD) shows an "up-decrease-" "Rising" trend of change. But compared with the control, the change trend is obvious, and the average cycle is about 5 days earlier.