实现基于单片机的农业监测控制系统Realization of agricultural monitoring and control system based on single chip microcomputer内容摘要随着人工智能技术的不断进步，物联网技术与日常生活逐渐紧密相关，越来越多的农业检测控制系统实现智能化处理，大大节省了人力物力，有效提高农业领域的管理效率，推动产业的迅速发展。针对传统农业领域管理复杂、不能有效监控农业温湿度的问题，本文利用人工智能技术，基于 STM32 嵌入式设备有效对农产品的生长环境进行实时监控并采取智能化管理模式，构建智能化农业监控系统，实现系统的实时监控及智能化处理。本文主要实现的工作如下：(1)针对农业领域农作物生长环境的温度不能实时监控，导致农作物过热产量下降的问题，结合物联网技术，基于 STM32 嵌入式设备，利用温度传感器实时监控环境温度数据，设计电机驱动电路，结合风扇有效对农作物实现降温处理。(2)针对农业领域农作物生长环境的湿度不能有效监控，导致农作物旱死或涝死问题，基于 STM32 嵌入式设备，利用湿度传感器有效监控环境湿度，设计继电器驱动电路，有效对农作物实现灌溉，又或是切换模式，实行定时灌溉。关键词： 物联网；温度监控；湿度监控；STM32AbstractWith the continuous advancement of artificial intelligence technology, the Internet of Things technology is gradually closely related to daily life. More and more agricultural detection and control systems realize intelligent processing, which greatly saves manpower and material resources, effectively improves management efficiency in the agricultural field, and promotes industrial Rapid development. In order to solve the problem of complex management in the traditional agricultural field and unable to effectively monitor agricultural temperature and humidity, this article uses artificial intelligence technology to effectively monitor the growth environment of agricultural products in real time based on STM32 embedded devices and adopts intelligent management mode to build an intelligent agricultural monitoring system Realize real-time monitoring and intell...
