基于 STM32自研多任务+SpringBoot+Vue 农业大棚智能调光系统

工作以后常常容易感到疲于奔命，即使在周末也没有得到高质量的休息。打工人/学生党如何过周末？你有哪些延长周末和下班时间的好方法吗？- 方法就是多积累，多发博客，将感悟全写出来！！，接下来我给大家展示一个课程设计：源码和硬件端代码太多就不与展示在博客中了，而是放在该博客的资源绑定中，大家如果有兴趣可以参考一下。前后端代码保存在我的资源中

我的主要任务：

1. 后端获取STM32开发的信息，并能与之完成串口通信 

2. 前端页面的编写，完成前后端的交互

3. （硬件端）根据自定义参数编写智能补灯函数

基于 STM32自研多任务+SpringBoot+Vue 

农业大棚智能调光系统

摘要

        科技兴农是农业发展的必由之路,通信技术融入到传统农业大棚环境监测是其典型代表。为确保农业大棚设置合理的照明系统,必须对大棚内光照强度进行精度监测。针对当前棚内照明强度不能调节、布线复杂、成本高等缺点,提出了一种基于stm32技术的智能调节灯光强度系统。

        我们所提出的智能灯光控制系统，能够根据当前设置的大棚所需要的光照阈值来确定是否需要进行大棚补光,并且可以根据当前光照实时改变补光强度，并且能够在客户端实时观测到当前大棚的自然光照强度和补光强度。如果阈值设置不合理蜂鸣器也是进行报警提醒。

关键词：智能补光、stm32、SpringBoot、农业大棚

Based on STM32 Self developed multitasking + SpringBoot+Vue

Automatic lighting system for agricultural greenhouses

Abstract

        Promoting agriculture through technology is the necessary path for agricultural development, and the integration of communication technology into traditional agricultural greenhouse environmental monitoring is a typical representative. To ensure a reasonable lighting system for agricultural greenhouses, it is necessary to accurately monitor the light intensity inside the greenhouses. A smart light intensity adjustment system based on STm32 technology is proposed to address the current shortcomings of unadjustable lighting intensity, complex wiring, and high cost in the greenhouse.

        Our proposed intelligent lighting control system can determine whether greenhouse lighting is needed based on the current lighting threshold set for the greenhouse, and can change the lighting intensity in real time according to the current lighting. It can also observe the natural lighting intensity and lighting intensity of the current greenhouse in real time on the client.If the threshold setting is not reasonable, the buzzer will also provide an alarm reminder.

Keywords : Intelligent lighting, STM32, SpringBoot, Agricultural greenhouse.

一、绪论

1.1 选题背景

        传统的农业生产