物联网技术在微缩模型天气模拟控制器中的集成与优化分析
Integration and Optimization Analysis of Internet of Things (IoT) Technology in Micro Model Weather Simulation Controller

为应对传统微缩模型天气模拟控制器中天气效果模拟的高人工成本、材料浪费和操作不便等问题，本项目采用物联网技术，基于STM32单片机与集成电路控制板，结合Python和C语言进行编程，并利用MQTT通讯协议实现手机端远程控制，能够更好地模拟多种天气效果并实时调控。与传统微缩模型天气模拟控制器相比，物联网技术的应用使微缩模型天气模拟控制器在资源利用率和操作便利性方面提升较大，从结果上看，采用物联网技术的微缩模型天气模拟控制器在集成与优化方面对比传统方式具有显著优势。
In order to deal with the problems of high labor cost, material waste and inconvenience of weather effect simulation in the traditional micro-model weather simulation controller, the project adopts Internet of Things technology, based on STM32 single-chip microcomputer and integrated circuit control board, combined with Python and C language, and uses MQTT communication protocol to realize remote control on the mobile side. It can better simulate various weather effects and control in real time. Compared with the traditional micro model weather simulation controller, the application of the Internet of Things technology has greatly improved the micro model weather simulation controller in terms of resource utilization and operation convenience. From the result, the micro model weather simulation controller using the Internet of Things technology has significant advantages in integration and optimization.