基于STM32和ZigBee的通用监测与控制系统设计

The design of a general monitoring and control system based on STM32 and ZigBee

摘要

针对传统监测控制系统存在布线复杂、灵活性不足的技术痛点,设计1种基于STM32与ZigBee的通用监测与控制系统,集传感器数据实时采集、无线传输及远程监测与控制于一体.该系统采用支持多类型传感器接入的通用性架构设计,提升系统适配能力;依托STM32微控制器与ZigBee技术的低功耗特性,延长设备续航周期;借助ZigBee技术的高效数据传输机制,保障信息交互的实时性与可靠性;集成移动端App远程监测与控制功能,提升系统操作便捷性.验证结果表明,该系统在数据完整性、运行稳定性及综合性能方面均实现了预定设计目标,可广泛应用于智能家居、环境监测等多元场景,为无线传感器网络的实际应用提供了切实可行的解决方案.

Abstract

To solve the problems of complex wiring and limited flexibility in traditional monitoring and control system, a general monitoring and control system based on STM32 and ZigBee was designed, which integrated real-time sensor data acquisition, wireless transmission and remote monitoring and control functions. The system adopted a universal architecture design that supported multi-type sensor access to enhance system adaptability. With the low-power features of the STM32 microcontroller and ZigBee technology, the device's battery life was effectively extended. Leveraging the efficient data transmission mechanism of ZigBee technology, real-time and reliable information exchange was ensured. The system also incorporated a mobile App for remote monitoring and control functions to improve the system's operational convenience. Experimental results demonstrate that the system achieves the expected design objectives in terms of data integrity, operational stability and overall performance, making it applicable to diverse scenarios such as smart homes and environmental monitoring, thus providing a practical and feasible solution for the practical application of wireless sensor networks.

关键词

STM32 / ZigBee / 无线传感器 / 数据传输 / 远程控制

Key words

STM32 / ZigBee / wireless sensor / data transmission / remote control

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