基于ARM的民族博物馆环境监控系统的设计和应用

Design and application of environment monitoring system for national museum based on ARM

针对蒙古族家具博物馆的室内环境参数,设计和实现了一种基于ARM9嵌入式技术和ZigBee技术的民族博物馆环境智能监控系统。该系统主要由无线传感数据采集系统、嵌入式监控中心、远程监控终端和执行单元组成。ARM监控中心通过PID算法控制执行单元进行加热、加湿和通风等措施,使民族文物重新回到最适宜的环境中。通过测试表明,该系统操作简单实用、运行稳定,能够很好地应用到蒙古族家具博物馆中。

In view of the indoor environment parameters of Mongolian Furniture Museum, an intelligent monitoring system for national museum environment based on ARM9 embedded technology and ZigBee technology is designed and implemented. The system is mainly composed of wireless sensing data acquisition system, embedded monitoring center, remote monitoring terminal and execution units. The heating, humidiifcation or ventilation of execution units is controlled by ARM monitoring center through PID algorithm to make the ethnic relics back to the optimal environment. Tests show that the system is simple, practical and stable, which can be well applied to the Mongolian Furniture Museum.