摘要
针对空气质量智能监测与管理的问题,提出了一种基于EnOcean和GPRS技术相结合的空气质量监测系统。上述系统以硬件搭建和软件仿真相结合的方式,通过采用新型的EnOcean无线无源通信技术建立无线传感网络进行数据采集与传输,经GPRS模块将采集到的数据发送到监控中心,以ARM Cortex-M3为核心处理器完成整个系统的调试、复位等功能以及连接EnOcean通讯模块和GPRS无线模块,用于控制、协调网关的工作运行。利用主机分析软件LabVIEW完成对每个节点的实时监控并对其进行分析、存储。实验表明,上述系统布线简单、运行可靠、实时性强、具有一定的研究价值。
An air quality monitoring system based on EnOcean and GPRS technology is proposed to achieve intel-ligent monitoring and management of air quality. This system uses the new EnOcean wireless passive communication technology to build the wireless sensor network to collect and transmit the data. The GPRS module sends the collected data to the monitoring center, ARM Cortex - M3 is used as the core processor to complete the whole system debugging, reset and other functions, as well as connecting EnOcean communication module and GPRS wireless module for the control and coordination of the work of the gateway operation. Analysis software LabVIEW performs real - time monitoring of each node and analyzes and stores it. The experimental results show that the system is simple in wiring, reliable in operation and strong in real -time, and has certain research value.
作者
钱平
李伟
鲁国庆
LI Wei QIAN Ping LU Guo - qing(Electrical Engineering Institute, Shanghai Institute of Technology, Shanghai 201400, China)
出处
《计算机仿真》
北大核心
2017年第6期407-410,共4页
Computer Simulation
基金
上海市科促会联盟计划项目(LM201436)
关键词
无线传感网络
实时监控
仿真
Wireless sensor network
Real - time monitoring
Simulation
