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    基于ZigBee的客车环境监测实验系统设计

    2013-08-07 中国测试期刊

    吴远星, 王雪梅, 倪文波
    (西南交通大学机械工程学院,四川 成都 610031)
    摘  要:为更方便地获取客车车厢内部环境参数,设计基于ZigBee无线传感器网络的客车环境参数监测实验系统。整个实验系统主要由多个ZigBee无线采集模块、路由器、协调器以及上位机软件组成,协调器汇集系统中分布于空间不同位置的多个采集节点采集的车厢内部温湿度、CO浓度和气压等数据,并实时传送至上位车辆管理计算机,上位机程序采用LabVIEW编写。实验表明:所设计的无线传感器网络监测实验系统使用方便、性能良好,达到预期设计的要求。
    关键词:铁路客车;车内环境参数;分布式实时监测;ZigBee技术
    中图分类号:V469.1;TP277;X830.2;TN926+.23      文献标志码:A       文章编号:1674-5124(2013)04-0101-04
    Design of vehicle interior environment monitoring system based on ZigBee
    wireless sensor networks
    WU Yuan-xing, WANG Xue-mei, NI Wen-bo
    (School of Mechanical Engineering,Southwest Jiaotong University,Chengdu 610031,China)
    Abstract: In order to acquire the vehicle interior environment parameters more conveniently, an experimental system was designed for monitoring the vehicle environment with ZigBee wireless sensor networks. The system consists of the host computer software and multiple ZigBee devices including several wireless acquisition modules, routers and one coordinator. The coordinator collects the date of temperature, humidity, CO concentration and air pressure etc., which are from the wireless acquisition modules distributed at different positions inside the interior space of vehicle, and it transfers these data to the vehicle management computer in real-time. The host computer program based on the LabVIEW platform can not only display the environmental parameters and corresponding network topology in real-time, but also provide a rich interactive user interface. The experimental results show that the system performed well, and achieved the expected design functionality requirements.
    Key words: train vehicle; interior environment parameter; distributed real-time monitoring; ZigBee
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