Fault tolerant wireless sensor network for remote data acquisition

R. K. Mugelan, M. Alsath, V. Yokesh
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引用次数: 2

Abstract

This paper enables the personnel to monitor and acquire data from hazardous environments where the human inspection is difficult. The wireless sensor motes are developed for measuring the real-time parameters like temperature, humidity, pressure etc. Further ZigBee protocol has been utilized to enable Inter networking of sensor motes which allows the personnel to aggregate data which makes the available data more reliable. The data sensed by different motes are communicated to the cluster head. The cluster head performs data aggregation which is then communicated to the officials through GSM technology. Whenever the measured real time data crosses a predefined threshold, a complete picture of the environment is sent to the official's mobile as MMS. Failure of any node wont affect the Data Aggregation and data from the remaining node can be used to know about the Environment. The proposed algorithm is built using Atmel Processor and the results are presented.
用于远程数据采集的容错无线传感器网络
本文使人员能够监控和获取人类难以检测的危险环境中的数据。开发了用于实时测量温度、湿度、压力等参数的无线传感器。此外,还利用ZigBee协议实现传感器节点的互连网络,使人员能够聚合数据,从而使可用数据更加可靠。不同节点感知到的数据被传送到簇头。集群头执行数据聚合,然后通过GSM技术与官员通信。每当测量的实时数据超过预定义的阈值时,一幅完整的环境图像就会以彩信的形式发送到官员的手机上。任何节点的故障都不会影响数据聚合,剩余节点的数据可用于了解环境。在Atmel处理器上构建了该算法,并给出了结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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