A Study on Fault Tolerance Technique for AGR-MAC Protocol Based Sensor Networks

Myeongseung Han, Eunsung Cho, Jun-Hyuk Lee, Intae Ryoo
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引用次数: 1

Abstract

Sensors collect data in many ways and provide various services based on that data. Sensors can be distributed or placed anywhere unreachable from human beings. In wireless sensor network environment, it is hard to replace sensor nodes when they fail to operate. In an anchor-based group relay MAC(AGR-MAC), an anchor node can be isolated when any other anchor nodes do not exist in the communication range. And data collected into isolated sensor nodes could be discarded. In order for solving this kind of node isolation phenomenon, we have proposed isolation detection and recovery method for AGR-MAC and prevented the nodes from unwantedly discarding the data.
基于AGR-MAC协议的传感器网络容错技术研究
传感器通过多种方式收集数据,并根据这些数据提供各种服务。传感器可以分布或放置在人类无法到达的任何地方。在无线传感器网络环境中,当传感器节点无法正常工作时,很难对其进行替换。在基于锚点的组中继MAC(AGR-MAC)中,当通信范围内不存在任何其他锚点时,可以隔离一个锚点节点。采集到孤立的传感器节点的数据可以被丢弃。为了解决这种节点隔离现象,我们提出了AGR-MAC的隔离检测和恢复方法,防止节点不必要地丢弃数据。
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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