一种用于减灾的无线传感器路由应用

Deep Jyoti Gogoi, Shounak Chakraborty, Ajoy Kumar Khan
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摘要

无线传感器网络可以为现实世界的真实性问题提供低成本的解决方案。传感器是低成本的微型设备,具有有限的存储、计算能力和功率。它们可以大规模部署,执行军事、民用和环境监测任务。本文重点研究了一种针对灾害缓解的无线传感器网络的专用架构,并开发了一种新的用于灾害监测和缓解的容错路由应用。这个方案可以在我们需要在灾难发生后继续监控的情况下使用,特别是在小地震和大地震通常接二连三发生的地震情况下,也可以在一些灾后救援服务中使用,比如检查道路可用性和救援伤亡人员。结果表明,尽管系统中的几个组件发生故障,该协议仍能继续运行,即容错。
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A noble wireless sensor routing application for disaster mitigation
Wireless sensor networks can provide low cost solution to verity of real world problems. Sensors are low cost tiny devices with limited storage, computational capability and power. They can be deployed in large scale for performing military, civilian and environmental surveillance tasks. The focus of this paper is a specialized architecture of wireless sensor networks targeted to disaster mitigation and have developed a new fault tolerant routing application for disaster monitoring and mitigation. This scheme can be used in cases where we need to continue our surveillance even after disaster, this happens specially in case of earthquake where minor and major seismic generally follow one after another and also in some post disaster relief services like checking of road availability and rescue of casualties. The resulting protocol is shown to continue operation in spite of breakdown of several components in the system i.e. fault tolerance.
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