Pilot deployment of early warning system for landslides in eastern himalayas: poster

Sangeeth Kumar, P. Rangan, M. Ramesh
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引用次数: 11

Abstract

Using wireless networks to connect and communicate between geological sensors is a more scalable and suitable way for designing landslide monitoring and warning system for larger areas spanning many acres. Added to this, if the system has the capability to function in solar power, then it becomes autonomous system with self-organizing and self-healing networks. But high terrain, steep slopes, dense vegetation and lack of light during monsoon season to generate solar power pose serious challenges to develop such an autonomous system with good wireless coverage. This paper is about efforts to design, develop and deploy one such landslide warning system in eastern Himalayas. Pilot deployment is already in place and full deployment is under progress.
东喜马拉雅山泥倾泻早期预警系统试验部署:海报
利用无线网络实现地质传感器之间的连接和通信,是设计大面积、多亩滑坡监测预警系统的一种可扩展性更强的方法。除此之外,如果系统有能力在太阳能中运行,那么它就会成为一个具有自组织和自修复网络的自主系统。但是,高地形、陡峭的斜坡、茂密的植被以及季风季节缺乏产生太阳能的光线,对开发这种具有良好无线覆盖的自主系统构成了严峻的挑战。本文是关于在喜马拉雅东部设计、开发和部署一个这样的滑坡预警系统的努力。试点部署已经到位,全面部署正在进行中。
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