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Design Architecture of Glacier Lake Outburst Flood (GLOF) Early Warning System Using Ultrasonic Sensors

机译:使用超声波传感器设计冰川湖爆发洪水(GLOF)预警系统的设计建筑

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The glaciers in the Himalayan region are nature's valuable source of fresh water and these frozen reservoirs release large amounts of ice melt water to many of the major rivers of this region. Rapid accumulation of water in the glacial lakes can lead to a sudden breach of their unstable moraine `dams'. The resultant discharges of huge amounts of water and debris - a Glacial Lake Outburst Flood (GLOF)/Flash Flood - often have catastrophic effects downstream. The Centre for Development of Advanced Computing (C-DAC) has developed ultrasonic sensor based monitoring system, which continuously records the fluctuations in water level as well as the ice thickness which forms over the lake surface. The sensor electronics is in link with Satellite through DRT payload of INSAT-3C. This is first-of-its-kind system in the country and will be a great boon to the nation in the area of disaster forecast and management. Currently, the system is deployed at Shako Chho (4987 m above msl) and Kupup Chho (3982 m above msl) glacial lakes.
机译:喜马拉雅地区的冰川是大自然的淡水宝贵来源,这些冷冻水库释放了大量的冰融水,给了这个地区的许多主要河流。冰川湖中的水的快速积累可能导致突然违反其不稳定的冰碛“水坝”。所得到的巨大水和碎片的排出 - 冰川湖爆发洪水(GLOF)/闪光洪水 - 通常具有下游的灾难性影响。高级计算(C-DAC)的开发中心开发了基于超声波传感器的监控系统,该系统连续记录水位的波动以及在湖面形成的冰厚度。传感器电子设备通过INSAT-3C的DRT有效载荷与卫星连接。这是该国的一流系统,将在灾难预测和管理领域成为国家的伟大福音。目前,该系统部署在Shako Chho(MSL上方4987米上方)和Kupup Chho(3982米以上MSL)冰川湖泊。

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