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Case study of Tsunami warning system using RTK GPS method

机译:用RTK GPS方法对海啸预警系统的案例研究

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A reliable Tsunami detection system is vital importance in protecting mankind from disasters. Real Time Kinematic-Global Positioning System (RTK-GPS) is considered to be the promising GPS techniques due to its reliability and accuracy to minimize complexity in establish and maintenance with existing BPR. In the present study we have used RTK-GPS to find the sea water elevation difference in the detection of tsunami. Comparison is done between tsunami height data obtained from coastal tidal stations/offshore wave stations by using green's law with data obtained from RTK-GPS system and tsunami frequency spectrum are separated from actual tidal wave observation Another added advantage of this method is that it also produces a reliable estimate of the destructive potential of a tsunami within minutes of detection before tsunami reaches the coastal areas. By developing a global tsunami warning system utilizing an expanded network of coastal GPS stations may be effective in detection of tsunamis.
机译:可靠的海啸检测系统对保护人类免受灾害的重要性至关重要。实时运动 - 全球定位系统(RTK-GPS)被认为是具有可靠性和准确性的有前途的GPS技术,以尽量减少现有BPR的建立和维护中的复杂性。在本研究中,我们使用RTK-GPS找到海啸检测海水升高差异。比较在从沿海潮汐站/海上波浪站获得的海啸高度数据之间通过使用绿色的法律,利用从RTK-GPS系统获得的数据,海啸频谱与实际潮汐波观察分离出该方法的另一个额外的优势是它也产生在海啸到达沿海地区的检测分钟内,对海啸的破坏性潜力可靠估计。通过开发利用沿海GPS站的扩展网络的全球海啸预警系统可能有效地检测海啸。

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