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首页> 外文会议>Progress In Electromagnetic Research Symposium >Ground based synthetic aperture radar for land deformation monitoring: Preliminary result
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Ground based synthetic aperture radar for land deformation monitoring: Preliminary result

机译：用于土地变形监测的地基合成孔径雷达：初步结果

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Hazards due to ground movements and instability in man-made structures can lead to considerable human and economic losses. The decrease of permafrost areas, changes in precipitation patterns and increase of extreme weather which due to the recent climate change is actually influencing the weather-related mass movement activities. In Malaysia, landslide is the most commonly seen land deformation issue for the past few years. Therefore, an efficient tool to monitor the potential land deformation area is needed. In this study a ground-based synthetic aperture radar (GBSAR) is used to continuous monitor the high risk area which prone to landslide in Malaysia. Preliminary testing of the GBSAR has been conducted in Cameron Highland, Malaysia to verify the performance of the GBSAR and its capability of detecting landslide. The paper introduces the GBSAR system used in this study as well as the preliminary field experiments using this new system.
机译：由于地面运动和人造结构的不稳定性造成的危险可能导致巨大的人员和经济损失。由于最近的气候变化，多年冻土面积的减少，降水模式的变化和极端天气的增加实际上正在影响与天气有关的群众运动。在马来西亚，滑坡是过去几年中最常见的土地变形问题。因此，需要一种有效的工具来监测潜在的土地变形区域。在这项研究中，地面合成孔径雷达（GBSAR）用于连续监测马来西亚容易发生滑坡的高风险区域。 GBSAR的初步测试已在马来西亚金马仑高原进行，以验证GBSAR的性能及其探测滑坡的能力。本文介绍了本研究中使用的GBSAR系统以及使用该新系统的初步现场实验。

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