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Clutter reduction techniques of ground penetrating radar for detecting subsurface explosive objects

机译：用于检测地下爆炸物体的地面渗透雷达的杂波减少技术

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Ground Penetrating Radar (GPR) is a method based on propagation of electromagnetic waves to detect shallowly buried objects and also gives the depth of buried objects. The land mines are made out of plastic and less metallic. Without signal processing it is difficult to detect these explosive objects using GPR. The presence of clutter makes GPR-based landmine detection difficult. Most contributions in this area deal with clutter reduction techniques. There are many signal processing techniques in the literature that have been successfully applied to GPR data for the detection of subsurface explosive objects. This paper covers various Clutter reduction techniques along with results and comparison with respect to SNR (Signal to Noise Ratio) and ROC (Receiver Operating Characteristic) curves.
机译：地面穿透雷达（GPR）是一种基于电磁波传播以检测浅埋物体的方法，并且还给出了埋藏物的深度。土地矿山由塑料和更少的金属制成。如果没有信号处理，难以使用GPR检测这些爆炸性物体。杂波的存在使得基于GPR的地雷检测难。该地区的大多数贡献处理杂波减少技术。文献中有许多信号处理技术，已成功应用于GPR数据以检测地下爆炸物体。本文涵盖了各种杂波减少技术以及与SNR（信噪比）和ROC（接收器操作特征）曲线的结果进行比较。

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