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Kirchoff Migration Algorithm for Ground Penetrating Radar Data

机译:探地雷达数据的基尔霍夫偏移算法

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Estimation the shape and position of the objects is an important subject in ground penetrating radar (GPR). Migration method in domain of seismic techniques is effective to locate and reshape the objects. Kirchoff migration method is based on electromagnetic wave equation. It is an accurate calculation method. Kirchoff migration method has widely adaptabilities with different horizontal and vertical velocity of electromagnetic wave, and the computation time is acceptable. In this paper, migration imaging principle is been introduced at first, then Kirchoff migration method is been discussed. By dealing with GPR simulation and experiment image, it shows that the Kirchoff Migration method used in GPR imaging is effectiveness and stability.
机译:估计物体的形状和位置是探地雷达(GPR)的重要课题。地震技术领域中的偏移方法可以有效地定位和重塑物体。基尔霍夫迁移法基于电磁波方程。这是一种精确的计算方法。 Kirchoff迁移方法在电磁波的水平和垂直速度不同的情况下具有广泛的适应性,并且计算时间是可以接受的。本文首先介绍了迁移成像原理,然后讨论了基尔霍夫迁移方法。通过对GPR仿真和实验图像的处理,表明GPR成像中使用的Kirchoff迁移方法是有效和稳定的。

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