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Recognition system of Underground Object Shape using ground penetrating radar datagram

机译:地下对象形状的识别系统使用地面穿透雷达数据报

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Objects that have been buried underground cannot be recognized due to the opaqueness of the soil. To recognize objects that have been buried, ground penetrating radar (GPR) by the assistance of computer-aided system was used. This paper proposes the latter, which is called the Recognition System of Underground Object Shape using GPR datagram. The hyperbola from cylinder and cube metal object that had been buried in the ground is differentiated using two features of their respective A-scans. The two features are skewness and standard deviation. The percentage accuracy using Artificial Neural Network (ANN) Classification System approach was used to determine the shape of underground object. This technique was applied on 102 datagram in the form of A-scans signal using GPR. Results collected have shown very high percentage of accuracy. Therefore, it is suggested that this technique is capable to obtain shape of underground with the assistance of GPR.
机译:由于土壤的不透明,无法识别已经埋在地下的物体。为了识别已被埋下的对象,使用了通过计算机辅助系统的帮助来掩埋的地面穿透雷达(GPR)。本文提出了后者,它使用GPR数据报称为地下物体形状的识别系统。来自地面埋在地面的气缸和立方体金属物体的双曲线使用各自的A扫描的两个特征来区分。这两个特征是偏斜和标准偏差。使用人工神经网络(ANN)分类系统方法的百分比精度来确定地下物体的形状。使用GPR的A-Scans信号形式的102个数据报施加该技术。收集的结果表明了百分比的准确性。因此,建议该技术能够在GPR的帮助下获得地下的形状。

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