Study of the detection capacity of a GPR system using wavelet waves in a dry clay soil

Javier Andres Ledezma Rios
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Abstract

Electromagnetic waves can give us information about certain situations, but the loss of energy due to contact or penetration into surfaces can vary the information data when it is influenced by the relative permittivity of the medium and the dielectric constant of some materials, so for the detection, it is necessary to investigate other types of signals that do not generate loss of information, when they are used for detection in terrains with particular characteristics. In this research, the detection capacity of a GPR system is analyzed when it makes use of wavelet-type signals, which are better known as a signal analysis tool, resulting in wavelet-type signals that can identify buried objects when transmitted. and received under the amplitude analysis, the correlation and the penetration depth of the signal.
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干黏土中探地雷达系统小波探测能力的研究
电磁波可以给我们提供某些情况下的信息,但是由于接触或穿透表面而产生的能量损失会改变信息数据,当它受到介质的相对介电常数和某些材料的介电常数的影响时,因此对于检测来说,有必要研究在具有特定特征的地形中用于检测时不会产生信息损失的其他类型的信号。本研究分析了探地雷达系统在利用小波型信号时的检测能力,小波型信号是一种信号分析工具,在传输过程中产生了能够识别地埋目标的小波型信号。并对接收到的信号进行幅度分析、相关性分析和穿透深度分析。
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