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GPR data analysis in time-frequency domain

机译:时频域GPR数据分析

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摘要

Most GPR applications focus on object identifications and multi-dimensional mapping by extensive signal processing tasks in time domain. This approach suffers from the loss of signal originality that characterizes the desired material properties. This paper attempts to introduce another method of signal analysis based on short time-fourier transform (STFT) in time-frequency domain which aims to restore the information of material properties based on spatial frequency distributions. Examples of two scenarios: a lawn embedded with plastic irrigation pipes and a concrete wall embedded with a steel bar matrix, are given in this paper to introduce this novel method of GPR signal analysis.
机译:大多数GPR应用程序通过时域中的大量信号处理任务来专注于对象识别和多维映射。这种方法遭受了表征所需材料特性的信号原创性的损失。本文尝试介绍时频域中基于短时傅立叶变换(STFT)的信号分析的另一种方法,旨在基于空间频率分布恢复材料特性信息。本文给出了两种情况的示例:嵌入塑料灌溉管的草坪和嵌入钢筋矩阵的混凝土墙,以介绍这种新颖的GPR信号分析方法。

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