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Model-based diameter estimation of reinforcing bar considering in accurate propagation time measurement of microwave radar

机译:微波雷达精确传播时间测量中基于钢筋的模型直径估计

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摘要

This report proposes how to realize a precise diameter estimation of buried objects in concrete structures, especially for reinforcing bars, by introducing two novel signal processing methods. One is a precise diameter estimation method based on a microwave propagation path model with the bi-static antenna configuration which is considering a separation between microwave transmitter and receiver. This separation cannot be ignored, since a buried depth of reinforcing bar in concrete structures is relatively shallow. The other is a high-accuracy propagation time measurement method. A peak time of reflected microwave has provided suitable information for a propagation time measurement with an appropriate compensation. It is confirmed that these two signal processing methods are useful for precise diameter estimation through various experiments.
机译:本报告通过介绍两种新颖的信号处理方法,提出了如何实现混凝土结构(尤其是钢筋)中埋入物体直径的精确估算。一种是基于具有双静态天线配置的微波传播路径模型的精确直径估计方法,该方法考虑了微波发射器和接收器之间的间隔。由于钢筋在混凝土结构中的埋入深度相对较浅,因此这种分离不容忽视。另一种是高精度的传播时间测量方法。反射微波的峰值时间已经为带有适当补偿的传播时间测量提供了适当的信息。可以肯定的是,这两种信号处理方法对于通过各种实验进行精确的直径估计很有用。

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