解决微波层析成像中的多径信号腐败及其对系统设计和算法开发的影响。

Paul M Meaney, Keith D Paulsen
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引用次数: 4

摘要

在开发微波层析成像系统时,我们首先研究了基本信号测量的挑战,即如何在抑制不必要的多径信号的同时询问目标。从有损耦合浴开始,我们开发了一个既简单又低调的稳健可靠的系统,以抑制不必要的表面波。然而,除了基本的测量配置之外,有损耦合介质的概念也为我们选择阵列天线和成像算法提供了信息。这些概念的协同作用产生了一个新的概念,该概念体现在一个已成功转化为临床的系统中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Addressing Multipath Signal Corruption in Microwave Tomography and the Influence on System Design and Algorithm Development.

Addressing Multipath Signal Corruption in Microwave Tomography and the Influence on System Design and Algorithm Development.

Addressing Multipath Signal Corruption in Microwave Tomography and the Influence on System Design and Algorithm Development.

Addressing Multipath Signal Corruption in Microwave Tomography and the Influence on System Design and Algorithm Development.

In developing a microwave tomography system, we started by examining the fundamental signal measurement challenges-i.e., how to interrogate the target while suppressing unwanted multi-path signals. Beginning with a lossy coupling bath to suppress unwanted surface waves, we have developed a robust and reliable system that is both simple and low profile. However, beyond the basic measurement configuration, the lossy coupling medium concept has also informed our choice of array antenna and imaging algorithms. The synergism of these concepts has produced a novel concept which is embodied in a system that has been successfully translated to the clinic.

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