Dual Frequency Continuous Wave Radar for Small Displacement Detection

Andarining Palupi, A. A. Pramudita, D. Arseno, A. D. Setiawan
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引用次数: 2

Abstract

In several field such as structure health monitoring, landslide monitoring and medical measurement, small displacement is used as the indicator of any problem that may rise in such fields. High resolution radar system is required for small displacement detection in millimeter of centimeter scale. Continuous wave (CW) radar with its narrow bandwidth feature, has a simpler system comparing with other radar system. However, the modification is needed to present the ability of CW radar in detecting small displacement. In this paper, dual frequency CW radar was investigated and proposed for small displacement detection. Computer simulation has been conducted to study the capability of the proposed radar system. The result shows that the dual frequency CW radar at 10.525 GHz is capable to detect a small displacement in millimeter scale. The frequency difference of the radar signal needs to be adjusted to avoid the ambiguity in the detection result.
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用于小位移探测的双频连续波雷达
在结构健康监测、滑坡监测和医疗测量等领域,小位移被用作这些领域可能出现问题的指标。毫米到厘米尺度的小位移检测需要高分辨率的雷达系统。连续波雷达具有窄带宽的特点,与其他雷达系统相比,系统较为简单。但是,为了体现连续波雷达探测小位移的能力,需要对其进行改进。本文研究并提出了一种用于小位移探测的双频连续波雷达。计算机仿真研究了该雷达系统的性能。结果表明,10.525 GHz双频连续波雷达能够探测到毫米尺度的小位移。需要对雷达信号的频差进行调整,以避免探测结果的模糊。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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