Deteksi Radar Terhadap Multi-Object Bergerak Dengan Pemrosesan Doppler

Reyhan Fahmirakhman Abdullah, Dharu Arseno, Fiky Yosef Suratman
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引用次数: 1

Abstract

In general, Radar or Radio Detection and Ranging is an electromagnetic wave system that is useful to measure distance and answer and make maps of surrounding objects. Radar has an advantage compared to other navigation tools, which is that radar does not require a transmitter station as a transmitter. Radar has an electronic wave emission principle that emits short radio wave pulses emitted in a narrow beam by a directional antenna. In this study, a multi-object radar detection simulation was carried out using Dopler processing both MTI and PDP, which later on the radar will detect related objects. Multi-object here is a condition that is achieved when a navigation radar detects more than one object. The result of this research is a multi-object detection process using the MTI and PDP methods and the matched-filter obtained from the predetermined data. So Doppler processing aims to mitigate the clutter signal to improve the detection performance of moving targets even though there is a dominance of signals originating from stationary clutter. 
一般来说,雷达或无线电探测和测距是一种电磁波系统,用于测量距离和应答,并绘制周围物体的地图。雷达与其他导航工具相比有一个优势,那就是雷达不需要发射台作为发射机。雷达采用电子波发射原理,通过定向天线以窄波束发射短无线电波脉冲。在本研究中,对MTI和PDP进行多普勒处理,进行多目标雷达探测仿真,随后雷达将探测到相关目标。这里的多目标是指当导航雷达探测到多个目标时实现的条件。本研究的结果是利用MTI和PDP方法以及从预定数据中获得的匹配滤波器进行多目标检测过程。因此,多普勒处理的目的是减轻杂波信号,以提高运动目标的检测性能,即使在静止杂波信号占主导地位的情况下。
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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