Analysis of 5G New Radio Waveform as an Illuminator of Opportunity for Passive Bistatic Radar

Purushottama Lingadevaru, Bethi Pardhasaradhi, P. Srihari, G. Sharma
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引用次数: 9

Abstract

Passive radar detects targets using the reflections of electromagnetic signals illuminated by unintended sources of opportunity in the given surveillance region. The illuminators of opportunity (IOO) like FM, DVB, DAB, LTE, WiMax, and radio frequency signals are used for the passive radar depending on the availability, frequency of operation and, type of application. This paper proposes the upcoming 5G New Radio waveform (5G NR) as an IOO for passive bistatic radar. The 5G NR waveform is used to perform parametric analysis of passive bistatic radar. The radar parameters like range resolution, velocity resolution, range product, maximum unambiguous PRF, and Cassini's ovals are investigated. Further, the 5G NR IOO is compared against existing LTE and other IOOs. Simulation results reveals that all the radar parameters are outperforming for the 5G NR waveform, claiming that 5G NR is a potential candidate for the future IOO.
5G新无线电波形作为无源双基地雷达的照明机会分析
无源雷达利用给定监视区域内意外机会源照射的电磁信号的反射来探测目标。如FM, DVB, DAB, LTE, WiMax和射频信号等机会照明器(IOO)用于无源雷达,具体取决于可用性,操作频率和应用类型。本文提出了即将到来的5G新无线电波形(5G NR)作为被动双基地雷达的IOO。利用5G NR波形对无源双基地雷达进行参数分析。研究了距离分辨率、速度分辨率、距离积、最大无模糊PRF和卡西尼椭圆等雷达参数。此外,还将5G NR IOO与现有的LTE和其他IOO进行比较。仿真结果表明,所有雷达参数都优于5G NR波形,表明5G NR是未来IOO的潜在候选者。
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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