使用GNU无线电和USRP的线性调频连续波雷达

Y. P. Saputera, Dina Herdiana, Hanny Madinawati, A. B. Suksmono, A. Munir
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引用次数: 5

摘要

本文提出了利用GNU无线电和USRP技术发展线性调频连续波雷达。软件定义无线电(SDR)中常用的GNU无线电是为了简化FMCW雷达的开发,特别是调制过程。采用距离为m和3m的LFM-CW雷达拍频滤波器实现GNU软件无线电化,并在USRP上应用。接收机的信号电平将随目标距离的变化而变化。如果目标范围更远,信号电平就会缩小。当距离较远时,信号接收器特别容易受到干扰噪声的影响。LFM-CW雷达波是使用GNU Radio产生的,USRP已经符合规范。该雷达在GNU无线电中实现,也能够探测一个或三个不同距离的目标。在GNU Radio和MATLAB®上的频谱拥有图的差异是因为图形GNU无线电频谱,频率分量只取正频率分量,而忽略负频率分量。
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Linear frequency modulated continuous wave radar using GNU radio and USRP
In this paper, the development of linear frequency modulated continuous wave (LFM-CW) radar is proposed using GNU radio and USRP. The use of GNU radio which is frequently implemented in software define radio (SDR) is to simplify the development especially in the modulation process of FMCW radar. The beat frequency filter for LFM-CW radar with components for distances of Om and 3m is applied for the realization of GNU software into radio and applied on the USRP. The signal level at receiver will change inline with the variation of target distance. If the target range is further the signal level shrinks. Signal receiver particularly vulnerable to interference noise when the distance is far. LFM-CW radar waves are generated using GNU Radio and USRP already meets the specifications. The radar is implemented in GNU Radio is also capable of detecting one or three targets at varying distances. The difference in the frequency spectrum owned chart on GNU Radio and MATLAB® occurs because the graph GNU radio frequency spectrum, frequency components are taken only positive frequency components, while the negative frequency components are ignored.
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