雷达成像反投影算法的FPGA实现

Nieves Crasto, T. Kumar, D. Anuradha, P. Barua, Sirisha Nemani
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引用次数: 1

摘要

世界范围内日益增长的安全问题导致了宽带雷达系统的发展,以估计障碍物后物体的位置和形状。为了精确地重建感兴趣的场景,需要进行大量的测量。因此,需要具有大阵列孔径的宽带信号来生成高分辨率图像。本文描述了如何使用反投影算法处理原始数据,以便在FPGA的帮助下重建二维图像。讨论了反投影算法相对于其他波束形成算法的实际优势。原始数据采用步进频率连续波雷达生成。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
FPGA implementation of back projection algorithm for radar imaging
The growing security concerns worldwide have lead to the development of wideband radar systems to estimate the position and shape of objects behind barriers. For an accurate reconstruction of the scene of interest, a huge amount of measurements are required. Thus wideband signals with large array apertures are required to generate high resolution images. This paper describes how the raw data is processed using back-projection algorithm in order to reconstruct a 2-D image with the help of FPGA. It also deals with the practical advantages of back projection algorithm compared to other beamforming algorithms. The raw data is generated using stepped frequency continuous wave radar.
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