Ubiquitous Imaging Radar: System Concept and Resolution Performance

Qilei Zhang, Manqing Wu, Wenxian Yu
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Abstract

This paper proposes a notional radar system: Ubiquitous Imaging Radar (UIR). The system configuration of UIR is motivated by the concept of ‘ubiquitous radar’ and, the imaging principle is motivated by the concept of ‘generalized aperture’. Therefore, the proposed UIR can be able to realize persistent observation of wide areas and high-resolution three-dimensional imaging. As a beginning, the system concept of UIR is briefly outlined and the signal model is presented. To evaluate the imaging resolution performance, generalized ambiguity function (GAF) is introduced and modified for UIR. At last, a typical parameterized example is used to provide a quantitative analysis of the resolution performance.
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泛在成像雷达:系统概念和分辨率性能
本文提出了一种概念雷达系统:泛在成像雷达(UIR)。UIR的系统配置源于“泛在雷达”的概念,成像原理源于“广义孔径”的概念。因此,所提出的UIR能够实现大面积的持续观测和高分辨率的三维成像。首先,简要概述了UIR的系统概念,并给出了信号模型。为了评价UIR的成像分辨率,引入并改进了广义模糊函数(GAF)。最后,通过一个典型的参数化算例对其分辨率性能进行了定量分析。
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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