Design and Research of near-Field and High-Dynamic Millimeter-Wave SAR Imaging System

Chaocun Zhang, Zhe Zheng
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Abstract

Millimeter-wave technology is widely used in many fields. Due to its short wavelength and strong penetration, millimeter-wave technology has been rapidly developed in the field of radar imaging. This paper designs a millimeter-wave radar system for two-dimensional high-resolution imaging of scattering points in the near-field range. A millimeter-wave SAR imaging system was designed, and the applicability of the modified back-projection algorithm was verified through system simulation. The darkroom test result shows that the imaging system can synthesize a short aperture using the uniform linear motion of the platform, and perform high-resolution two-dimensional imaging of the scattering points in the near-field range. The imaging effect is good.
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近场高动态毫米波SAR成像系统设计与研究
毫米波技术被广泛应用于许多领域。毫米波技术由于波长短、穿透性强,在雷达成像领域得到了迅速发展。本文设计了一种用于近场散射点二维高分辨率成像的毫米波雷达系统。设计了毫米波SAR成像系统,并通过系统仿真验证了改进后的反投影算法的适用性。暗室测试结果表明,该成像系统可以利用平台的均匀直线运动合成短孔径,并在近场范围内对散射点进行高分辨率二维成像。成像效果好。
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