Elimination of Multi-Bounce Effect for Outdoor RCS Measurement via 3D Imaging

Jun Shi, Ling Pu, Xiaoling Zhang
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Abstract

The outdoor RCS measurement technique is crucial for the radar and aeronautical design applications, especially in the face of large objects. Because of the background interference, the multi-bounce effect is unavoidable and will contaminate the measuring result greatly. In this paper, a novel method to eliminate the multi-bounce effect via 3D imaging technique is proposed. Compared with the traditional methods, high-resolution 3D microwave image can separate the desired image from the multi-bounce false images in the image domain by using the difference of the transmission paths. Simulation results show that this method can clearly eliminate the multi-bounce effect of the outdoor RCS measurement.
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利用三维成像消除室外RCS测量中的多重弹跳效应
室外RCS测量技术对于雷达和航空设计应用至关重要,特别是在面对大型物体时。由于背景干扰,多弹效应不可避免,会严重影响测量结果。本文提出了一种利用三维成像技术消除多重弹跳效应的新方法。与传统方法相比,高分辨率三维微波图像利用传输路径的不同,可以在图像域内将期望图像与多反弹假图像分离开来。仿真结果表明,该方法能明显消除室外RCS测量的多重弹跳效应。
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