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A Target Recognition Method Based on Non-Linear Polarization Transformation

机译:基于非线性极化变换的目标识别方法

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This paper proposed a target recognition method to distinguish ships from chaff by polarization information for the fully polarized dual-channel radars with low resolution. The method expands the original single polarization radar system to dual polarization radar system with both left and right circular polarizations by receiving and processing the full polarization information of radar echoes. It recognizes the target by taking advantage of the difference of the left and right circular depolarization characteristic parameters of the target and chaff in radar echoes. The recognition rate were improved in results by enlarging the difference between the cross-polarization component and co-polarization component of the radar echoes involving target and chaff employing non-linear polarization transformation. In the end, the recognition results were proved to be more desirable by processing information in polarization domain than in time and frequency domain.
机译:针对低极化全极化双通道雷达,本文提出了一种通过极化信息将舰船与谷壳区分开的目标识别方法。该方法通过接收和处理雷达回波的完整极化信息,将原始的单极化雷达系统扩展为左右圆极化的双极化雷达系统。它利用雷达回波中目标和谷壳的左右圆形去极化特性参数的差异来识别目标。通过使用非线性极化变换扩大涉及目标和谷壳的雷达回波的交叉极化分量和同极化分量之间的差异,可提高结果的识别率。最后,通过在极化域中处理信息比在时域和频域中处理信息,证明了识别结果更为理想。

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