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A multiband GLRT-LQ algorithm for the coherent radar detection against compound-Gaussian clutter

机译:用于复合高斯杂波的相干雷达检测的多频带GLRT-LQ算法

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A multiband GLRT-LQ (generalized likelihood ratio test-linear quadratic), MBGLRT-LQ, detector is derived for the coherent radar target detection against a compound-Gaussian clutter background. This scheme is an extension to the multiband case of the asymptotically optimum detector (AOD) of Conte et al. (see IEEE Trans. on AES, vol.31, no.2, p.617-24, 1995), also derived under the name of GLRT-LQ by Gini (see IEE Proc. RSN, vol.144, no.1, p.39-48). The proposed multiband version of the algorithm shows two main advantages with respect to the original single band algorithm: (i) for the adaptive implementation, it requires a much smaller area of homogeneous clutter echoes to estimate the covariance matrix of the interference; (ii) it provides an optimum processing of the radar echoes when the radar operates in frequency agility, as the ECCM strategy. A closed form performance analysis is provided for the MBGLRT-LQ detector, which is used to compare it to the single band version.
机译:推导了多频带GLRT-LQ(广义似然比测试-线性二次方)MBGLRT-LQ检测器,用于在复合高斯杂波背景下进行相干雷达目标检测。该方案是对Conte等人的渐近最佳检测器(AOD)的多频带情况的扩展。 (请参阅1995年的AES上的IEEE Trans.31,第2卷,第617-24页),也由Gini以GLRT-LQ的名称派生(请参见IEE Proc。RSN,第144卷,第1号)。 ,第39-48页)。相对于原始的单频带算法,该算法的多频带版本显示出两个主要优点:(i)对于自适应实现,它需要较小面积的均匀杂波回波来估计干扰的协方差矩阵; (ii)作为ECCM策略,当雷达在频率捷变条件下运行时,它可以对雷达回波进行最佳处理。为MBGLRT-LQ检测器提供了封闭形式的性能分析,该分析器用于将其与单波段版本进行比较。

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