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Locally optimum detection of weak pulse signals in non-Gaussian noise

机译:非高斯噪声中弱脉冲信号的局部最优检测

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摘要

In this paper, the problem of locally optimum detection of weak pulse signals innarrow-band non-Gaussian noise is discussed. A generalized model is proposed for locally optimumdetectors (LOD) and the corresponding physical meaning is explained. On the basis of this generalized model, the LOD structures are derived for detecting both coherent- and incoherent-pulse signals in narrow-band non-Gaussian noise. The asymptotic relative efficiency (ARE) due to Pitman is used to evaluate the performance of these LODs. Finally, numerical calculations are carried out for the AREs of these LODs and some valuable results are obtained.
机译:本文讨论了在窄带非高斯噪声中局部最优检测弱脉冲信号的问题。针对局部最优探测器(LOD),提出了一种通用模型,并解释了相应的物理含义。在此通用模型的基础上,导出了LOD结构,用于检测窄带非高斯噪声中的相干和非相干脉冲信号。 Pitman引起的渐近相对效率(ARE)用于评估这些LOD的性能。最后,对这些LOD的ARE进行了数值计算,并获得了一些有价值的结果。

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