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Physical and Statistical Properties of the Complex Monopulse Ratio

机译:复数单脉冲比的物理和统计性质

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摘要

Angular glint gives rise to random pointing errors, which can deteriorate the direction-of-arrival (DOA) estimation accuracy. In monopulse radars the glint manifests itself through a complex valued process known as the complex monopulse ratio (CMR). Physical and statistical properties of the glint are considered. It is proposed to use the Poynting vector formalism for the CMR physical interpretation. The complex probability density function (pdf) and correlation function of CMR are derived.
机译:角闪烁会导致随机指向误差,这可能会降低到达方向(DOA)的估计精度。在单脉冲雷达中,闪光是通过称为复数单脉冲比(CMR)的复数过程来表现的。考虑闪光的物理和统计特性。建议将Poynting向量形式主义用于CMR物理解释。推导了CMR的复概率密度函数(pdf)和相关函数。

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