A robust space-time multiple-beam STAP algorithm

Xi-kun Fan, Fan Yang
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引用次数: 3

Abstract

Considering the limited sample support and computational complexity, the traditional localized STAP algorithms restrict adaptive processing in localized processing region and for the most part they have fixed system degrees of freedom (DOF). A new idea about the localized STAP algorithm which adjusting system DOFs adaptively with variable interference environment are presented, and some practical issues, such as performance metric selection, initial system DOFs selection and the recursion fast algorithm of weight are discussed. The validity of the research is proved by measurement data processing results. This algorithm is more robust in complicated interference environment, and it reduces large computational complexity and improves the performance of jammer suppression.
一种鲁棒时空多波束STAP算法
传统的局部STAP算法由于样本支持量和计算量的限制,将自适应处理限制在局部处理区域内,且大多具有固定的系统自由度。提出了局部STAP算法在变干扰环境下自适应调整系统自由度的新思路,并讨论了性能指标选择、初始系统自由度选择和权值递归快速算法等实际问题。测量数据处理结果证明了研究的有效性。该算法在复杂干扰环境下具有较强的鲁棒性,减少了大量的计算量,提高了干扰抑制性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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