小平面阵列的HOS分辨率增强

U. Nickel
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引用次数: 2

摘要

高阶统计量(HOS)的提出是为了在各种应用中实现对二阶统计量阵列处理的改进。我们研究了一个非常小的3元平面阵列的角度估计和源分辨率的潜力。我们使用MUSIC方法作为通用的DOA估计器。利用标准阵列理论,我们评估了在哪些条件下可以获得分辨率的提高。HOS方法的一个关键特点是对不等功率源具有较高的灵敏度。在这种情况下,标准音乐可以表现得更好。因此,建议并行地补充使用这两种方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Resolution enhancement by HOS for small planar arrays
Higher Order Statistics (HOS) have been proposed to achieve improvements over second order statistics array processing for various applications. We investigate the potential for angle estimation and source resolution with a very small planar array with 3 elements. We use the MUSIC method as generic DOA estimator. Using standard array theory we evaluate conditions under which an improvement in resolution can be obtained. A critical feature is the higher sensitivity of HOS methods to sources of unequal power. In this case standard MUSIC can perform better. A parallel complementary use of both methods is therefore recommended.
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