压缩测向天线阵列

H. Laue, W. D. du Plessis
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引用次数: 4

摘要

压缩感知(CS)理论启发了压缩测向(DF)天线阵列的概念,其中N个天线单元在采样前被组合成M个测量值,其预期性能与传统的N元素阵列相似,假设到达方向(DoAs)的数量足够小。使用随机高斯传感矩阵来设计这样的阵列已经被提出。在设计压缩阵列时,使用具有数字优化相干性的码本作为一种替代方案,并被证明可以在具有少量接收器的系统中获得更好的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Compressive direction-finding antenna array
The theory of compressive sensing (CS) has inspired the concept of a compressive direction-finding (DF) antenna array where N antenna elements are combined into M measurements before sampling with expected performance similar to that of a conventional N-element array, given that the number of directions of arrival (DoAs) is sufficiently small. The use of random Gaussian sensing matrices in designing such an array has previously been proposed. The use of codebooks with numerically optimised coherence in designing a compressive array is proposed as an alternative, and is shown to result in better performance for a system with few receivers.
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