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A new variable step-size LMS adaptive filtering algorithm for beamforming technology

机译:一种新的变步长LMS自适应滤波算法

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In this paper, a novel variable step-size (VS) LMS (Least Mean Square) adaptive filtering algorithm for adaptive beamforming is proposed based on the conventional VS-LMS algorithm. In the condition of low SNIR, the proposed method improves the convergence rate and steady-state error by regulating the step size coefficient. Finally, an example for beamforming technology is illustrated and its results indicate that the improved algorithm can form a deeper null in the direction of the interference compared with the VS-LMS algorithm.
机译:本文基于传统的VS-LMS算法,提出了一种新的可变步长(VS)LMS(最小均方)自适应滤波自适应波束成形的自适应滤波算法。在低塞尔的条件下,该方法通过调节步长系数来提高收敛速率和稳态误差。最后,示出了用于波束成形技术的示例,其结果表明,与VS-LMS算法相比,改进的算法可以在干扰方向上形成更深的空。

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