A Novel Affine Projection Algorithm Based on Variable Projection Order

Yufei Han, Yibo Li, Yao Li
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Abstract

As affine projection adaptive algorithm performance relates to the projection order, it is necessary to analyze the projection order. When the projection order increases, a high convergence speed will be acquired. Whereas, it also brings the huge computational cost and the large mean square error (MSE). It seems advisable to reduce the projection order when it is necessary. Therefore, a novel method which dynamically adjusts the projection order is presented. It changes the projection order by different convergence state. The goal is to find the optimized projection order which can balance the steady-state and convergence performance. Experiments demonstrate that the proposed algorithm equips good convergence ability and low MSE.
一种基于变投影阶的仿射投影算法
由于仿射投影自适应算法的性能与投影顺序有关,因此有必要对投影顺序进行分析。投影阶数越大,收敛速度越快。然而,它也带来了巨大的计算成本和较大的均方误差。必要时减少投影顺序似乎是明智的。为此,提出了一种动态调整投影顺序的新方法。它通过不同的收敛状态改变投影顺序。目标是找到能够平衡稳态和收敛性能的最优投影顺序。实验表明,该算法具有较好的收敛能力和较低的MSE。
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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