二维FRS-LMS自适应滤波器(2D FRS-LMS)

Qadri Mayyala, A. Hocanin, Ösman Kükrer
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引用次数: 1

摘要

通过对一维FRS-LMS的发展,提出了一种新的二维频率响应型最小均方(2D FRS-LMS)自适应滤波器。该算法在空间平面内重用水平方向和垂直方向的数据来更新滤波器的权重向量。此外,该算法在系数更新过程中涉及到滤波器系数向量与变量矩阵的乘法。推导了新的二维FRS-LMS权重更新方程,并将其与二维LMS (2D LMS)和2D leak -LMS算法在图像增强方面的性能进行了比较。与其他算法相比,新算法具有更高的性能。所提出的二维FRS-LMS在图像处理,特别是数据压缩和图像增强应用中特别有用。
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Two dimensional FRS-LMS adaptive filter (2D FRS-LMS)
A new 2D frequency-response-shaped least mean square (2D FRS-LMS) adaptive filter is proposed by developing the 1D FRS-LMS. The new algorithm reuses data in both horizontal and vertical directions within the space plane to update the weight vector of the filter. Further, the proposed algorithm involves the multiplication of the filter coefficient vector by a variable matrix in the coefficient updating process. The new 2D FRS-LMS weight updating equation is derived and its performance is compared with that of the two dimensional LMS (2D LMS) and 2D leaky-LMS algorithms regarding image enhancement. The new algorithm gives improved performance over the other algorithms. The proposed 2D FRS-LMS is particularly useful in image processing, especially in data compression and image enhancement applications.
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