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Titlebook: Sparse Adaptive Filters for Echo Cancellation; Constantin Paleologu,Jacob Benesty,Silviu Ciochină Book 2010 Springer Nature Switzerland AG

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发表于 2025-3-21 16:19:49 | 显示全部楼层 |阅读模式
书目名称Sparse Adaptive Filters for Echo Cancellation
编辑Constantin Paleologu,Jacob Benesty,Silviu Ciochină
视频video
丛书名称Synthesis Lectures on Speech and Audio Processing
图书封面Titlebook: Sparse Adaptive Filters for Echo Cancellation;  Constantin Paleologu,Jacob Benesty,Silviu Ciochină Book 2010 Springer Nature Switzerland AG
描述Adaptive filters with a large number of coefficients are usually involved in both network and acoustic echo cancellation. Consequently, it is important to improve the convergence rate and tracking of the conventional algorithms used for these applications. This can be achieved by exploiting the sparseness character of the echo paths. Identification of sparse impulse responses was addressed mainly in the last decade with the development of the so-called ``proportionate‘‘-type algorithms. The goal of this book is to present the most important sparse adaptive filters developed for echo cancellation. Besides a comprehensive review of the basic proportionate-type algorithms, we also present some of the latest developments in the field and propose some new solutions for further performance improvement, e.g., variable step-size versions and novel proportionate-type affine projection algorithms. An experimental study is also provided in order to compare many sparse adaptive filters in different echo cancellation scenarios. Table of Contents: Introduction / Sparseness Measures / Performance Measures / Wiener and Basic Adaptive Filters / Basic Proportionate-Type NLMS Adaptive Filters / The E
出版日期Book 2010
版次1
doihttps://doi.org/10.1007/978-3-031-02559-4
isbn_softcover978-3-031-01431-4
isbn_ebook978-3-031-02559-4Series ISSN 1932-121X Series E-ISSN 1932-1678
issn_series 1932-121X
copyrightSpringer Nature Switzerland AG 2010
The information of publication is updating

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Performance Measures, this attenuation, but three performance measures are very common in the contexts of adaptive filtering, identification, and signal cancellation. They are, by far, the most used ones in the literature and are explained in this chapter.
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Wiener and Basic Adaptive Filters,ring, in general, and in echo cancellation, in particular. The objective of this chapter is to present the most fundamental results of the Wiener theory with an emphasis on the Wiener-Hopf equations that can lead to an optimal estimation of the impulse response of the system, but these equations are
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The Mu-Law PNLMS and Other PNLMS-Type Algorithms,ned in the context of network echo cancellation. The idea of exploiting the sparseness character of the echo paths has appeared in the nineties, e.g., (35), (48), (69). However, the PNLMS algorithm proposed by Duttweiler in 2000 (18) can be considered as a milestone in the field. The main feature of
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Variable Step-Size PNLMS Algorithms,ze parameter leads to a compromise between fast convergence and good tracking ability on the one hand, and low misadjustment on the other hand. This is the basic feature inherited from the NLMS algorithm. In order to meet these conflicting requirements, the normalized step size needs to be controlle
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