Titlebook: Blind Speech Separation; Shoji Makino,Hiroshi Sawada,Te-Won Lee Book 2007 Springer Science+Business Media B.V. 2007 Independent Component

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Lernkurve und Unternehmungswandelaches the heart of the algorithm, but rather as . the heart of the algorithm: after the coeffi- cients have been found, only trivial processing remains to be done. We show how, by suitable choice of overcomplete basis, this framework can use a variety of cues (., speaker identity, differential filte

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Frequency-Domain Blind Source Separationcy masking for a case where the separation by linear filters is insufficient when the sources outnumber the microphones. Experimental results are shown for a simple 3-source 3-microphone case, and also for a rather complicated case with many background interference signals.

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TRINICON-based Blind System Identification with Application to Multiple-Source Localization and SepaED, several sources can be localized simultaneously. Performance evaluation in realistic scenarios will show that this method compares favourably with other state-of-the-art methods for source localization.

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SIMO-Model-Based Blind Source Separation – Principle and its ApplicationsSIMO-ICA can maintain the spatial qualities of each sound source. This attractive feature of the SIMO-ICA shows the promise of applicability to many high-fidelity acoustic signal processing systems. As a good examples of SIMO-ICA’s application, binaural signal separation and blind separation–deconvo

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Independent Vector Analysis for Convolutive Blind Speech Separatione–frequency model of speech has been modelled by several multivariate joint densities, and natural gradient or Newton method algorithms have been derived. Here, we present a gentle tutorial on IVA for the separation of speech signals in the frequency domain.

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The DUET Blind Source Separation Algorithmn of speech is sparse and this leads to W-disjoint orthogonality. The algorithm is easily coded and a simple Matlab® implementation is presented1. Additionally in this chapter, two strategies which allow DUET to be applied to situations where the microphones are far apart are presented; this removes