Glottal inverse filtering is of potential use in a wide range of speech processing applications. As the process of voice production is, to a first order approximation, a source-filter process, then obtaining source and filter components provides for a flexible representation of the speech signal for use in processing applications. In certain applications the desire for accurate inverse filtering is more immediately obvious, e.g., in the assessment of laryngeal aspects of voice quality and for correlations between acoustics and vocal fold dynamics, the resonances of the vocal tract should firstly be removed. Similarly, for assessment of vocal performance, trained singers may wish to obtain quantitative data or feedback regarding their voice ...
Publication in the conference proceedings of EUSIPCO, Lausanne, Switzerland, 200
International audienceSource-filter paradigm is one of the most common approaches used by the scient...
International audienceA new type of glottal flow model, namely a causal-anticausal linear filter mod...
Glottal inverse filtering is of potential use in a wide range of speech processing applications. As ...
The flow of air through the glottis, the glottal volume-velocity, reflects the action of the vocal f...
This paper studies the use of glottal inverse filtering together with a biomechanical model of the v...
This paper reviews certain speech analytical techniques to which the label 'inverse filtering &...
Trabajo presentado al 8th European Conference on Speech Communication and Technology (EUROSPEECH 200...
International audienceThis paper uses the recent glottal flow model for iterative adaptive inverse f...
The aim of this study is to comparatively review and evaluate three variants of the glottal inverse ...
Abstract: Source-tract decomposition (or glottal flow estimation) is one of the basic problems of sp...
International audienceFrom an acoustical and signal point of view, human phonation is commonly descr...
ii The goal of this dissertation is to develop methods to recover glottal flow pulses, which contain...
The need for accurate voice source characterisation is an established goal in speech processing rese...
Glottal inverse filtering (GIF) refers to technology to estimate the source of voiced speech, the gl...
Publication in the conference proceedings of EUSIPCO, Lausanne, Switzerland, 200
International audienceSource-filter paradigm is one of the most common approaches used by the scient...
International audienceA new type of glottal flow model, namely a causal-anticausal linear filter mod...
Glottal inverse filtering is of potential use in a wide range of speech processing applications. As ...
The flow of air through the glottis, the glottal volume-velocity, reflects the action of the vocal f...
This paper studies the use of glottal inverse filtering together with a biomechanical model of the v...
This paper reviews certain speech analytical techniques to which the label 'inverse filtering &...
Trabajo presentado al 8th European Conference on Speech Communication and Technology (EUROSPEECH 200...
International audienceThis paper uses the recent glottal flow model for iterative adaptive inverse f...
The aim of this study is to comparatively review and evaluate three variants of the glottal inverse ...
Abstract: Source-tract decomposition (or glottal flow estimation) is one of the basic problems of sp...
International audienceFrom an acoustical and signal point of view, human phonation is commonly descr...
ii The goal of this dissertation is to develop methods to recover glottal flow pulses, which contain...
The need for accurate voice source characterisation is an established goal in speech processing rese...
Glottal inverse filtering (GIF) refers to technology to estimate the source of voiced speech, the gl...
Publication in the conference proceedings of EUSIPCO, Lausanne, Switzerland, 200
International audienceSource-filter paradigm is one of the most common approaches used by the scient...
International audienceA new type of glottal flow model, namely a causal-anticausal linear filter mod...