A new method is proposed to jointly estimate the shape parameter of a glottal model and its time position in a voiced segment. We show that, the idea of phase flatness (or phase minimization) used in the most robust Glottal Closure Instant detection methods can be generalized to estimate the shape of the glottal model. In this paper we evaluate the proposed method using synthetic signals. The relia-bility related to fundamental frequency and noise is evaluated. The estimation of the glottal source is useful for voice analysis (ex. sep-aration of glottal source and vocal-tract filter), voice transformation and synthesis. Index Terms — glottal source, joint estimate, phase flatness, phase minimization 1
In this paper, we propose a method for detection of glottal clo-sure instants (GCI) in the voiced re...
International Conference on Nonlinear Speech Processing, NOLISP 2009; Vic; Spain; 25 June 2009 throu...
A new algorithm for glottal source parameter estimation of voiced speech based on the Liljencrants-F...
cote interne IRCAM: Degottex10cNone / NoneNational audienceIn glottal source analysis, the phase min...
From a recorded speech signal, we propose to estimate a shape parameter of a glottal model without e...
In voice analysis, the parameters estimation of a glottal model, an analytic description of the dete...
2008, ISBN 978-3-540-77346-7International audienceVoice source analysis is an important but difficul...
The glottal shape parameter Rd provides a one-dimensional parameterisation of the Liljencrants-Fant ...
International audienceThis work considers the task of estimating the source and filter from human vo...
This paper proposes an approach using spectral flatness measure to detect the glottal closure instan...
Estimation of glottal vibration and vocal tract for singing voices is necessary for clarifying the m...
International Conference on Nonlinear Speech Processing, NOLISP 2007; Paris; France; 22 May 2007 thr...
The widely used method to estimate glottal source waveform and vocal tract shape is to process speec...
The representation of the glottal source is of paramount impor-tance for describing para-linguistic ...
Estimating glottal source waveforms and vocal tract shapes is typically done by processing the speec...
In this paper, we propose a method for detection of glottal clo-sure instants (GCI) in the voiced re...
International Conference on Nonlinear Speech Processing, NOLISP 2009; Vic; Spain; 25 June 2009 throu...
A new algorithm for glottal source parameter estimation of voiced speech based on the Liljencrants-F...
cote interne IRCAM: Degottex10cNone / NoneNational audienceIn glottal source analysis, the phase min...
From a recorded speech signal, we propose to estimate a shape parameter of a glottal model without e...
In voice analysis, the parameters estimation of a glottal model, an analytic description of the dete...
2008, ISBN 978-3-540-77346-7International audienceVoice source analysis is an important but difficul...
The glottal shape parameter Rd provides a one-dimensional parameterisation of the Liljencrants-Fant ...
International audienceThis work considers the task of estimating the source and filter from human vo...
This paper proposes an approach using spectral flatness measure to detect the glottal closure instan...
Estimation of glottal vibration and vocal tract for singing voices is necessary for clarifying the m...
International Conference on Nonlinear Speech Processing, NOLISP 2007; Paris; France; 22 May 2007 thr...
The widely used method to estimate glottal source waveform and vocal tract shape is to process speec...
The representation of the glottal source is of paramount impor-tance for describing para-linguistic ...
Estimating glottal source waveforms and vocal tract shapes is typically done by processing the speec...
In this paper, we propose a method for detection of glottal clo-sure instants (GCI) in the voiced re...
International Conference on Nonlinear Speech Processing, NOLISP 2009; Vic; Spain; 25 June 2009 throu...
A new algorithm for glottal source parameter estimation of voiced speech based on the Liljencrants-F...