Add to ORKGWe present a study of the acoustic source parameters describing glottal flow waveforms generated by the two-mass model for vo-cal fold oscillations. Numerical measurements of the acoustic pa-rameters as a function of model parameters are presented. Con-clusions are drawn from these results, concerning the correlations between acoustic parameters, the effect of the vocal tract, the dif-ferent regimes of oscillation of the model, and the possibility of reproducing laryngeal mechanisms with the model. 1
This study explores the possibility for physical models of the glottis to accurately reproduce targe...
This study explores the possibility for physical models of the glottis to accurately reproduce targe...
This work presents a low-dimensional physical model of the glottis in which a 2-D fold displacement ...
In this paper the sensitivity of the two-mass model with acoustical coupling to the model input-para...
International audienceThe acoustic properties of a recently proposed two-mass model for vocal-fold o...
This paper presents a novel ``pseudo-one-mass model'' of the vocal folds, which is derived from a pr...
The two-mass model is very often presented as a simple but efficient model quite well adapted for th...
A new numerical model of the vocal folds is presented based on the well-known two-mass models of the...
A new numerical model of the vocal folds is presented based on the well-known two-mass models of the...
We propose a two-mass model for the vocal folds. The aerodynamic force resulting from the air flow t...
A lumped physical model of the glottal source is presented. Vocal folds are described as single mass...
As a good compromise between simplicity and approximation of real human vocal vold oscillation behav...
In this work, the two-mass model of the human vocal folds is expanded by including the false vocal f...
In voiced speech, the source of sound is the vibrations of the vocal folds within the larynx. The st...
Most flow models used in numerical simulation of voiced sound production rely, for the sake of simpl...
This study explores the possibility for physical models of the glottis to accurately reproduce targe...
This study explores the possibility for physical models of the glottis to accurately reproduce targe...
This work presents a low-dimensional physical model of the glottis in which a 2-D fold displacement ...
In this paper the sensitivity of the two-mass model with acoustical coupling to the model input-para...
International audienceThe acoustic properties of a recently proposed two-mass model for vocal-fold o...
This paper presents a novel ``pseudo-one-mass model'' of the vocal folds, which is derived from a pr...
The two-mass model is very often presented as a simple but efficient model quite well adapted for th...
A new numerical model of the vocal folds is presented based on the well-known two-mass models of the...
A new numerical model of the vocal folds is presented based on the well-known two-mass models of the...
We propose a two-mass model for the vocal folds. The aerodynamic force resulting from the air flow t...
A lumped physical model of the glottal source is presented. Vocal folds are described as single mass...
As a good compromise between simplicity and approximation of real human vocal vold oscillation behav...
In this work, the two-mass model of the human vocal folds is expanded by including the false vocal f...
In voiced speech, the source of sound is the vibrations of the vocal folds within the larynx. The st...
Most flow models used in numerical simulation of voiced sound production rely, for the sake of simpl...
This study explores the possibility for physical models of the glottis to accurately reproduce targe...
This study explores the possibility for physical models of the glottis to accurately reproduce targe...
This work presents a low-dimensional physical model of the glottis in which a 2-D fold displacement ...