Add to ORKGIn this paper we present results of calculations derived in an earlier paper. These results are illustrated in the form of sound samples. This allows a different and more striking demonstration of the importance of some fluid dynamical features for the purpose of voiced sounds synthesis
A human respiratory system consists of phonation components that are coupled in a complex manner in ...
The production of voiced sounds is consequence of the interaction between the respiratory airflow, t...
The purpose of this study is to explore the possibility for physically based mathematical models of ...
In this paper we present results of calculations derived in an earlier paper. These results are illu...
In this paper we present results of calculations derived in an earlier paper. These results are illu...
An exact theory of voiced sound production can be useless. An exact numerical calculation is, in fac...
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...
The two-mass model is very often presented as a simple but efficient model quite well adapted for th...
The unsteady two-dimensional flow through-fixed rigid in vitro models of the glottis is studied in s...
Glottal waveform models have long been employed in improving the quality of speech synthesis. This p...
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...
Speech communication is fundamental to human society yet, as a result of the relative inaccessibilit...
In this paper, we present an attempt to describe ow past the glottis and to predict the pressure ins...
A human respiratory system consists of phonation components that are coupled in a complex manner in ...
The production of voiced sounds is consequence of the interaction between the respiratory airflow, t...
The purpose of this study is to explore the possibility for physically based mathematical models of ...
In this paper we present results of calculations derived in an earlier paper. These results are illu...
In this paper we present results of calculations derived in an earlier paper. These results are illu...
An exact theory of voiced sound production can be useless. An exact numerical calculation is, in fac...
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...
The two-mass model is very often presented as a simple but efficient model quite well adapted for th...
The unsteady two-dimensional flow through-fixed rigid in vitro models of the glottis is studied in s...
Glottal waveform models have long been employed in improving the quality of speech synthesis. This p...
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...
Speech communication is fundamental to human society yet, as a result of the relative inaccessibilit...
In this paper, we present an attempt to describe ow past the glottis and to predict the pressure ins...
A human respiratory system consists of phonation components that are coupled in a complex manner in ...
The production of voiced sounds is consequence of the interaction between the respiratory airflow, t...
The purpose of this study is to explore the possibility for physically based mathematical models of ...