The spectrum character of speech wave is connected with the fundamental frequency (F0) of human vocal folds vibration. As it is considered, F0 of the source during voicing contains an abundance of information on the larynx pathology, individual trait, the emotional state and ethnographic origin of speaker. The present paper presents results of research that conducted simultaneous measurement of fundamental frequency of vocal fold vibration by the electroglottography (EGG) and with the acoustic methods. The analysis of the F0 function exactitude and the usefulness of these methods were executed too
This paper presents a detailed study of the vibrations on the surface of the neck during a vocalizat...
International audienceA human vocal production is characterized by the use of different laryngeal me...
Acoustic analysis as used in the vocal pathology literature has come to mean any spectrum or wavefor...
Human beings are blessed with a wonderful tool – voice or speaking ability that assist to communicat...
The human voice is a product of an intricate biophysical system. The complexity of this system enabl...
Electrolaryngography (Lx) and electroglottography (EGG) are non-invasive methods used to assess huma...
Speech has evolved over a period of tens of thousands of years as the primary means of communication...
Recent advances in machine learning and time series analysis techniques have brought new perspective...
International audienceThis paper introduces an original variant of recurrence analysis to quantify t...
An experimental method for quantifying the amount of voicing over time is described in a tutorial ma...
A method for tracking fundamental frequency variations in speech is proposed, based on multitaper an...
This report first gives the author’s original definitions of three categories of information that ar...
Laryngeal tone (pitch), understood as fundamental frequency of the voice (F0), is one of the most im...
The overall aim of the thesis was to develop new methods for analysis of vocal fold vibrations and v...
In a recent study we introduced a new approach for analysis of the electroglottographic (ECG) signal...
This paper presents a detailed study of the vibrations on the surface of the neck during a vocalizat...
International audienceA human vocal production is characterized by the use of different laryngeal me...
Acoustic analysis as used in the vocal pathology literature has come to mean any spectrum or wavefor...
Human beings are blessed with a wonderful tool – voice or speaking ability that assist to communicat...
The human voice is a product of an intricate biophysical system. The complexity of this system enabl...
Electrolaryngography (Lx) and electroglottography (EGG) are non-invasive methods used to assess huma...
Speech has evolved over a period of tens of thousands of years as the primary means of communication...
Recent advances in machine learning and time series analysis techniques have brought new perspective...
International audienceThis paper introduces an original variant of recurrence analysis to quantify t...
An experimental method for quantifying the amount of voicing over time is described in a tutorial ma...
A method for tracking fundamental frequency variations in speech is proposed, based on multitaper an...
This report first gives the author’s original definitions of three categories of information that ar...
Laryngeal tone (pitch), understood as fundamental frequency of the voice (F0), is one of the most im...
The overall aim of the thesis was to develop new methods for analysis of vocal fold vibrations and v...
In a recent study we introduced a new approach for analysis of the electroglottographic (ECG) signal...
This paper presents a detailed study of the vibrations on the surface of the neck during a vocalizat...
International audienceA human vocal production is characterized by the use of different laryngeal me...
Acoustic analysis as used in the vocal pathology literature has come to mean any spectrum or wavefor...