Publication detail

Vocal folds function modelling by means of principle of compressive air buble

MIŠUN, V.

Czech title

Modelování funkce hlasivek na základě bubliny tlakového vzduchu

English title

Vocal folds function modelling by means of principle of compressive air buble

Type

conference paper

Language

en

Original abstract

The literature presents several models of the vocal folds function. Most authors base their constructions on Bernoulli's effect in which the driving force of the vocal folds is the air underpressure during its passage through the narrowed glottis. The paper focuses on the definition of a new functional model of generating loud vowels. The model is based on the principle of the compressed air buble.

Czech abstract

V literatuře je prezentováno mnoho modelů funkce hlasivek. Většina autorů v nich prezentuje jako nejvýznamnější hnací efekt hlasivek podtlak vzduchu v mezeře glotis při průchodu touto mezerou. Příspěvek definuje nový funkční model generování zdrojového hlasu. Model je založen na principu bublin tlakového vzduchu při fonaci zdrojového hlasu.

English abstract

The literature presents several models of the vocal folds function. Most authors base their constructions on Bernoulli's effect in which the driving force of the vocal folds is the air underpressure during its passage through the narrowed glottis. The paper focuses on the definition of a new functional model of generating loud vowels. The model is based on the principle of the compressed air buble.

Keywords in Czech

vokální trakt, princip bubliny tlakového vzduchu, model funkce hlasivek

Keywords in English

vokální trakt, princip bubliny tlakového vzduchu, model funkce hlasivek

RIV year

2004

Released

31.07.2004

Location

Ischia, Naples-Italy

ISBN

88-7780-308-8

Book

MEDICON and HEALTH TELEMATICS 2004

Pages from–to

320–325

Pages count

6

BIBTEX


@inproceedings{BUT7464,
  author="Vojtěch {Mišun},
  title="Vocal folds function modelling by means of principle of compressive air buble",
  booktitle="MEDICON and HEALTH TELEMATICS 2004",
  year="2004",
  month="July",
  pages="320--325",
  address="Ischia, Naples-Italy",
  isbn="88-7780-308-8"
}