Publication detail

Decomposition of Transient Signals in Cochlea - Problems of 2D Cochlea Model Development

DUŠEK, D. OUALI, B. PELLANT, K.

Czech title

Decomposition of Transient Signals in Cochlea - Problems of 2D Cochlea Model Development

English title

Decomposition of Transient Signals in Cochlea - Problems of 2D Cochlea Model Development

Type

conference proceedings

Language

sk

Original abstract

We have developed an 2D model of human cochlea that fulfills the conditions of cochley as frequency analyze. As a result of our mathematical modeling on 2D model the functioning of human cochlea as frequency analyzer was confirmed pursuant to the mechanical response from the stapes movements. The conformity with the results of Békésy experiments was achieved i.e. the position of maximal amplitude vibrations of basilar membrane was depending on frequency. We are continuing to test the model for more numerical experiments in order to simulate the function of coclea as the analyzer of transition signals. We believe our results demostrate the promise of large scale computational modelling approach to the study of ear mechanics

Czech abstract

We have developed an 2D model of human cochlea that fulfills the conditions of cochley as frequency analyze. As a result of our mathematical modeling on 2D model the functioning of human cochlea as frequency analyzer was confirmed pursuant to the mechanical response from the stapes movements. The conformity with the results of Békésy experiments was achieved i.e. the position of maximal amplitude vibrations of basilar membrane was depending on frequency. We are continuing to test the model for more numerical experiments in order to simulate the function of coclea as the analyzer of transition signals. We believe our results demostrate the promise of large scale computational modelling approach to the study of ear mechanics

English abstract

We have developed an 2D model of human cochlea that fulfills the conditions of cochley as frequency analyze. As a result of our mathematical modeling on 2D model the functioning of human cochlea as frequency analyzer was confirmed pursuant to the mechanical response from the stapes movements. The conformity with the results of Békésy experiments was achieved i.e. the position of maximal amplitude vibrations of basilar membrane was depending on frequency. We are continuing to test the model for more numerical experiments in order to simulate the function of coclea as the analyzer of transition signals. We believe our results demostrate the promise of large scale computational modelling approach to the study of ear mechanics

Keywords in Czech

acoustics, cochley, modelling, FEM, signal

Keywords in English

acoustics, cochley, modelling, FEM, signal

Released

01.06.2009

Publisher

STU Bratislava

ISBN

978-80-227-3093-8

Pages from–to

37–40

Pages count

4

BIBTEX


@proceedings{BUT65948,
  author="Daniel {Dušek} and Bindioa Gilbert {Ouali} and Karel {Pellant},
  title="Decomposition of Transient Signals in Cochlea – Problems of 2D Cochlea Model Development",
  year="2009",
  month="June",
  pages="37--40",
  publisher="STU Bratislava",
  isbn="978-80-227-3093-8"
}