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EVALUATION OF SIGNAL ENHANCEMENT ALGORITHMS FOR HEARING INSTRUMENTS
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BibTeX
@MISC{Eneman_evaluationof,
author = {Koen Eneman and Heleen Luts and Jan Wouters and Michael Büchler and Norbert Dillier and Wouter Dreschler and Matthias Froehlich and Giso Grimm and Volker Hohmann and Rolph Houben and Arne Leijon and Anthony Lombard and Dirk Mauler and Marc Moonen and Henning Puder and Michael Schulte and Ann Spriet and Matthias Vormann},
title = {EVALUATION OF SIGNAL ENHANCEMENT ALGORITHMS FOR HEARING INSTRUMENTS},
year = {}
}
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Abstract
In the frame of the HearCom 1 project five promising signal enhancement algorithms are validated for future use in hearing instrument devices. To assess the algorithm performance solely based on simulation experiments, a number of physical evaluation measures have been proposed that incorporate basic aspects of normal and impaired human hearing. Additionally, each of the algorithms has been implemented on a common real-time hardware/software platform, which facilitates a profound subjective validation of the algorithm performance. Recently, a multicenter study has been set up across five different test centers in Belgium, the Netherlands, Germany and Switzerland to perceptually evaluate the selected signal enhancement approaches with normally hearing and hearing impaired listeners. 1.
Keyphrases
algorithm performance multicenter study signal enhancement approach physical evaluation measure future use impaired human hearing promising signal enhancement algorithm instrument device incorporate basic aspect different test center profound subjective validation simulation experiment common real-time hardware software platform impaired listener
