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Brian C. J. Moore ; Roy D. Patterson ; Ian M. Winter ; Robert P. Carlyon ; Hedwig E. Gockel | New York, Berlin : Springer | 2013The International Symposium on Hearing is a highly-prestigious, triennial event where world-class scientists present and discuss the most recent advances in the field of hearing research in animals and humans. Presented papers range from basic t[...]Article
Objective: The main objective of this study is to obtain data assessing normative scores, test-retest reliability, critical differences, and the effect of age for two closed-set consonant-discrimination tests. Design: The two tests are intended[...]Livre
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Objectif : Comparer les préférences pour les sons traités via une aide auditive à compression simulée à cinq canaux équipée de CAM2A et NAL-NL2. Conception : Dans un essai, le même segment de son a été présenté deux fois, une fois avec les param[...]Article
Objectives: To assess whether there are significant differences between speech scores for different hearing aid prescription methods, specifically DSL i/o, DSL V, and NAL-NL1, using age-appropriate closed- and open-set speech tests with young ch[...]Article
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To develop and evaluate a test of the ability to process binaural temporal-fine-structure (TFS) information. The test was intended to provide a graded measure of TFS sensitivity for all listeners. Design: Sensitivity to TFS was assessed at a sen[...]Article
Objective: The objective was to assess the effect of age on thresholds for the TEN(HL) test for diagnosing dead regions in the cochlea, as a function of signal frequency and TEN(HL) level. Design: The TEN(HL) test was administered twice for e[...]Article
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Objective: The objective was to evaluate and select appropriate parameters for a multi-channel transient reduction (MCTR) algorithm for detecting and attenuating transient sounds in speech. Design: In each trial, the same sentence was played tw[...]Article
Contexte : La perte auditive causée par l'exposition à des sons intenses a généralement ses effets les plus importants sur les seuils audiométriques à 4 et 6 kHz. Cependant, dans plusieurs pays, la compensation de la perte auditive due au bruit [...]
