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Audiology Volume 37, 1998 - Issue 3
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Original Article

Speech Intelligibility in Noise with Fast Compression Hearing Aids

J. Verschuure Audiological Centre ENT Department Erasmus, University Rotterdam, The Netherlands
,
F. J. Benning Audiological Centre ENT Department Erasmus, University Rotterdam, The Netherlands
,
M. Van Cappellen Audiological Centre ENT Department Erasmus, University Rotterdam, The Netherlands
,
W. A. Dreschler Academic Medical Centre Department of Clinical Audiology, University Hospital, Amsterdam, The Netherlands
&
P. P. Boeremans Academic Medical Centre Department of Clinical Audiology, University Hospital, Amsterdam, The Netherlands
Pages 127-150 | Received 06 Jan 1997, Accepted 13 Jun 1997, Published online: 07 Jul 2009

Citations (15)

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Read on this site (7)

A. Goedegebure, M. Goedegebure-Hulshof, W.A. Dreschler & J. Verschuure. (2005) Evaluation of phoneme compression schemes designed to compensate for temporal and spectral masking in background noise. International Journal of Audiology 44:11, pages 647-655.
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Henrik L. Olsen, Åke Olofsson & Björn Hagerman. (2005) The effect of audibility, signal-to-noise ratio, and temporal speech cues on the benefit from fast-acting compression in modulated noise. International Journal of Audiology 44:7, pages 421-433.
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Henrik L. Olsen, Åke Olofsson & Björn Hagerman. (2004) The effect of presentation level and compression characteristics on sentence recognition in modulated noise. International Journal of Audiology 43:5, pages 283-294.
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André Goedegebure, Marieke Goedegebure-Hulshof, Hans Verschuure & Wouter A. Dreschler. (2002) The effects of phonemic compression and anti-upward-spread-of-masking (anti-USOM) on the perception of articulatory features in hearing-impaired listeners: Efectos de la compresión fonémica y de la difusión anti-ascendente-del-enmascaramiento (anti-usom) en la percepción de rasgos articulatorios, en sujetos con discapacidad auditiva. International Journal of Audiology 41:7, pages 414-428.
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Thijs van Toor & Hans Verschuure. (2002) Effects of high-frequency emphasis and compression time constants on speech intelligibility in noise: Efectos del énfasis en alta frecuencia y las constantes de compresión de tiempo en la inteligibilidad del lenguaje en ambiente ruidoso. International Journal of Audiology 41:7, pages 379-394.
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André Goedegebure, Marieke Hulshof, Ronald J.J. Maas, Wouter A. Dreschler & Hans Verschuure. (2001) Effects of Single-Channel Phonemic Compression Schemes on the Understanding of Speech by Hearing-Impaired Listeners:Efectos de los esquemas de compresión fonémica en un canal en unico sobre la comprensión del lenguaje en personas con impedimentos auditivos. Audiology 40:1, pages 10-25.
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Jan Wouters, Luc Litière & Astrid van Wieringen. (1999) Speech Intelligibility in Noisy Environments with One- and Two-microphone Hearing Aids. Audiology 38:2, pages 91-98.
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Articles from other publishers (8)

Sam Denys, Jan De Laat, Wouter Dreschler, Michael Hofmann, Astrid van Wieringen & Jan Wouters. (2019) Language-Independent Hearing Screening Based on Masked Recognition of Ecological Sounds. Trends in Hearing 23, pages 233121651986656.
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Evelyn Davies-Venn, Pamela Souza, Marc Brennan & G Christopher Stecker. (2009) Effects of Audibility and Multichannel Wide Dynamic Range Compression on Consonant Recognition for Listeners with Severe Hearing Loss. Ear & Hearing 30:5, pages 494-504.
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Gitte Keidser, David Hartley & Lyndal Carter. (2008) Long-Term Usage of Modern Signal Processing by Listeners With Severe or Profound Hearing Loss: A Retrospective Survey. American Journal of Audiology 17:2, pages 136-146.
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Elizabeth Convery, Gitte Keidser & Lyndal Carter. (2008) Transitioning Hearing Aid Users With Severe and Profound Hearing Loss From Linear to Nonlinear Amplification: Three Case Studies. Australian and New Zealand Journal of Audiology 30:1, pages 73-85.
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Zhengxuan Zhao, Pei-Luen Patrick Rau & Aizhi Yang. (2005) Enhancing hearing of computer commands for the aging Chinese population by filtering the initial consonant sounds. International Journal of Industrial Ergonomics 35:12, pages 1133-1145.
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Pamela E. Souza. (2016) Effects of Compression on Speech Acoustics, Intelligibility, and Sound Quality. Trends in Amplification 6:4, pages 131-165.
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Todd Andrew Ricketts. (2016) Directional Hearing Aids. Trends in Amplification 5:4, pages 139-176.
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Benjamin W. Y. Hornsby & Todd A. Ricketts. (2001) The effects of compression ratio, signal-to-noise ratio, and level on speech recognition in normal-hearing listeners. The Journal of the Acoustical Society of America 109:6, pages 2964-2973.
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