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International Journal of Audiology Volume 43, 2004 - Issue 7
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Original Article

The effect on speech intelligibility of varying compression time constants in a digital hearing aid

Brian C. J. Moore Department of Experimental Psychology, University of Cambridge, Cambridge, UK
,
Thomas H. Stainsby Phonak Hearing Instruments AG, Sta¨fa, Switzerland
,
José I. Alcántara Department of Experimental Psychology, University of Cambridge, Cambridge, UK
&
Volker Ku¨hnel Phonak Hearing Instruments AG, Sta¨fa, Switzerland
Pages 399-409 | Received 10 Mar 2003, Accepted 26 Aug 2003, Published online: 07 Jul 2009

Citations (16)

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Ilja Reinten, Inge de Ronde-Brons, Rolph Houben & Wouter Dreschler. (2019) Subjective evaluation of single microphone noise reduction with different time constants. International Journal of Audiology 58:11, pages 780-789.
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Brian C.J. Moore, Brian R. Glasberg & Michael A. Stone. (2010) Development of a new method for deriving initial fittings for hearing aids with multi-channel compression: CAMEQ2-HF. International Journal of Audiology 49:3, pages 216-227.
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Gaëtan Gilbert, Michael A. Akeroyd & Stuart Gatehouse. (2008) Discrimination of release time constants in hearing-aid compressors. International Journal of Audiology 47:4, pages 189-198.
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Stuart Gatehouse, Graham Naylor & Claus Elberling. (2006) Linear and nonlinear hearing aid fittings – 1. Patterns of benefit. International Journal of Audiology 45:3, pages 130-152.
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Articles from other publishers (12)

Vicky W. Zhang, Sanna Hou, Angela Wong, Christopher Flynn, Jane Oliver, Michelle Weiss, Stacey Milner & Teresa Y. C. Ching. (2023) Audiological characteristics of children with congenital unilateral hearing loss: insights into Age of reliable behavioural audiogram acquisition and change of hearing loss. Frontiers in Pediatrics 11.
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Baljeet Rana & Jörg M. Buchholz. (2018) Effect of improving audibility on better-ear glimpsing using non-linear amplification. The Journal of the Acoustical Society of America 144:6, pages 3465-3474.
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C. Parietti-Winkler, C. Micheyl, S. Laurent, S. Gallego, X. Perrot, B. Godey & M. Robier. 2018. Surdités. Surdités 71 84 .
Enrique A. Lopez-Poveda, Peter T. Johannesen, Patricia Pérez-González, José L. Blanco, Sridhar Kalluri & Brent Edwards. (2017) Predictors of Hearing-Aid Outcomes. Trends in Hearing 21, pages 233121651773052.
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Laura A. D’Aquila, Joseph G. Desloge, Charlotte M. Reed & Louis D. Braida. (2017) Effect of Energy Equalization on the Intelligibility of Speech in Fluctuating Background Interference for Listeners With Hearing Impairment. Trends in Hearing 21, pages 233121651771035.
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Woojae Han, Junghak Lee, Jinsook Kim, Kyeongwon Lee & Dongwook Kim. (2017) Preferred Compression Threshold and Release Time in Quiet and Noisy Conditions for Elderly Korean Hearing Aid Users. Journal of Audiology and Otology 21:3, pages 133-139.
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Paul N. Reinhart, Pamela E. Souza, Nirmal K. Srinivasan & Frederick J. Gallun. (2016) Effects of Reverberation and Compression on Consonant Identification in Individuals with Hearing Impairment. Ear & Hearing 37:2, pages 144-152.
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Brian C. J. Moore & Gerald R. Popelka. 2016. Hearing Aids. Hearing Aids 1 19 .
Lena L. N. Wong & Na Hang. (2014) Development of a Self-Report Tool to Evaluate Hearing Aid Outcomes Among Chinese Speakers. Journal of Speech, Language, and Hearing Research 57:4, pages 1548-1563.
Crossref
Brian C. J. Moore, Christian Füllgrabe & Michael A. Stone. (2011) Determination of Preferred Parameters for Multichannel Compression Using Individually Fitted Simulated Hearing Aids and Paired Comparisons. Ear & Hearing 32:5, pages 556-568.
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Brian C. J. Moore & Christian Füllgrabe. (2010) Evaluation of the CAMEQ2-HF Method for Fitting Hearing Aids With Multichannel Amplitude Compression. Ear & Hearing 31:5, pages 657-666.
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Lu-Feng Shi & Karen A. Doherty. (2008) Subjective and Objective Effects of Fast and Slow Compression on the Perception of Reverberant Speech in Listeners With Hearing Loss. Journal of Speech, Language, and Hearing Research 51:5, pages 1328-1340.
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