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Scandinavian Audiology Volume 27, 1998 - Issue 4
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Research Article

Non-Linear Signal Processing in Digital Hearing Aids

Thomas Lunner Department of Neuroscience, Division of Technical Audiology, Linkoping University, Sweden;
,
Johan Hellgren Department of Neuroscience, Division of Technical Audiology, Linkoping University, Sweden;
,
Stig Arlinger Oticon Research Unit, Eriksholm, Snekkersten, Denmark
&
Claus Elberling Department of Neuroscience, Division of Technical Audiology, Linkoping University, Sweden;
Pages 40-49 | Published online: 12 Oct 2009

Citations (6)

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Read on this site (1)

Brian C. J. Moore, Thomas H. Stainsby, José I. Alcántara & Volker Ku¨hnel. (2004) The effect on speech intelligibility of varying compression time constants in a digital hearing aid. International Journal of Audiology 43:7, pages 399-409.
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Articles from other publishers (5)

Shubham C. Anjankar & Kunal P. Ambhore. (2015) Speech signal processing implementation for hearing impairment based on FPGA. Speech signal processing implementation for hearing impairment based on FPGA.
Kathryn H. Arehart, James M. Kates & Melinda C. Anderson. (2010) Effects of Noise, Nonlinear Processing, and Linear Filtering on Perceived Speech Quality. Ear & Hearing 31:3, pages 420-436.
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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.
Crossref
Brian C. J. Moore. (2008) The Choice of Compression Speed in Hearing Aids: Theoretical and Practical Considerations and the Role of Individual Differences. Trends in Amplification 12:2, pages 103-112.
Crossref
E. Onat, M. Ahmadi, G.A. Jullien & W.C. Miller. (2000) Optimized delay characteristics for a hearing instrument filter bank. Optimized delay characteristics for a hearing instrument filter bank.

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