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Audiology Volume 38, 1999 - Issue 2
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Original Article

Speech Intelligibility in Noisy Environments with One- and Two-microphone Hearing Aids

Jan Wouters Lab. Exp. ORL, K.U. Leuven, Leuven, Belgium
,
Luc Litière Lab. Exp. ORL, K.U. Leuven, Leuven, Belgium
&
Astrid van Wieringen Lab. Exp. ORL, K.U. Leuven, Leuven, Belgium
Pages 91-98 | Received 18 Feb 1998, Accepted 02 Jul 1998, Published online: 07 Jul 2009

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Steen Østergaard Olsen, Lars Holme Nielsen, Johannes Lantz & K. Jonas Brännström. (2012) Acceptable noise level: Repeatability with Danish and non-semantic speech materials for adults with normal hearing. International Journal of Audiology 51:7, pages 557-563.
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Gohar Nikoghosyan, Philip Sibelle & Agnete Parving. (2008) Subjective outcome of hearing aids – a longitudinal study: Brief communication. Audiological Medicine 6:4, pages 259-264.
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Agnete Parving & Philip Sibelle. (2001) Clinical Study of Hearing Instruments: A Cross-sectional Longitudinal Audit Based on Consumer Experiences:Estudio clinico de auxiliares auditivos: Revision transversal de revisión basado en las experiencias del consumidor. Audiology 40:1, pages 43-53.
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Monique Boymans & Wouter A. Dreschler. (2000) Field Trials Using a Digital Hearing Aid with Active Noise Reduction and Dual-Microphone Directionality: Estudios de campo utilizando un audifono digital con reduccion activa del ruido y micrófono de direccionalidad dual. Audiology 39:5, pages 260-268.
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Articles from other publishers (24)

Nathan C. Higgins, Daniel A. Pupo, Erol J. Ozmeral & David A. Eddins. (2023) Head movement and its relation to hearing. Frontiers in Psychology 14.
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Naim Mansour, Marton Marschall, Adam Westermann, Tobias May & Torsten Dau. (2022) The effect of hearing aid dynamic range compression on speech intelligibility in a realistic virtual sound environment. The Journal of the Acoustical Society of America 151:1, pages 232-241.
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Charlotte T. Jespersen, Brent C. Kirkwood & Jennifer Groth. (2021) Increasing the Effectiveness of Hearing Aid Directional Microphones. Seminars in Hearing 42:03, pages 224-236.
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Samantha J. Gustafson, Todd A. Ricketts & Erin M. Picou. (2021) Individual Differences Offer Insight Into Clinical Recommendations for Directional and Remote Microphone Technology Use in Children. Journal of Speech, Language, and Hearing Research 64:2, pages 635-650.
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Guido Mühlmeier, Eberhard Aigner, Iris Brumma, Alexander Schlegel & Matthias Tisch. (2018) BENEFIT FROM AN AUDIO PROCESSOR UPGRADE IN EXPERIENCED USERS OF AN ACTIVE MIDDLE EAR IMPLANT: SPEECH UNDERSTANDING IN NOISE AND SUBJECTIVE ASSESSMENT. Journal of Hearing Science 8:3, pages 27-34.
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Susan R. S. Bissmeyer & Raymond L. Goldsworthy. (2017) Adaptive spatial filtering improves speech reception in noise while preserving binaural cues. The Journal of the Acoustical Society of America 142:3, pages 1441-1453.
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David McShefferty, William M. Whitmer & Michael A. Akeroyd. (2015) The Just-Noticeable Difference in Speech-to-Noise Ratio. Trends in Hearing 19, pages 233121651557231.
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Ryan W. McCreery, Rebecca A. Venediktov, Jaumeiko J. Coleman & Hillary M. Leech. (2012) An Evidence-Based Systematic Review of Directional Microphones and Digital Noise Reduction Hearing Aids in School-Age Children With Hearing Loss. American Journal of Audiology 21:2, pages 295-312.
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Mario D. Wolframm, Nadia Giarbini & Christian Streitberger. (2012) Speech-in-Noise and Subjective Benefit With Active Middle Ear Implant Omnidirectional and Directional Microphones. Otology & Neurotology 33:4, pages 618-622.
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Yoshikazu Tanaka & Kimio Shiraishi. (2011) Classification of noises and environmental sounds by auditory impression using a Semantic Differential method for hearing-aid fitting. AUDIOLOGY JAPAN 54:2, pages 130-137.
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Susan Scollie. (2010) Hearing Aid Signal Processing for Children: When and How to Use It. Perspectives on Hearing and Hearing Disorders in Childhood 20:2, pages 63-69.
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Yu-Hsiang Wu & Ruth A. Bentler. (2010) Impact of Visual Cues on Directional Benefit and Preference: Part I—Laboratory Tests. Ear & Hearing 31:1, pages 22-34.
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King Chung, Arlene C. Neuman & Michael Higgins. (2008) Effects of in-the-ear microphone directionality on sound direction identification. The Journal of the Acoustical Society of America 123:4, pages 2264-2275.
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King Chung, Fan-Gang Zeng & Kyle N. Acker. (2006) Effects of directional microphone and adaptive multichannel noise reduction algorithm on cochlear implant performance. The Journal of the Acoustical Society of America 120:4, pages 2216-2227.
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Harold H. Kim & David M. Barrs. (2016) Hearing Aids: A Review of What's New. Otolaryngology–Head and Neck Surgery 134:6, pages 1043-1050.
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Heleen Luts, Jean-Baptiste Maj, Wim Soede & Jan Wouters. (2004) Better Speech Perception in Noise With an Assistive Multimicrophone Array for Hearing Aids. Ear and Hearing 25:5, pages 411-420.
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Jean-Baptiste Maj, Jan Wouters & Marc Moonen. (2004) Noise Reduction Results of an Adaptive Filtering Technique for Dual-Microphone Behind-the-Ear Hearing Aids. Ear and Hearing 25:3, pages 215-229.
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King Chung. (2016) Challenges and Recent Developments in Hearing Aids: Part I. Speech Understanding in Noise, Microphone Technologies and Noise Reduction Algorithms. Trends in Amplification 8:3, pages 83-124.
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Todd Ricketts, Paula Henry & David Gnewikow. (2003) Full Time Directional versus User Selectable Microphone Modes in Hearing Aids. Ear and Hearing 24:5, pages 424-439.
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. 2003. Assistive Technology for the Hearing-impaired, Deaf and Deafblind. Assistive Technology for the Hearing-impaired, Deaf and Deafblind 71 115 .
Todd Andrew Ricketts. (2016) Directional Hearing Aids. Trends in Amplification 5:4, pages 139-176.
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Jan Wouters & Jeff Vanden Berghe. (2001) Speech Recognition in Noise for Cochlear Implantees with a Two-Microphone Monaural Adaptive Noise Reduction System. Ear and Hearing 22:5, pages 420-430.
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Todd Ricketts, George Lindley & Paula Henry. (2001) Impact of Compression and Hearing Aid Style on Directional Hearing Aid Benefit and Performance. Ear and Hearing 22:4, pages 348-361.
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Martin Kompis & Norbert Dillier. (2001) Performance of an adaptive beamforming noise reduction scheme for hearing aid applications. I. Prediction of the signal-to-noise-ratio improvement. The Journal of the Acoustical Society of America 109:3, pages 1123-1133.
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