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International Journal of Audiology Volume 45, 2006 - Issue 11
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Original Article

Frequency-compression outcomes in listeners with steeply sloping audiograms

Resultados de la compresión de frecuencia en oyentes con audiogramas de pendiente pronunciada

Andrea Simpson The Cooperative Research Centre for Cochlear Implant and Hearing Aid Innovation, Melbourne, Australia; Department of Otolaryngology, The University of Melbourne, AustraliaCorrespondence[email protected]
,
Adam A. Hersbach The Cooperative Research Centre for Cochlear Implant and Hearing Aid Innovation, Melbourne, Australia; The Bionic Ear Institute, Melbourne, Australia
&
Hugh J. Mcdermott The Cooperative Research Centre for Cochlear Implant and Hearing Aid Innovation, Melbourne, Australia; Department of Otolaryngology, The University of Melbourne, Australia
Pages 619-629 | Published online: 07 Jul 2009

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Xueqing Chen, Yanyan You, Jing Yang, Jinyu Qian, Qian Lu, Volker Kuehnel, Julia Rehmann, Bo Liu & Li Xu. (2020) Effects of nonlinear frequency compression on Mandarin speech and sound-quality perception in hearing-aid users. International Journal of Audiology 59:7, pages 524-533.
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Andrea Simpson, Alicia Bond, Michelle Loeliger & Sandy Clarke. (2018) Speech intelligibility benefits of frequency-lowering algorithms in adult hearing aid users: a systematic review and meta-analysis. International Journal of Audiology 57:4, pages 249-261.
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Lidwien C. E. Veugen, Josef Chalupper, Lucas H. M. Mens, Ad F. M. Snik & A. John van Opstal. (2017) Effect of extreme adaptive frequency compression in bimodal listeners on sound localization and speech perception. Cochlear Implants International 18:5, pages 266-277.
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Marina Salorio-Corbetto, Thomas Baer & Brian C. J. Moore. (2017) Quality ratings of frequency-compressed speech by participants with extensive high-frequency dead regions in the cochlea. International Journal of Audiology 56:2, pages 106-120.
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Christi W. Miller, Emily Bates & Marc Brennan. (2016) The effects of frequency lowering on speech perception in noise with adult hearing-aid users. International Journal of Audiology 55:5, pages 305-312.
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Nagwa Hazzaa, Dalia Mohamed Hassan & Abeer Hassan. (2016) Evaluation of non-linear frequency compression hearing aids using speech P1-cortical auditory evoked potential. Hearing, Balance and Communication 14:1, pages 36-43.
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Bruna S. S. Mussoi & Ruth A. Bentler. (2015) Impact of frequency compression on music perception. International Journal of Audiology 54:9, pages 627-633.
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Rachel J. Ellis & Kevin J. Munro. (2015) Predictors of aided speech recognition, with and without frequency compression, in older adults. International Journal of Audiology 54:7, pages 467-475.
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Erin M. Picou, Steven C. Marcrum & Todd A. Ricketts. (2015) Evaluation of the effects of nonlinear frequency compression on speech recognition and sound quality for adults with mild to moderate hearing loss. International Journal of Audiology 54:3, pages 162-169.
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Rachel J. Ellis & Kevin J. Munro. (2015) Benefit from, and acclimatization to, frequency compression hearing aids in experienced adult hearing-aid users. International Journal of Audiology 54:1, pages 37-47.
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Ann-Marie Dickinson, Richard Baker, Catherine Siciliano & Kevin J. Munro. (2014) Adaptation to nonlinear frequency compression in normal-hearing adults: A comparison of training approaches. International Journal of Audiology 53:10, pages 719-729.
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Kathryn Hopkins, Mumtaz Khanom, Ann-Marie Dickinson & Kevin J. Munro. (2014) Benefit from non-linear frequency compression hearing aids in a clinical setting: The effects of duration of experience and severity of high-frequency hearing loss. International Journal of Audiology 53:4, pages 219-228.
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Thomas Lenarz, Chris James, Domenico Cuda, Alec Fitzgerald O’Connor, Bruno Frachet, Johan H.M. Frijns, Thomas Klenzner, Roland Laszig, Manuel Manrique, Mathieu Marx, Paul Merkus, Emmanuel A.M. Mylanus, Erwin Offeciers, Joerg Pesch, Angel Ramos-Macias, Alain Robier, Olivier Sterkers & Alain Uziel. (2013) European multi-centre study of the Nucleus Hybrid L24 cochlear implant. International Journal of Audiology 52:12, pages 838-848.
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Rachel J. Ellis & Kevin J. Munro. (2013) Does cognitive function predict frequency compressed speech recognition in listeners with normal hearing and normal cognition?. International Journal of Audiology 52:1, pages 14-22.
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. (2012) Abstracts of the British Society of Audiology annual conference (incorporating the Experimental and Clinical Short papers meetings). International Journal of Audiology 51:3, pages 220-277.
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Jace Wolfe, Andrew John, Erin Schafer, Myriel Nyffeler, Michael Boretzki, Teresa Caraway & Mary Hudson. (2011) Long-term effects of non-linear frequency compression for children with moderate hearing loss. International Journal of Audiology 50:6, pages 396-404.
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Danielle Glista, Susan Scollie, Marlene Bagatto, Richard Seewald, Vijay Parsa & Andrew Johnson. (2009) Evaluation of nonlinear frequency compression: Clinical outcomes. International Journal of Audiology 48:9, pages 632-644.
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Joanna D. Robinson, Thomas H. Stainsby, Thomas Baer & Brian C.J. Moore. (2009) Evaluation of a frequency transposition algorithm using wearable hearing aids. International Journal of Audiology 48:6, pages 384-393.
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Parivash Ranjbar, Erik Borg, Lennart Philipson & Dag Stranneby. (2008) Auditive identification of signal-processed environmental sounds: Monitoring the environment. International Journal of Audiology 47:12, pages 724-736.
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Marwa Mahmoud Saleh, Hassnaa Othman Mohammed, Iman Sadek El Danasoury, Dalia Mohamed Hassan, Sally A. Sarwat & Dina A. Elrefaie. (2022) Egyptian vowel second formant in isolation and in transition following high-frequency fricatives by NLFC hearing aid in children: how does the pattern compare to typically hearing peers?. The Egyptian Journal of Otolaryngology 38:1.
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Snandan Sharma, Waldo Nogueira, A. John van Opstal, Josef Chalupper, Lucas H. M. Mens & Marc M. van Wanrooij. (2021) Amount of Frequency Compression in Bimodal Cochlear Implant Users Is a Poor Predictor for Audibility and Spatial Hearing. Journal of Speech, Language, and Hearing Research 64:12, pages 5000-5013.
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Marc A. Brennan & Ryan W. McCreery. (2022) Audibility and Spectral-Ripple Discrimination Thresholds as Predictors of Word Recognition with Nonlinear Frequency Compression. Journal of the American Academy of Audiology 32:09, pages 596-605.
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Jungmin Ahn, Ji Eun Choi, Ju Yong Kang, Ik Joon Choi, Myung-Chul Lee, Byeong-Cheol Lee, Sung Hwa Hong & Il Joon Moon. (2021) The Influence of Non-Linear Frequency Compression on the Perception of Speech and Music in Patients with High Frequency Hearing Loss. Journal of Audiology and Otology 25:2, pages 80-88.
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P. N. Kulkarni, P. C. Pandey & D. S. Jangamashetti. (2009) Multi-band frequency compression for sensorineural hearing impairment. Multi-band frequency compression for sensorineural hearing impairment.
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P. N. Kulkarni, P. C. Pandey & D. S. Jangamashetti. (2009) Multi-band frequency compression for reducing the effects of spectral masking. International Journal of Speech Technology 10:4, pages 219-227.
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Brian C.J. Moore. 2007. Cochlear Hearing Loss. Cochlear Hearing Loss 287 326 .

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