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Audiology Volume 15, 1976 - Issue 5
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Original Article

Use of Frequency-Shifted/Time-Compressed Speech with Hearing-Impaired Children

Daniel S. Beasley Audiology and Speech Sciences, Michigan State University, East Lansing, Mich., Southwest Center for the Hearing-Impaired, Beaumont, Tex; Department of Audiology and Speech Sciences, Michigan State University, East Lansing, MI, 48824, USA
,
Nancy L. Mosher Audiology and Speech Sciences, Michigan State University, East Lansing, Mich., Southwest Center for the Hearing-Impaired, Beaumont, Tex; Division of Communication Disorders, North Texas State University, Denton, Tex
&
Daniel J. Orchik Audiology and Speech Sciences, Michigan State University, East Lansing, Mich., Southwest Center for the Hearing-Impaired, Beaumont, Tex; Division of Communication Disorders, North Texas State University, Denton, Tex
Pages 395-406 | Published online: 07 Jul 2009

Citations (15)

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Read on this site (2)

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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B.M. MacArdle, C. West, J. Bradley, S. Worth, J. Mackenzie & S.C. Bellman. (2001) A study of the application of a frequency transposition hearing system in children. British Journal of Audiology 35:1, pages 17-29.
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Articles from other publishers (13)

Rajani S. Pujar & P. N. Kulkarni. (2021) Speech Intelligibility Improvement based on Noise Reduction and Frequency Compression Technique. Speech Intelligibility Improvement based on Noise Reduction and Frequency Compression Technique.
Rajani S. Pujar & P. N. Kulkarni. (2019) Cascaded Structure of Noise Reduction and Multiband Frequency Compression of speech signal to Improve Speech Perception for monaural Hearing Aids. Cascaded Structure of Noise Reduction and Multiband Frequency Compression of speech signal to Improve Speech Perception for monaural Hearing Aids.
Rajani S. Pujar & P. N. Kulkarni. (2017) Frequency compression of speech for improving speech perception in sensorineural hearing loss: FBS approach. Frequency compression of speech for improving speech perception in sensorineural hearing loss: FBS approach.
Zhaoyang GUO, Bo WANG & Xin'an WANG. (2017) A Comprehensive Method to Improve Loudness Compensation and High-Frequency Speech Intelligibility for Digital Hearing Aids. IEICE Transactions on Fundamentals of Electronics, Communications and Computer Sciences E100.A:7, pages 1552-1556.
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Jinryoul KimHeesung ParkSun-Hwa JinWoori ParkYoung Sang ChoSung Hwa HongIl Joon Moon. (2016) Early Experience of Non-Linear Frequency Compression Technology in Patients with High-Frequency Hearing Loss. Korean Journal of Otorhinolaryngology-Head and Neck Surgery 59:2, pages 96.
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Mohammed Alnahwi & Zeinab A. AlQudehy. (2015) Comparison between frequency transposition and frequency compression hearing aids. The Egyptian Journal of Otolaryngology 31:1, pages 10-18.
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Ryan W. McCreery, Rebecca A. Venediktov, Jaumeiko J. Coleman & Hillary M. Leech. (2012) An Evidence-Based Systematic Review of Frequency Lowering in Hearing Aids for School-Age Children With Hearing Loss. American Journal of Audiology 21:2, pages 313-328.
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Ying-Yee Kong & Ala Mullangi. (2012) On the development of a frequency-lowering system that enhances place-of-articulation perception. Speech Communication 54:1, pages 147-160.
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Andrea Simpson. (2009) Frequency-Lowering Devices for Managing High-Frequency Hearing Loss: A Review. Trends in Amplification 13:2, pages 87-106.
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René H. Gifford, Michael F. Dorman, Anthony J. Spahr & Sharon A. McKarns. (2007) Effect of Digital Frequency Compression (DFC) on Speech Recognition in Candidates for Combined Electric and Acoustic Stimulation (EAS). Journal of Speech, Language, and Hearing Research 50:5, pages 1194-1202.
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Hugh J. McDermott, Voula P. Dorkos, Michelle R. Dean & Teresa Y. C. Ching. (1999) Improvements in Speech Perception With Use of the AVR TranSonic Frequency-Transposing Hearing Aid. Journal of Speech, Language, and Hearing Research 42:6, pages 1323-1335.
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Christopher W. Turner & Richard R. Hurtig. (1999) Proportional frequency compression of speech for listeners with sensorineural hearing loss. The Journal of the Acoustical Society of America 106:2, pages 877-886.
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Qian-Jie Fu & Robert V. Shannon. (1999) Recognition of spectrally degraded and frequency-shifted vowels in acoustic and electric hearing. The Journal of the Acoustical Society of America 105:3, pages 1889-1900.
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