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International Journal of Audiology Volume 44, 2005 - Issue 5
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Original Article

Manufacturer Predicted And Measured REAR Values In Adult Hearing Aid Fitting: Accuracy And Clinical Usefulness

Nancy L. Aarts Department of Speech Pathology and Audiology, University of South Alabama, Mobile, AL, USACorrespondence[email protected]
, PhD &
Carrie S. Caffee Department of Speech Pathology and Audiology, University of South Alabama, Mobile, AL, USA
Pages 293-301 | Received 14 May 2004, Published online: 07 Jul 2009

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Nur Azyani Amri, Tian Kar Quar, Foong Yen Chong & Marlene Bagatto. (2022) Optimising hearing aid output to paediatric prescriptive targets improves outcomes in children. International Journal of Audiology 61:11, pages 924-931.
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Sam Denys, Matthias Latzel, Tom Francart & Jan Wouters. (2019) A preliminary investigation into hearing aid fitting based on automated real-ear measurements integrated in the fitting software: test–retest reliability, matching accuracy and perceptual outcomes. International Journal of Audiology 58:3, pages 132-140.
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Kevin J. Munro, Reema Puri, Judith Bird & Mark Smith. (2016) Using probe-microphone measurements to improve the match to target gain and frequency response slope, as a function of earmould style, frequency, and input level. International Journal of Audiology 55:4, pages 215-223.
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Hashir Aazh, Brian C.J. Moore & Deepak Prasher. (2012) Real ear measurement methods for open fit hearing aids: Modified pressure concurrent equalization (MPCE) versus modified pressure stored equalization (MPSE). International Journal of Audiology 51:2, pages 103-107.
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Paul Shaw. (2010) Are real-ear measurements (REM) accurate when using the modified pressure with stored equalization (MPSE) method?. International Journal of Audiology 49:6, pages 463-466.
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Articles from other publishers (21)

Lindsey Jorgensen, Rachel Barrett, David Jedlicka, Jessica Messersmith & Sheila Pratt. (2022) Real-Ear-to-Coupler Difference: Physical and Perceptual Differences. American Journal of Audiology 31:4, pages 1088-1097.
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Zoe Duckworth, Adam Beckman & Antje Heinrich. (2022) Did Changes to Adult Hearing Aid Pathways Due to COVID-19 Affect Patient Outcomes? A Service Evaluation. American Journal of Audiology 31:3S, pages 876-891.
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Hidenobu Taiji, Yasuhide Okamoto & Jin Kanzaki. (2022) Anticipating real-ear insertion response using an external auditory canal model. Auris Nasus Larynx 49:3, pages 389-395.
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Sreena Ediyarath Narayanan & Puttabasappa Manjula. (2022) Comparison of performance with hearing aid programmed to NAL-NL1 first-fit and optimized-fit. CoDAS 34:1.
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Carlos R. Benitez-Barrera & Beatriz De Diego-Lázaro. (2021) Servicios y Formación de los Técnicos Superiores en Audiología Protésica en España: Una Comparación con el Modelo de Audiólogo General. Auditio 5:3, pages e78.
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Andre Dao, Paula Folkeard, Sandra Baker, John Pumford & Susan Scollie. (2020) Fit-to-Targets and Aided Speech Intelligibility Index Values for Hearing Aids Fitted to the DSL v5-Adult Prescription. Journal of the American Academy of Audiology 32:02, pages 090-098.
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Ibrahim Almufarrij, Harvey Dillon & Kevin J. Munro. (2021) Does Probe-Tube Verification of Real-Ear Hearing Aid Amplification Characteristics Improve Outcomes in Adults? A Systematic Review and Meta-Analysis. Trends in Hearing 25, pages 233121652199956.
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Ibrahim Almufarrij, Kevin J Munro & Harvey Dillon. (2020) Does probe-tube verification of real-ear hearing aid amplification characteristics improve outcomes in adult hearing aid users? A protocol for a systematic review. BMJ Open 10:7, pages e038113.
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AhmadA Alanazi. (2020) Verification and validation measures of hearing aid outcome: Audiologists' practice in Saudi Arabia. Saudi Journal for Health Sciences 9:2, pages 88.
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Nur Azyani Amri, Tian Kar Quar & Foong Yen Chong. (2019) Meeting the Best Practice for Hearing Aid Verification in Children: Challenges and Future Directions. American Journal of Audiology 28:4, pages 877-894.
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Marília Cancian Bertozzo & Wanderléia Quinhoneiro Blasca. (2019) Análise comparativa dos métodos prescritivos NAL-NL2 e DSL v5.0a na adaptação do AASI em idosos. CoDAS 31:4.
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Young-Soo Chang, Hye Im Jung & Yang-Sun Cho. (2018) Comparison of Clinical Usefulness of Program-Assisted and Real Ear Measurement-Assisted Hearing Aids Fitting. Korean Journal of Otorhinolaryngology-Head and Neck Surgery 61:12, pages 663-668.
Crossref
Ron Leavitt. (2018) Wireless Connectivity in Hearing Aids and Cochlear Implants. Perspectives of the ASHA Special Interest Groups 3:7, pages 24-35.
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Eman Abdel-Fattah Said. (2017) Factors impacting hearing aid performance outcomes for Egyptian hearing impaired children. Egyptian Journal of Ear, Nose, Throat and Allied Sciences 18:3, pages 207-216.
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Lindsey E. Jorgensen. (2016) Verification and validation of hearing aids: Opportunity not an obstacle. Journal of Otology 11:2, pages 57-62.
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Carla Fonseca Moraes Tonelini, Luciana Paula Garolla & Maria Cecília Martinelli Iório. (2016) Avaliação da percepção de fala em usuários de próteses auditivas após ajuste fino via mapeamento de fala com estímulo em Português. Audiology - Communication Research 21:0.
Crossref
Marc A. Brennan, Frederick J. Gallun, Pamela E. Souza & G. Christopher Stecker. (2013) Temporal Resolution With a Prescriptive Fitting Formula. American Journal of Audiology 22:2, pages 216-225.
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Hashir Aazh, Brian C. J. Moore & Deepak Prasher. (2012) The Accuracy of Matching Target Insertion Gains With Open-Fit Hearing Aids. American Journal of Audiology 21:2, pages 175-180.
Crossref
Deborah Viviane Ferrari, Gabriela Rosito Alvarez Bernardez-Braga & Patrícia Danieli Campos. (2011) Verificação da prótese auditiva realizada face a face e via teleconsulta: medidas repetidas. Revista CEFAC 14:6, pages 1061-1071.
Crossref
Gerald E. MillerGerald E. Miller. 2006. Basic Probability Theory for Biomedical Engineers. Basic Probability Theory for Biomedical Engineers 6 59 .
Gerald E. Miller. 2006. Basic Probability Theory for Biomedical Engineers. Basic Probability Theory for Biomedical Engineers.

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