Faculty

Institution

Unit

Venue

Linda Norrix

Emeritus & Retired Faculty

University of Arizona

Affiliations

College of Science

Speech, Language, and Hearing Sciences

Linda Norrix is currently serving as a College Of Science Emeritus & Retired Faculty at University of Arizona.

Honors

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Experiences

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Education

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Linda Norrix

University of Arizona

Emeritus & Retired Faculty

You can click a keyword to filter the displayed items

audiology bioacoustics hearing research cognitive science speech perception auditory science neuroscience hearing loss auditory brainstem response communication acoustical engineering pediatrics visual perception auditory physiology acoustic ecology psychoacoustics language development audio analysis human hearing acoustic modeling mcgurk effect stop cluster general anesthesia auditory-visual perception cross-modal context effects disability noise experimental psychology child language applied cognitive psychology traffic psychology animal science wildlife zoology avian biology livestock science second language acquisition second language learning language teaching music perception speech science speech acoustics speechlanguage pathology wildlife biology audio electroacoustics prosody (linguistics) auditory modeling auditory-visual integration specific language impairment acoustic cues auditory-visual speech integration language-learning disabilities hearing status universal standards pediatric audiology minimum response levels cross-check measures

Notable Scholarly Works

Notable Federal Grants

Collaborators

Comment on Yathiraj Vanaja (2018), “Criteria to Classify Children as Having Auditory Processing Disorders”. American Journal of Audiology (2019)

Linda W. NorrixCass Faux

audiologypediatricshearing lossauditory processing disorders

The Effect of Kalman-Weighted Averaging and Artifact Rejection on Residual Noise During Auditory Brainstem Response Testing. American Journal of Audiology (2019)

Linda W. NorrixJulie TheinDavid Velenovsky

auditory physiologybioacousticsartifact rejectionaudiologyresidual noiseaudio analysisauditory sciencehearing researchkalman-weighted averagingneuroscienceauditory brainstem response

Author Response to Peck (2018), “Questionable Use of ‘Nonorganic’ in ‘Estimating Nonorganic Hearing Thresholds’”. American Journal of Audiology (2018)

Linda W. NorrixThomas Muller

author responsequestionable useaudiologynonorganic hearing thresholdscognitive science

Clinicians' Guide to Obtaining a Valid Auditory Brainstem Response to Determine Hearing Status: Signal, Noise, and Cross-Checks. American Journal of Audiology (2018)

Linda W. NorrixDavid Velenovsky

neurologybioacousticshearing statusaudiologynoisehearing loss

Estimating Nonorganic Hearing Thresholds Using Binaural Auditory Stimuli. American Journal of Audiology (2017)

Linda W. NorrixVivian RubianoThomas Muller

audiologycognitive sciencenonorganic hearing thresholdsbinaural auditory stimuli

Unraveling the Mystery of Auditory Brainstem Response Corrections: The Need for Universal Standards. Journal of the American Academy of Audiology (2017)

Linda W NorrixDavid Velenovsky

neurologybioacousticsaudiologyauditory scienceaudio analysishearing researchneuroscienceuniversal standards

Audiometric Thresholds: Stimulus Considerations in Sound Field and Under Earphones. American Journal of Audiology (2015)

Linda W. NorrixAlora Anderson

stimulus considerationsaudiologyaudiometric thresholdssound fieldcognitive science

Hearing Thresholds, Minimum Response Levels, and Cross-Check Measures in Pediatric Audiology. American Journal of Audiology (2015)

Linda W. Norrix

audiologycross-check measuresminimum response levelspediatric audiologyhearing loss

Measuring the Advantage of Kalman-Weighted Averaging for Auditory Brainstem Response Hearing Evaluation in Infants. American Journal of Audiology (2015)

Barbara ConeLinda W. Norrix

audiologybioacousticsneuroscienceauditory brainstem response

Modeling the Influence of Acoustic Coupling of Hearing Aids on Fm Signal-To-Noise Ratio. American Journal of Audiology (2015)

Linda W. NorrixDianne Van TasellJessie RossFrances P. HarrisJames Dean

bioacousticsaudiologyacoustic modelingacoustic couplingfm signal-to-noise rationeuroscienceauditory modeling

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Linda Norrix

Emeritus & Retired Faculty

University of Arizona

Affiliations

College of Science

Speech, Language, and Hearing Sciences

Linda Norrix is currently serving as a College Of Science Emeritus & Retired Faculty at University of Arizona.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Linda Norrix

University of Arizona

Emeritus & Retired Faculty

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Comment on Yathiraj Vanaja (2018), “Criteria to Classify Children as Having Auditory Processing Disorders”. American Journal of Audiology (2019)

Linda W. NorrixCass Faux

audiologypediatricshearing lossauditory processing disorders

The Effect of Kalman-Weighted Averaging and Artifact Rejection on Residual Noise During Auditory Brainstem Response Testing. American Journal of Audiology (2019)

Linda W. NorrixJulie TheinDavid Velenovsky

auditory physiologybioacousticsartifact rejectionaudiologyresidual noiseaudio analysisauditory sciencehearing researchkalman-weighted averagingneuroscienceauditory brainstem response

Author Response to Peck (2018), “Questionable Use of ‘Nonorganic’ in ‘Estimating Nonorganic Hearing Thresholds’”. American Journal of Audiology (2018)

Linda W. NorrixThomas Muller

author responsequestionable useaudiologynonorganic hearing thresholdscognitive science

Clinicians' Guide to Obtaining a Valid Auditory Brainstem Response to Determine Hearing Status: Signal, Noise, and Cross-Checks. American Journal of Audiology (2018)

Linda W. NorrixDavid Velenovsky

neurologybioacousticshearing statusaudiologynoisehearing loss

Estimating Nonorganic Hearing Thresholds Using Binaural Auditory Stimuli. American Journal of Audiology (2017)

Linda W. NorrixVivian RubianoThomas Muller

audiologycognitive sciencenonorganic hearing thresholdsbinaural auditory stimuli

Unraveling the Mystery of Auditory Brainstem Response Corrections: The Need for Universal Standards. Journal of the American Academy of Audiology (2017)

Linda W NorrixDavid Velenovsky

neurologybioacousticsaudiologyauditory scienceaudio analysishearing researchneuroscienceuniversal standards

Audiometric Thresholds: Stimulus Considerations in Sound Field and Under Earphones. American Journal of Audiology (2015)

Linda W. NorrixAlora Anderson

stimulus considerationsaudiologyaudiometric thresholdssound fieldcognitive science

Hearing Thresholds, Minimum Response Levels, and Cross-Check Measures in Pediatric Audiology. American Journal of Audiology (2015)

Linda W. Norrix

audiologycross-check measuresminimum response levelspediatric audiologyhearing loss

Measuring the Advantage of Kalman-Weighted Averaging for Auditory Brainstem Response Hearing Evaluation in Infants. American Journal of Audiology (2015)

Barbara ConeLinda W. Norrix

audiologybioacousticsneuroscienceauditory brainstem response

Modeling the Influence of Acoustic Coupling of Hearing Aids on Fm Signal-To-Noise Ratio. American Journal of Audiology (2015)

Linda W. NorrixDianne Van TasellJessie RossFrances P. HarrisJames Dean

bioacousticsaudiologyacoustic modelingacoustic couplingfm signal-to-noise rationeuroscienceauditory modeling

1
2
3
4
10 / page

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Institution

Indiana University Bloomington

auditory physiology

speech perception

William Shofner

Institution

Indiana University Bloomington

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hearing research

Yonghee Oh

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audiology

hearing research

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physiological correlates

cognitive science

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aural augmentation

adaptive plasticity

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University of Texas at Dallas

aural augmentation

rehabilitation

Elad Sagi, PhD

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auditory physiology

hearing research

Christian Stilp

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speech categorization

developmental cognitive neuroscience

Pierre Divenyi

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Stanford University

speech perception

speech communication

Pavel Zahorik

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developmental cognitive neuroscience

hearing loss