Faculty

Institution

Unit

Venue

Lawrence L. Feth

Emeritus Professor

Ohio State University

Affiliations

College of Arts and Sciences

Speech and Hearing Science

Lawrence L. Feth is currently serving as a College Of Arts And Sciences Emeritus Professor at Ohio State University.

Honors

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Experiences

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Education

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Lawrence L. Feth

Ohio State University

Emeritus Professor

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audiology acoustical engineering hearing research bioacoustics auditory science acoustic ecology acoustic signal processing audio electroacoustics engineering acoustic neuroscience hearing loss psychoacoustics electrophysiology acoustic modeling underwater acoustics phonetics linguistics acoustical oceanography electrical engineering speech perception speech processing communication noise speech science speech enhancement hearing-impaired listeners temporal resolution acoustic music signal detection cognitive neuroscience audio signal processing audio analysis channel modeling human hearing frequency discrimination spectral resolution music perception aircraft electromagnetic compatibility wireless communications mobile computing animal physiology automated reasoning speech acoustics later adulthood timing analysis time perception timefrequency analysis eeg signal processing noise reduction aeronautics auditory modeling channel model physical acoustics object detection cochlear implants ocean acoustics background noise levels unoccupied classrooms reverberation times instantaneous frequency intensity-weighted average two-tone complex signals two-formant synthetic vowels spectral integration dynamic cues syllable-initial stops frequency-modulated stimuli health care utilization real world sound music

Notable Scholarly Works

Notable Federal Grants

Collaborators

Impact of Incomplete Feedback on Response Bias. The Journal of the Acoustical Society of America (2023)

Evelyn M. HoglundLawrence L. Feth

acoustic ecologyaudiologyincomplete feedbackpsychologyacoustical engineeringresponse biashearing researchbehavioral sciences

Testing a Computational Model for Aural Detection of Aircraft in Ambient Noise. The Journal of the Acoustical Society of America (2023)

Yonghee OhKarl D. LerudEvelyn HoglundNiall KlynEdward W. LargeLawrence L. Feth

aeroacousticsbioacousticsaircraftaudiologyaural detectionacoustical engineeringambient noiseaerospace engineeringaeronautics

Hearing Health Care Utilization Following Automated Hearing Screening. Journal of the American Academy of Audiology (2021)

Robert L. FolmerGabrielle H. SaundersJay J. VachhaniRobert H. MargolisGeorge SalyBevan YuehRachel A. McArdleLawrence L. FethChristina M. RoupM. Patrick Feeney

public healthhealth carehealth care utilizationaudiology

Dynamic Auditory Representations and Phonetic Processing: The Case of Virtual Diphthongs. ExLing Conferences (2019)

Ewa JacewiczRobert Allen FoxLawrence L. Feth

speech perceptionphonetic processingdynamic auditory representationsvirtual diphthongslinguistics

The Effect of Simulated Doppler Frequency Changes on Detectability of Complex Tones. The Journal of the Acoustical Society of America (2019)

Lawrence L. FethEvelyn M. HoglundOmkar DixitMatthew Davis

speech perceptionbioacousticspsychoacousticsacoustic signal processingaudiologycomplex tonesacoustical engineeringsignal detectionhearing researchaerospace engineering

Effects of Incomplete Feedback on Response Bias in Auditory Detection Reanalyzed. The Journal of the Acoustical Society of America (2018)

Shuang LiuMatthew DavisLawrence L. Feth

psychoacousticsacoustic signal processingaudiologyhearing lossincomplete feedbackauditory scienceacoustical engineeringresponse biasauditory detectionhearing researchcognitive sciencebehavioral sciences

Effect of Smartphone Orientation on Sound Level Measurement. The Journal of the Acoustical Society of America (2016)

Niall A. KlynLawrence L. Feth

mobile computingwearable technologysound level measurementhuman hearingsmartphone orientationaudiologywireless communicationsengineering acousticacoustical engineeringhearing researchhealth sciences

Testing a Computational Model for Detection of “Real-World” Sounds. The Journal of the Acoustical Society of America (2016)

Evelyn M. HoglundNiall A. KlynKarl LerudYonghee OhEdward LargeLawrence L. Feth

bioacousticspsychoacousticsaudio electroacousticsaudiologyauditory scienceacoustical engineeringhearing researchcomputer sciencehealth sciences

An Adaptive Procedure for Estimating the Auditory-Filter Phase Response. The Journal of the Acoustical Society of America (2015)

Niall A. KlynLawrence L. Feth

electrophysiologyauditory-filter phase responsepsychoacousticsaudio electroacousticsaudiologyacoustic signal processingadaptive procedureauditory scienceacoustical engineeringhearing researchneuroscience

Enhanced Multi-Channel Model for Auditory Spectrotemporal Integration. The Journal of the Acoustical Society of America (2015)

Yonghee OhLawrence L. FethEvelyn M. Hoglund

cognitive neurosciencebioacousticsmulti-channel modelelectrophysiologyauditory spectrotemporal integrationaudio electroacousticsaudiologyhearing lossauditory scienceacoustic modelingacoustical engineeringhearing researchcognitive scienceneuroscience

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Lawrence L. Feth

Emeritus Professor

Ohio State University

Affiliations

College of Arts and Sciences

Speech and Hearing Science

Lawrence L. Feth is currently serving as a College Of Arts And Sciences Emeritus Professor at Ohio State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Lawrence L. Feth

Ohio State University

Emeritus Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Impact of Incomplete Feedback on Response Bias. The Journal of the Acoustical Society of America (2023)

Evelyn M. HoglundLawrence L. Feth

acoustic ecologyaudiologyincomplete feedbackpsychologyacoustical engineeringresponse biashearing researchbehavioral sciences

Testing a Computational Model for Aural Detection of Aircraft in Ambient Noise. The Journal of the Acoustical Society of America (2023)

Yonghee OhKarl D. LerudEvelyn HoglundNiall KlynEdward W. LargeLawrence L. Feth

aeroacousticsbioacousticsaircraftaudiologyaural detectionacoustical engineeringambient noiseaerospace engineeringaeronautics

Hearing Health Care Utilization Following Automated Hearing Screening. Journal of the American Academy of Audiology (2021)

Robert L. FolmerGabrielle H. SaundersJay J. VachhaniRobert H. MargolisGeorge SalyBevan YuehRachel A. McArdleLawrence L. FethChristina M. RoupM. Patrick Feeney

public healthhealth carehealth care utilizationaudiology

Dynamic Auditory Representations and Phonetic Processing: The Case of Virtual Diphthongs. ExLing Conferences (2019)

Ewa JacewiczRobert Allen FoxLawrence L. Feth

speech perceptionphonetic processingdynamic auditory representationsvirtual diphthongslinguistics

The Effect of Simulated Doppler Frequency Changes on Detectability of Complex Tones. The Journal of the Acoustical Society of America (2019)

Lawrence L. FethEvelyn M. HoglundOmkar DixitMatthew Davis

speech perceptionbioacousticspsychoacousticsacoustic signal processingaudiologycomplex tonesacoustical engineeringsignal detectionhearing researchaerospace engineering

Effects of Incomplete Feedback on Response Bias in Auditory Detection Reanalyzed. The Journal of the Acoustical Society of America (2018)

Shuang LiuMatthew DavisLawrence L. Feth

Effect of Smartphone Orientation on Sound Level Measurement. The Journal of the Acoustical Society of America (2016)

Niall A. KlynLawrence L. Feth

mobile computingwearable technologysound level measurementhuman hearingsmartphone orientationaudiologywireless communicationsengineering acousticacoustical engineeringhearing researchhealth sciences

Testing a Computational Model for Detection of “Real-World” Sounds. The Journal of the Acoustical Society of America (2016)

Evelyn M. HoglundNiall A. KlynKarl LerudYonghee OhEdward LargeLawrence L. Feth

bioacousticspsychoacousticsaudio electroacousticsaudiologyauditory scienceacoustical engineeringhearing researchcomputer sciencehealth sciences

An Adaptive Procedure for Estimating the Auditory-Filter Phase Response. The Journal of the Acoustical Society of America (2015)

Niall A. KlynLawrence L. Feth

Enhanced Multi-Channel Model for Auditory Spectrotemporal Integration. The Journal of the Acoustical Society of America (2015)

Yonghee OhLawrence L. FethEvelyn M. Hoglund

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Institution

Ohio State University

aural augmentation

audiology

Craig Formby

Institution

University of Alabama

aural augmentation

adaptive plasticity

Khalil Iskarous

Institution

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laboratory phonology

phonetics

Craig A. Champlin

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Ashok Krishnamurthy

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