About

Welcome!

I am a cognitive neuroscientist with expertise in psychoacoustics and electrophysiology, and I have primarily led research on the behavioral and neural mechanisms associated with sensorineural hearing loss across the adult lifespan. My research interests are in cognitive aging, speech perception, spatial attention, and emerging technologies in hearing instruments, including brain-computer interfaces.

Contact me here!

Email: eozmeral@usf.edu

Office: (813)-974-4148

What i do

My specialties

Hearing Research

Psychoacoustics

Electrophysiology

Translational Research

Product Validation

Platform Development

Teaching

Mentoring

Service

Active Research

My Current Projects

P01 Project Grant - NIH NIA

Aging Auditory System: Presbycusis and its Neural Bases

Multidisciplinary determination and characterization of the perceptual, neural and molecular bases of age-related hearing loss in humans and animal models. The foci of Project 1 are on discovery of the nature and magnitude of age-related changes in (1) central auditory plasticity and the ability to use residual plasticity to ameliorate symptoms of hearing loss and (2) spatial-temporal processing.

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Industry Contract - Sonova Corp

Analysis and Development Supporting New Generations of Binaural Hearing Systems

This project involves evaluation of signal processing algorithms in a hierarchy of complex listening environments that are designed to challenge the environmental classification and binaural hearing systems in current state-of-the art hearing instruments.

Sponsored by Sonova

Industry Contract - Bose Corp

Sound Quality Comparison of Bose Hearphones and Premium Hearing Aids

The goal of this project are to compare the sound quality of Bose Hearphones to a high-end, behind-the-ear hearing aid when those two devices are fit using manufacturer’s recommendations and clinical best practices, including audiologically-appropriate venting for the hearing aid fitting.

Sponsored by Bose

Internal Research Grant - USF CBCS

Spatial tuning to speech in noise measured using electroencephalography

The study will provide pilot work to improve an R21 Early Career Research award for its second submission. A normal-hearing baseline cohort will be recruited to validate an experimental design and demonstrate laboratory proficiency in this area.

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F32 NRSA - NIH NIDCD

Behavioral and Cortical Signatures of Reduced Auditory Spatial Tuning with Age

This project investigated sensory and cognitive changes to binaural processing with age. Using a combination of behavioral and electrophysiological techniques, results provided the empirical and theoretical bases to guide appropriate remediation methods.

Latest Paper

R01DC009029 (Eddins, MPI)

A Psychoacoustic Approach to Dysphonic Voice Quality Perception

The goal of this study is to better define indices of pathological voice by systematically manipulating specific acoustic characteristics known to influence voice quality judgments and to evaluate those manipulations on listener judgments and discrimination measures as well as via computational models of auditory processing.

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Stats

Me, by the numbers

Publications 0
External Grants 0
Industry Contracts 0

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