Oral #12: Yousef Alamri – Simulating the human compound action potential elicited by clicks, chirps, amplitude modulated carriers

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Faculty mentor: Skyler Jennings

We present a physiologically-realistic computational model of the human auditory compound action potentials (CAPs) elicited by brief click, frequency-varying (chirp), and amplitude-modulated auditory stimuli. We compare our simulations with data collected in our lab from normal-hearing human subjects. We show that the model predicts intensity-dependent changes in the morphology and timing of the CAPs. In addition, the model predicts an iconic physiological sign of synaptopathy.

Watch my research presentation below.
Questions or comments? Contact me at: u1106273@umail.utah.edu

View my Presentation Slides HERE

 

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