Comparison of experimental and simulated data across frequency differences and tactile Conditions, with audio and tactile input spread profiles.

<p><b>A-B:</b> Experimental data are presented as bar plots, while simulated data are shown as dashed curves with data points at different frequency differences () and under different tactile conditions. Error bars show the standard error of the proportion segregated. <b>C-D:...

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Bibliographic Details
Main Author:	Farzaneh Darki (22076051) (author)
Other Authors:	James Rankin (331861) (author), Piotr Słowiński (2636203) (author)
Published:	2025
Subjects:	Neuroscience Science Policy Mental Health Biological Sciences not elsewhere classified triplets ), influence tonotopic organization within predicts neural behavior including recurrent excitation enhancing speech recognition varying tactile conditions tactile stimulations reduce tactile neural circuits robust computational framework modulation facilitates segregation enhance perceptual segregation modeling </ p segregated auditory streams auditory stream segregation tactile pulses synchronized single tone sequence tactile pulses stream segregation auditory streams tactile stimulation tactile interactions pulses synchronized computational model auditory scene auditory cortex tone synchronization tone sequence tone alignment study investigates potential applications perceiving integrated one group mutual inhibition modal synchronization modal effects captures interactions
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Comparison of experimental and simulated data across frequency differences and tactile Conditions, with audio and tactile input spread profiles.

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