Hiroki Terashima

The paper shows that functional brain networks predicting sustained attention generalize across perceptual modalities like vision and audition.

This study shows that optimizing a neural network for natural sound recognition leads to human-like amplitude modulation sensitivity, suggesting evolutionary adaptation in auditory processing.

This study shows that cascaded processing of amplitude modulation in a deep neural network optimized for natural sound recognition mirrors neural representations in the auditory system.

The paper shows that thalamocortical projections from the medial geniculate body to A2 establish tonotopy in the secondary auditory field, with greater divergence than to A1.