John S. Butler

This paper develops and evaluates three models of audio-visual integration using a mean-field recurrent framework to understand how multisensory processing affects reaction times and accuracy.

The paper examines EEG dynamics during a time interval reproduction task, finding that mu/beta signals and CNV correlate with timing adjustments, while CPP does not.

This fMRI study examines multisensory enhancement in audiovisual speech perception, finding enhanced activity in multisensory integration regions, semantic networks, and extralinguistic areas.

The paper identifies dissociable neural circuits for resolving three distinct sources of competition during task-switching, showing partial overlap in some circuits.