Jonathan J. Cannon

This paper develops a model of rhythm production and rhythmic auditory stimulation in Parkinson's disease, showing that dopamine depletion leads to increased tempo drift and interval variability in rhythmic tasks.

This paper proposes a Bayesian framework for modeling human rhythm tracking as continuous phase and tempo inference, introducing new models that account for uncertainty and expectations.

The paper explores how motor neurophysiology contributes to beat perception, proposing roles for the supplementary motor area and dorsal striatum in covert beat maintenance and temporal prediction.