KEVIN N. GURNEY

This study uses a computational model of the basal ganglia to show that greater D1 receptor sensitivity compared to D2 improves action selection.

The paper introduces a probabilistic algorithm that simulates decision-making in monkeys, matching neural dynamics and behavior, and maps to brain circuits.

This paper develops a computational model of the primate saccadic oculomotor system to test the hypothesis that the basal ganglia are critical for action selection, showing it can reproduce key behavioral and physiological results.