DECISIONS IN MOTION

The objective of Decisions in Motion are (1) to understand the neural mechanisms underlying fast target selection and sensory-guided decisions in humans in motion and (2) to transfer this knowledge into an artificial cognitive system for robotic navigation. We here foster a combined experimental and modelling approach that aims to reveal the mechanisms of visual cognition as they interact with processes of neural decision-making and attention selection. The project aims to integrate cognitive processes, such as decision-making, the relation between decision-making and learning, attention selection based on such decisions, and the coordination of sensory processes with selection processes in the moving participant.
