Brett R. Fajen

The paper shows that drivers use learned landmark-road segment associations to improve steering stability in low visibility, rather than relying on a global cognitive map.

This study examines steering and gaze behavior in individuals with unilateral cortical blindness in a virtual reality task, finding preserved performance despite visual field loss.

This study investigates steering biases in visually healthy drivers under gaze-contingent occlusion, finding that biases seen in cortical blindness may not result from simple visual information loss.

The paper examines how optic flow density affects corner-cutting in a virtual reality steering task, finding age-independent effects on steering behavior.

This study examines gaze and steering behavior in drone racing, finding that gaze is not tightly coupled to steering, and pilots adapt to upcoming obstacles.

The paper uses a computational model of MSTd to decode self-motion parameters from neural signals, showing that spiral and radial cells can estimate curvilinear path direction, gaze direction, and curvature.

This paper introduces a dynamic efficient sensory encoding mechanism in a neural model of visual motion processing, showing improved accuracy and latency in heading estimation compared to static tuning.