Stephen J. DiBianca

This study investigates the relationship between visual motion detection thresholds and balance control in young and older adults during walking and standing conditions.

This study examines age-related differences in medial/lateral balance control under visual disturbances while walking, finding older adults show higher visual sensitivity and more pronounced gait changes.

This study measures visual motion detection thresholds during walking and standing, finding higher thresholds during walking than standing.

This study examines how virtual environmental constraints affect balance control mechanisms during walking, showing subtle changes in neural control based on perceived fall direction.