When judging the time-to-collision (TTC) of visually presented accelerating vehicles,
untrained observers do not adequately account for acceleration (second-order information) …

When a pedestrian intends to cross the street, it is essential for safe mobility to correctly
estimate the arrival time (time-to-collision, TTC) of an approaching vehicle. However, visual …

Natural movements, such as catching a ball or capturing prey, typically involve multiple
senses. Yet, laboratory studies on human movements commonly focus solely on vision and …

Abstract Objects in one's environment do not always move at a constant velocity but often
accelerate or decelerate. People are very poor at visually judging acceleration and normally …

To track moving targets, humans move their eyes using both saccades and smooth pursuit. If
pursuit eye movements fail to accurately track the moving target, catch-up saccades are …

When catching a falling ball or avoiding a collision with traffic, humans can quickly generate
eye and limb responses to unpredictable changes in their environment. Mechanisms of limb …

Interception, essential for activities like driving and sports, can be characterized by varying
degrees of predictive behaviour. We developed a visually guided task to explore how target …

Sensory-motor systems can extract statistical regularities in dynamic uncertain
environments, enabling quicker responses and anticipatory behavior for expected events …

A flag is a rectangular or triangular piece of cloth or paper used as a symbol of the state,
association, body, etc. or as a sign. It is often also used to symbolize a country to show its …

Sensory-motor systems are able to extract statistical regularities in dynamic environments,
allowing them to generate quicker responses and anticipatory behavior oriented towards …