Recent studies have found that the estimates of motion directions are biased toward the
previous form orientations, showing serial dependence, and the serial dependence does not …

Much work has been done to uncover the mechanisms underlying form and motion
information integration. However, no study examined the symmetry of the integration of form …

Despite the fundamental importance of visual motion processing, our understanding of how
the brain represents basic aspects of motion is incomplete. While it is generally believed that …

Motion relations in visual scenes carry an abundance of behaviorally relevant information,
but little is known about how humans identify the structure underlying a scene's motion in the …

We investigated whether human subjects' ability to identify the direction of a brief pulse of
coherent motion in a random-dot pattern (RDP) was influenced by:(a) maintaining in working …

Similarities have been observed in the localization of the final position of moving visual and
moving auditory stimuli: Perceived endpoints that are judged to be farther in the direction of …

When moving in the environment, optic flow and form (eg, motion streaks) information
generally appear simultaneously. Previous studies have shown that observers can estimate …

The biases affecting people's perception of dynamic stimuli are typically robust and strong
for specific stimulus configurations. For example, representational momentum describes a …

It has been speculated that the human motion system combines noisy measurements with
prior expectations in an optimal, or rational, manner. The basic goal of our work is to …

The perceived direction of apparent motion can be influenced by both “top-down” factors,
such as expectation, and by “bottom-up” or stimulus-driven factors, such as grouping (Tse …