Previous research has demonstrated learning in the pursuit system, but it is unclear whether
these effects are the result of changes in visual or motor processing. The ability to maintain …

Control of saccadic gain is often viewed as a simple compensatory process in which gain is
adjusted over many trials by the postsaccadic retinal error, thereby maintaining saccadic …

When predictive information about target motion is available, anticipatory smooth pursuit
eye movements (aSPEM) are consistently generated before target appearance, thereby …

The rapid point-to-point movements of the eyes called saccades are the most commonly
made movement by humans, yet differ from nearly every other type of motor output in that they …

We examined the effects of changing spatial aspects of attention during oculomotor tracking.
Human subjects were instructed to make a discrimination on either the small (0.8) central or …

Studies of reaction-time distributions provide a useful quantitative approach to understand
decision processes at the neural level and at the behavioral level. A strong relationship …

Previous work has shown that the ability to track with the eye a moving target is substantially
improved when the target is self-moved by the subject's hand compared with when being …

Saccade adaptation has been extensively studied using a paradigm in which a target is
displaced during the saccade, inducing an adjustment in saccade amplitude or direction. These …

When exploring the visual environment, one uses saccades to shift gaze and fixation to gather
spatially and temporally localized information. We propose that the temporal structure of …

Pursuit can be guided by perceived rather than physical motion, but the temporal relationship
between motion perception and pursuit is unknown. We used an apparent motion stimulus …