During smooth pursuit eye movements, the visual system is faced with the task of telling
apart reafferent retinal motion from motion in the world. While an efference copy signal can …

During smooth pursuit eye movements, the visual system is faced with the task of telling
apart reafferent retinal motion from motion in the world. While an efference copy signal can …

When our eyes are tracking a target that is moving in front of a structured background, global
motion of equal speed is induced in the opposite direction. This effect has been termed …

Smooth pursuit eye movements and visual motion perception rely on the integration of
current sensory signals with past experience. Experience shapes our expectation of current …

Current computational models of smooth-pursuit eye movements assume that the primary
visual input is local retinal-image motion (often referred to as retinal slip). However, we show …

Anticipatory smooth eye movements (ASEM; smooth eye movements in the direction of
anticipated target motion) are elicited by cues that signal the direction of future target motion …

Smooth pursuit eye movements add motion to the retinal image. To compensate, the visual
system can combine estimates of pursuit velocity and retinal motion to recover motion with …

During smooth pursuit eye movements, stimuli other than the pursuit target move across the
retina, and this might affect their detectability. We measured detection thresholds for …

When we see a moving object in our environment, our visual system analyzes and interprets
this object's trajectory. This motion analysis is very often then used to generate a smooth …

A moving stimulus is normally required to elicit smooth pursuit eye movements that serve to
keep the retinal image of moving objects on the fovea. Recent experiments have shown that …