This article reviews the past 25years of research on eye movements (1986–2011).
Emphasis is on three oculomotor behaviors: gaze control, smooth pursuit and saccades, and …

Many neurophysiological studies in monkeys have indicated that visual motion information
for the guidance of perception and smooth pursuit eye movements is–at an early stage …

In healthy vision, the fovea provides high acuity and serves as the locus for fixation achieved
through saccadic eye movements. Bilateral loss of the foveal regions in both eyes causes …

During the course of pursuing a moving target there are often periods of transient
disappearance as it moves behind objects and surfaces. In experimental settings, eye …

Psychophysical studies have demonstrated that humans are less sensitive to image
acceleration than to image speed (eg, Gottsdanker, 1956; Werkhoven, Snippe, & Toet …

People's eyes are directed at objects of interest with the aim of acquiring visual information.
However, processing this information is constrained in capacity, requiring task-driven and …

The smooth pursuit system is usually studied using single moving objects as stimuli.
However, the visual motion system can respond to stimuli that must be integrated spatially …

A longitudinal study was designed to address the relationships between the smooth pursuit
(SP) and the optokinetic response (OKR). Eye and head movements were measured in …

Smooth pursuit eye movements are guided largely by retinal-image motion. To compensate
for neural conduction delays, the brain employs a predictive mechanism to generate …

When a moving target disappears and there is a complete absence of visual feedback
signals, eye velocity decays rapidly but often recovers to previous levels if there is an …