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 …

Ocular fixation is a dynamic process that is actively controlled by many of the same brain
structures involved in the control of eye movements, including the superior colliculus …

Neuromorphic vision sensors or event cameras have made the visual perception of
extremely low reaction time possible, opening new avenues for high-dynamic robotics …

Eye movements introduce large artifacts to electroencephalographic recordings (EEG) and
thus render data analysis difficult or even impossible. Trials contaminated by eye movement …

People can direct their gaze at a visual target for extended periods of time. Yet, even during
fixation the eyes make small, involuntary movements (eg tremor, drift, and microsaccades) …

Contrary to common wisdom, fixations are a dynamically rich behavior, composed of
continual, miniature eye movements, of which microsaccades are the most salient …

A growing number of virtual reality devices now include eye tracking technology, which can
facilitate oculomotor and cognitive research in VR and enable use cases like foveated …

The induced gamma-band EEG response (iGBR) recorded on the scalp is widely assumed
to reflect synchronous neural oscillation associated with object representation, attention …

Humans and other species explore a visual scene by making rapid eye movements
(saccades) two to three times every second. Although the eyes may appear immobile in the …

High visual acuity is essential for many tasks, from recognizing distant friends to driving a
car. While much is known about how the eye's optics and anatomy contribute to spatial …