Co-registration of EEG and eye movement has promise for investigating perceptual
processes in free viewing conditions, provided certain methodological challenges can be …

Eye movements are an important index of the neural functions of visual information
processing, decision making, visuomotor coordination, sports performance, and so forth …

Eye movements are a constant and essential component of natural vision, yet, most of our
knowledge about the human visual system comes from experiments that restrict them. This …

We describe a method, based on recordings of the electroencephalogram (EEG) and eye
movement potentials (electrooculogram), to track where on a screen (x, y coordinates) an …

Abstract Fixation-related potentials (FRPs), neural responses aligned to the end of
saccades, are a promising tool for studying the dynamics of attention and cognition under …

Extensive research conducted in controlled laboratory settings has prompted an inquiry into
how results can be generalized to real-world situations influenced by the subjects' actions …

During visual exploration, eye movements are controlled by multiple stimulus-and goal-
driven factors. We recently showed that the dynamics of eye movements–how/when the eye …

While eye tracking is a technique commonly used in the experimental study of higher-level
perceptual processes such as visual search, working memory, reading, and scene …

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

Visual event-related potentials (ERPs) produced by a stimulus are thought to reflect either
an increase of synchronized activity or a phase realignment of ongoing oscillatory activity …