The majority of work in human and machine vision to date has made the simplifying
assumption that visual acuity during stimulus input is equally good across the image to be …

Gaze changes and the resultant fixations that orchestrate the sequential acquisition of
information from the visual environment are the central feature of primate vision. How are we …

When we view the visual world, our eyes flit from one location to another about three times
each second. These frequent changes in gaze direction result from very fast saccadic eye …

Visual cognition depends critically on the moment-to-moment orientation of gaze. Gaze is
changed by saccades, rapid eye movements that orient the fovea over targets of interest in a …

Eye movements depend on cognitive processes related to visual information processing.
Much has been learned about the spatial selection of fixation locations, while the principles …

Eye movements (EMs) are an important aspect of human visual behavior. The temporal and
space-variant nature of sampling a visual scene requires frequent attentional gaze shifts …

Eye-movement control during scene viewing can be represented as a series of individual
decisions about where and when to move the eyes. While substantial behavioral and …

Many of our actions require visual information, and for this it is important to direct the eyes to
the right place at the right time. Two or three times every second, we must decide both when …

An understanding of gaze control requires knowledge of the basic properties of eye
movements during scene viewing. Because most of what we know about eye movement …

Recent research on eye movements during scene viewing has primarily focused on where
the eyes fixate. But eye fixations also differ in their durations. Here we investigated whether …