We examined target selection for visually guided reaching movements in visual search, in
which participants reached to an odd-colored target presented with two homogenous …

We examined the flexibility of guidance in a conjunctive search task by manipulating the
ratios between different types of distractors. Participants were asked to decide whether a …

Oculomotor behavior contributes importantly to visual search. Saccadic eye movements can
direct the fovea to potentially interesting parts of the visual field. Ensuing stable fixations …

Visual search for a moving target among stationary distractors is more efficient than
searching for a stationary target among moving distractors, and searching for a fast target …

Given that attention precedes an eye movement to a target it becomes possible to use
fixation sequences to probe the spatiotemporal dynamics of search Applying this method to …

We can locate an object more quickly in a real-world scene when a specific target template
is held in visual working memory, but it is not known exactly how a target template's …

Understanding how patterns are selected for both recognition and action, in the form of an
eye movement, is essential to understanding the mechanisms of visual search. It is argued …

Most models of visual search are based on the intuition that humans choose fixation
locations containing features that best match the features of the target. The optimal version …

Visual search can be made more efficient by adopting a passive cognitive strategy (ie, letting
the target “pop” into mind) rather than by trying to actively guide attention. In the present …

We report four experiments with search displays of Gabor patches. Our aim was to study the
accuracy of gaze control in search tasks. In Experiment 1, a target was presented with a …