Studies that followed the covert and overt probe-following-search paradigms of Klein (1988)
and Klein and MacInnes (1999) to explore inhibition of return (IOR) in search are analyzed …

In human vision, acuity and colour sensitivity are greatest at the point of fixation and fall off
rapidly as visual eccentricity increases. What we see, remember, and understand about a …

The purpose of the present study was to examine the influence of task set on the spatial and
temporal characteristics of eye movements during scene perception. In previous work, when …

Visual exploration is driven by two main factors–the stimuli in our environment, and our own
individual interests and intentions. Research investigating these two aspects of attentional …

Inhibition of return (IOR) is an inhibitory aftereffect of visuospatial orienting, typically resulting
in slower responses to targets presented in an area that has been recently attended. Since …

Inhibition of Return (IOR) is a delay in initiating attentional shifts to previously attended
locations. It is believed to facilitate attentional exploration of a scene. Computational models …

It has been argued that there is a “subjective present” or “experienced moment” of about 3
seconds in duration, involving automatic binding of events into perceptual units on that time …

A mechanism referred to as inhibition of return (IOR) was proposed by Michael Posner and
colleagues (Posner and Cohen, 1984; Posner et al., 1985) to account for delayed responses …

Inhibition of Return (IOR) is a difficulty in processing stimuli presented at recently attended
locations. IOR is widely believed to facilitate foraging of a visual scene by decreasing the …

With the goal to determine the cognitive architecture that underlies flexible changes of
control settings, we assessed within-trial and across-trial dynamics of attentional selection …