<p>In the upper row, each panel corresponds to a different target set-size. To show the difference between target and distractor effects, the lower row plots the same data with each panel corresponding to a different distractor set-size. Data points represent the mean across observers (N = 4) and ±1 SEM. Left and right y-axes are the same as in Fig. 3.</p
<p>(a) Empirical RT interference, averaged across participants, represents the RT difference, in ms,...
We used the change blindness paradigm of Landman, Spekreijse, and Lamme (2003) to measure the effect...
<p>(A) Bar plots represent performance during right-to-left and left-to-right motion as a function o...
<p>The magnitude of the error angle is shown on the right y-axis. The left y-axis shows the equival...
<p>Different panels represent different cue delays. Data points correspond to the mean across observ...
Performance in spatial cueing tasks is characterized by a rapid attentional enhancement with increas...
<p>Results of significance tests and estimated effect size (η<sub>p</sub><sup>2</sup>) for target an...
<p>(a) Each dot represents mean latency in each condition for each subject. The dots connected by br...
<p>Error bars represent the standard error of the mean and * indicates a significant difference reve...
<p>Plotted is the difference in movement time (ms) in trials with a distractor present minus movemen...
<p>The proportions are not drawn to scale. After the fixation cross, the cue was shown for a varying...
<p>Error bars represent 95% within-subjects confidence intervals. This graph demonstrates that slow ...
<p>Error bars for this panel represent within-participant 95% confidence intervals [<a href="http://...
<p>(A) Bar plots represent performance during right-to-left and left-to-right motion as a function o...
<p>Thick and thin arrows represented strong and weak magnitudes of attentional shifts. Shifts of att...
<p>(a) Empirical RT interference, averaged across participants, represents the RT difference, in ms,...
We used the change blindness paradigm of Landman, Spekreijse, and Lamme (2003) to measure the effect...
<p>(A) Bar plots represent performance during right-to-left and left-to-right motion as a function o...
<p>The magnitude of the error angle is shown on the right y-axis. The left y-axis shows the equival...
<p>Different panels represent different cue delays. Data points correspond to the mean across observ...
Performance in spatial cueing tasks is characterized by a rapid attentional enhancement with increas...
<p>Results of significance tests and estimated effect size (η<sub>p</sub><sup>2</sup>) for target an...
<p>(a) Each dot represents mean latency in each condition for each subject. The dots connected by br...
<p>Error bars represent the standard error of the mean and * indicates a significant difference reve...
<p>Plotted is the difference in movement time (ms) in trials with a distractor present minus movemen...
<p>The proportions are not drawn to scale. After the fixation cross, the cue was shown for a varying...
<p>Error bars represent 95% within-subjects confidence intervals. This graph demonstrates that slow ...
<p>Error bars for this panel represent within-participant 95% confidence intervals [<a href="http://...
<p>(A) Bar plots represent performance during right-to-left and left-to-right motion as a function o...
<p>Thick and thin arrows represented strong and weak magnitudes of attentional shifts. Shifts of att...
<p>(a) Empirical RT interference, averaged across participants, represents the RT difference, in ms,...
We used the change blindness paradigm of Landman, Spekreijse, and Lamme (2003) to measure the effect...
<p>(A) Bar plots represent performance during right-to-left and left-to-right motion as a function o...