<p>(a) Mean Number of Fixations (per 10,000 pixels) on the Graphic Interest Area. The number of times participants fixated on the graphic area did not significantly differ between the bar graph and neuroimage conditions. (b) Mean Dwell Time (per 10,000 pixels) on the Graphic Interest Area. The amount of time participants dwelled on the graphic area did not significantly differ between the bar graph and neuroimage conditions. (c) Mean Time (per 10,000 pixels) until First Fixation on the Graphic Interest Area. The amount of time participants took to initially direct their gaze on the graphic area was not significantly different between the bar graph and neuroimage.</p
Average fixation times at the cue (CS) and face area of interest, expressed as % of total fixation t...
<p>The regions of interest (rectangular boxes) used for data analysis were: 1) the current object po...
<p>The mean dwell times on each distractor type, depicted separately for the thin, medium and thick ...
<p>(a) Mean Number of Fixations (per 10,000 pixels) on the Caption Interest Area. Participants fixat...
<p>(A) Single-subjects’ average normalized scan-path saliency (NSS) in the visual exploration (VE) c...
<p>Top row: first fixations for social stimuli on four regions of interest (head, body, areas of low...
<p>Significant interactions were found regarding fixation duration (A), saccade frequency (B), indiv...
Dwell duration is proportional to the radius of the disc representing fixation. Lesion locations are...
<p>Visual search performance is quantified as the number of fixations allocated in space between whe...
<p>Red regions represent the places where the participants' eyes stayed longer. The fixation patters...
Participant gaze data from two different trials (A,B and C,D) are shown. Gaze positions in screen co...
<p>Mean proportions for fixations on the eye or mouth region are shown as a function of the position...
<p>Panel (a) shows the amount of time and the number of fixations made to the four different regions...
Wobrock D, Finke A, Mey S, Koester D, Schack T, Ritter H. Fixation-Related Potentials as a Measure f...
This paper presents the results of a computational experiment designed to investigate the extent to ...
Average fixation times at the cue (CS) and face area of interest, expressed as % of total fixation t...
<p>The regions of interest (rectangular boxes) used for data analysis were: 1) the current object po...
<p>The mean dwell times on each distractor type, depicted separately for the thin, medium and thick ...
<p>(a) Mean Number of Fixations (per 10,000 pixels) on the Caption Interest Area. Participants fixat...
<p>(A) Single-subjects’ average normalized scan-path saliency (NSS) in the visual exploration (VE) c...
<p>Top row: first fixations for social stimuli on four regions of interest (head, body, areas of low...
<p>Significant interactions were found regarding fixation duration (A), saccade frequency (B), indiv...
Dwell duration is proportional to the radius of the disc representing fixation. Lesion locations are...
<p>Visual search performance is quantified as the number of fixations allocated in space between whe...
<p>Red regions represent the places where the participants' eyes stayed longer. The fixation patters...
Participant gaze data from two different trials (A,B and C,D) are shown. Gaze positions in screen co...
<p>Mean proportions for fixations on the eye or mouth region are shown as a function of the position...
<p>Panel (a) shows the amount of time and the number of fixations made to the four different regions...
Wobrock D, Finke A, Mey S, Koester D, Schack T, Ritter H. Fixation-Related Potentials as a Measure f...
This paper presents the results of a computational experiment designed to investigate the extent to ...
Average fixation times at the cue (CS) and face area of interest, expressed as % of total fixation t...
<p>The regions of interest (rectangular boxes) used for data analysis were: 1) the current object po...
<p>The mean dwell times on each distractor type, depicted separately for the thin, medium and thick ...