<p><b>A</b>) Fixation map for the low shyness participants, <b>B</b>) Fixation map for the high shyness participants, and <b>C</b>) Fixation difference map calculated by subtracting the high shyness group from the low shyness group.</p
Models of fixation selection are a central tool in the quest to understand how the human mind select...
<p>Attentional bias scores (in ms) for threat images for the four groups: defensive high-anxious (DH...
<p>A) The Shyness 1 scores from the novel object with sound test vs the Shyness 1 scores from the no...
<p><b>A</b>) Fixation map for the low shyness participants, <b>B</b>) Fixation map for the high shyn...
<p>Scatter plot illustrating the correlation between level of shyness and the proportion of time spe...
<p>The differences in Fixation Count (y-axis) between participants with weak and strong group identi...
<p>(<b>A</b>) Each bar represents the strength of correlation between fixation and low-level feature...
<p>Each bar represents the mean salience effect of a saliency map. The gray bar is for the artists a...
<p>Top row: first fixations for social stimuli on four regions of interest (head, body, areas of low...
<p>ASD (a): Z-score maps showing the distribution of the number of fixations in the ASD group; TDC (...
<p>Heat maps illustrating the normalized fixation time on different face regions for the long presen...
<p>ASD (a): Z-score maps showing the distribution of the number of fixations in the ASD group; TDC (...
Under natural viewing conditions humans tend to fixate on specific parts of the image that interests...
<p>The differences in Fixation Duration Average [ms] (y-axis) between the Individual Game and Group ...
<p>This figure shows the mean percentile fixation durations for the following three face stimuli: mo...
Models of fixation selection are a central tool in the quest to understand how the human mind select...
<p>Attentional bias scores (in ms) for threat images for the four groups: defensive high-anxious (DH...
<p>A) The Shyness 1 scores from the novel object with sound test vs the Shyness 1 scores from the no...
<p><b>A</b>) Fixation map for the low shyness participants, <b>B</b>) Fixation map for the high shyn...
<p>Scatter plot illustrating the correlation between level of shyness and the proportion of time spe...
<p>The differences in Fixation Count (y-axis) between participants with weak and strong group identi...
<p>(<b>A</b>) Each bar represents the strength of correlation between fixation and low-level feature...
<p>Each bar represents the mean salience effect of a saliency map. The gray bar is for the artists a...
<p>Top row: first fixations for social stimuli on four regions of interest (head, body, areas of low...
<p>ASD (a): Z-score maps showing the distribution of the number of fixations in the ASD group; TDC (...
<p>Heat maps illustrating the normalized fixation time on different face regions for the long presen...
<p>ASD (a): Z-score maps showing the distribution of the number of fixations in the ASD group; TDC (...
Under natural viewing conditions humans tend to fixate on specific parts of the image that interests...
<p>The differences in Fixation Duration Average [ms] (y-axis) between the Individual Game and Group ...
<p>This figure shows the mean percentile fixation durations for the following three face stimuli: mo...
Models of fixation selection are a central tool in the quest to understand how the human mind select...
<p>Attentional bias scores (in ms) for threat images for the four groups: defensive high-anxious (DH...
<p>A) The Shyness 1 scores from the novel object with sound test vs the Shyness 1 scores from the no...
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