<p>A) Average biases across subjects. B) The distribution of subjects’ individual biases (based on each subjects’ mean across 15 trials) for each of the five locations, from -13 degrees in the leftmost column, to +13 degrees in the rightmost column. Visual biases are shown in blue, and auditory biases are shown in red. C) Positive numbers indicate rightward biases, and negative numbers indicate leftward biases. SEM bars (computed over all subjects) are shown around the mean bias in each modality for each location.</p
<p>(a) Mean target position error for the horizontal and the vertical target motion conditions for e...
The bias scores of the three consecutive measurements plotted for all twenty subjects. The subjects ...
<p>Mean root-mean-square errors (RMS; upper panel, lower panel) or very large errors (VLEs; middle p...
<p>Panel A shows average biases and panel B displays the distribution of subjects’ individual biases...
<p>First, each subject’s average bias (over 15 trials) was computed for each of the five locations. ...
<p>Zero on the x-axis represents the center. In panels (B) and (D), the likelihood and posterior fun...
(a) Bias in perceived direction averaged across all observers. Horizontal bars indicate the mean acr...
<p>(A) Classification accuracy when the number of averaged trials was different. Each colored line r...
<p>(A) Unisensory visual (blue) and unisensory auditory (red) localizations, and (B) bisensory visua...
<p>A) Left panels: Mean performance (p*) across positions for each subject. Center and Rigth panels:...
Mean spatial biases obtained for lines presented at each location along the horizontal axis, separat...
<p>A Schematic of feature locations used to instruct participants. B. Actual and mean represented l...
<p>These plots are analogous to <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pon...
<div><p>(A) Difference vectors around each site's mean vector. Black dots, origin of each difference...
<p>The bias of the left gaze was negated so the average bias relative to eye position could be consi...
<p>(a) Mean target position error for the horizontal and the vertical target motion conditions for e...
The bias scores of the three consecutive measurements plotted for all twenty subjects. The subjects ...
<p>Mean root-mean-square errors (RMS; upper panel, lower panel) or very large errors (VLEs; middle p...
<p>Panel A shows average biases and panel B displays the distribution of subjects’ individual biases...
<p>First, each subject’s average bias (over 15 trials) was computed for each of the five locations. ...
<p>Zero on the x-axis represents the center. In panels (B) and (D), the likelihood and posterior fun...
(a) Bias in perceived direction averaged across all observers. Horizontal bars indicate the mean acr...
<p>(A) Classification accuracy when the number of averaged trials was different. Each colored line r...
<p>(A) Unisensory visual (blue) and unisensory auditory (red) localizations, and (B) bisensory visua...
<p>A) Left panels: Mean performance (p*) across positions for each subject. Center and Rigth panels:...
Mean spatial biases obtained for lines presented at each location along the horizontal axis, separat...
<p>A Schematic of feature locations used to instruct participants. B. Actual and mean represented l...
<p>These plots are analogous to <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pon...
<div><p>(A) Difference vectors around each site's mean vector. Black dots, origin of each difference...
<p>The bias of the left gaze was negated so the average bias relative to eye position could be consi...
<p>(a) Mean target position error for the horizontal and the vertical target motion conditions for e...
The bias scores of the three consecutive measurements plotted for all twenty subjects. The subjects ...
<p>Mean root-mean-square errors (RMS; upper panel, lower panel) or very large errors (VLEs; middle p...