<p>Right eye predominance in the sustained rivalry phase (Experiment 2) is plotted as function of right eye dominance probability at stimulus onset. Symbols identify the same subjects as in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0020017#pone-0020017-g003" target="_blank">Figure 3</a>. Blue: motion stimulus (9 subjects), red: face/house (10 subjects) stimulus, green: grating stimulus (5 subjects). Black lines: linear regression lines for 9 subjects that completed the experiment with more than one stimulus type.</p
It is commonly assumed that one eye is dominant over the other eye. Eye dominance is most frequently...
It is commonly assumed that one eye is dominant over the other eye. Eye dominance is most frequently...
<p>(A) To induce binocular rivalry, a pair of orthogonal gratings (tilted +45° and −45° away from th...
<p>A: subject FW. B: subject JB. C: subject TG. Right- and left-hand panels show data from trials in...
<p>Odds ratio of right eye dominance after saccades and stimulus jumps as function of probability of...
<p>A–C: Odds ratio of right eye dominance after saccades and stimulus jumps as function of right eye...
<p>A: stimulus jump trials, B: saccade trials. Blue: motion (9 subjects), red: face/house (10 subjec...
<p>A) Representative data is shown for one subject to illustrate perceptual dominance for each stimu...
served as a subject in all main experiments. The same five subjects partic-ipated in experiments 1–3...
When different images are presented to the two eyes, each can intermittently disappear, leaving the ...
<p>A: Data from three typical subjects (face/house stimulus). Each colored vertical line shows the o...
<p>(A) In experiment 1, binocular rivalry was induced with foveal presentation of red and green orth...
Contains fulltext : 193282.pdf (publisher's version ) (Open Access)It is commonly ...
It is commonly assumed that one eye is dominant over the other eye. Eye dominance is most frequently...
<p>(A) The pattern of perceptual dominance for two representative subjects during foveal presentatio...
It is commonly assumed that one eye is dominant over the other eye. Eye dominance is most frequently...
It is commonly assumed that one eye is dominant over the other eye. Eye dominance is most frequently...
<p>(A) To induce binocular rivalry, a pair of orthogonal gratings (tilted +45° and −45° away from th...
<p>A: subject FW. B: subject JB. C: subject TG. Right- and left-hand panels show data from trials in...
<p>Odds ratio of right eye dominance after saccades and stimulus jumps as function of probability of...
<p>A–C: Odds ratio of right eye dominance after saccades and stimulus jumps as function of right eye...
<p>A: stimulus jump trials, B: saccade trials. Blue: motion (9 subjects), red: face/house (10 subjec...
<p>A) Representative data is shown for one subject to illustrate perceptual dominance for each stimu...
served as a subject in all main experiments. The same five subjects partic-ipated in experiments 1–3...
When different images are presented to the two eyes, each can intermittently disappear, leaving the ...
<p>A: Data from three typical subjects (face/house stimulus). Each colored vertical line shows the o...
<p>(A) In experiment 1, binocular rivalry was induced with foveal presentation of red and green orth...
Contains fulltext : 193282.pdf (publisher's version ) (Open Access)It is commonly ...
It is commonly assumed that one eye is dominant over the other eye. Eye dominance is most frequently...
<p>(A) The pattern of perceptual dominance for two representative subjects during foveal presentatio...
It is commonly assumed that one eye is dominant over the other eye. Eye dominance is most frequently...
It is commonly assumed that one eye is dominant over the other eye. Eye dominance is most frequently...
<p>(A) To induce binocular rivalry, a pair of orthogonal gratings (tilted +45° and −45° away from th...