Abstract
We propose a new method that uses ocular dominance to reduce
perceived crosstalk in autostereoscopic 3D displays. When one increases
the brightness of dominant eye's view while decreasing the other,
the crosstalk effectively decreases for the dominant eye but increases
for the other. We hypothesize that such manipulation would reduce
the perceived crosstalk because the brain's visual processing relies
more on the dominant eye than the other. We verify our hypothesis
through a psychophysical experiment.
© 2015 IEEE
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