Purpose: We introduce a set of dichoptic training tasks that differ in terms of (1) the presence
of external noise and (2) the visual feature implicated (motion, orientation), examining the …

The input from the two eyes is combined in the brain. In this combination, the relative
strength of the input from each eye is determined by the ocular dominance. Recent work has …

If one eye is patched for a period of 2.5 h in human adults, transient changes in sensory eye
dominance result with the previously patched eye's contribution being strengthened. Similar …

Brief periods of monocular deprivation significantly modify binocular visual processing. For
example, patching one eye for a few hours alters the inter-ocular balance, with the …

In the recent decade, studies have shown that short-term monocular deprivation strengthens
the deprived eye's contribution to binocular vision. However, the magnitude of the change in …

Purpose: Recently, we reported that dichoptic de-masking training can further boost
stereoacuity, but not visual acuity, in adults with amblyopia after extensive monocular …

Brief monocular occlusion results in a transient change in ocular dominance, such that the
previously patched eye makes a stronger contribution to the binocular percept after …

Purpose: To investigate whether perceptual learning improves coarse and fine stereopsis
and to examine the bandwidth of transfer of learning, if any, across spatial frequency …

Much knowledge of sensory cortical plasticity is gleaned from perceptual learning studies
that improve visual performance [1–7]. Although the improvements are likely caused by …

Sensory eye dominance occurs when the visual cortex weighs one eye's data more heavily
than those of the other. Encouragingly, mechanisms underlying sensory eye dominance in …