Visual perceptual learning models, as constrained by orientation and location specificities,
propose that learning either reflects changes in V1 neuronal tuning or reweighting specific …

Humans can learn to abstract and conceptualize the shared visual features defining an
object category in object learning. Therefore, learning is generalizable to transformations of …

Perceptual learning, a process in which training improves visual discrimination, is often
specific to the trained retinal location, and this location specificity is frequently regarded as …

A growing body of research—including results from behavioral psychology, human structural
and functional imaging, single-cell recordings in nonhuman primates, and computational …

Human perceptual learning is classically thought to be highly specific to trained stimuli's
retinal location. Together with evidence that specific learning effects can result in …

Perceptual learning often shows substantial and long-lasting changes in the ability to
classify relevant perceptual stimuli due to practice. Specificity to trained stimuli and tasks is a …

Perceptual learning is an instance of adult plasticity whereby training in a sensory (eg, a
visual task) results in neuronal changes leading to an improved ability to perform the task …

Practice improves discrimination of many basic visual features, such as contrast, orientation,
and positional offset [1–7]. Perceptual learning of many of these tasks is found to be retinal …

Highlights•Perceptual Learning research has identified numerous processes that change
with learning.•Identified mechanisms of Perceptual Learning are not mutually …

Although practice has long been known to improve perceptual performance, the neural
basis of this improvement in humans remains unclear. Using fMRI in conjunction with a …