Experience with visual objects leads to later improvements in identification speed and
accuracy (" repetition priming"), but generally leads to reductions in neural activity in single …

Human functional-anatomic correlates of object repetition were explored in a cohort of 20
subjects using fMRI. Subjects performed an object classification task where the target …

One of the most robust experience-related cortical dynamics is reduced neural activity when
stimuli are repeated. This reduction has been linked to performance improvements due to …

Repeated exposure to a stimulus facilitates its processing. This is reflected in faster and
more accurate identification, reduced perceptual identification thresholds, and more efficient …

Repetition of visually common objects was examined in relation to prior intentional learning
and memory status using a delayed match-to-sample task in humans. Both response time …

Prior experience with a stimulus leads to multiple forms of learning that facilitate subsequent
behavior (repetition priming) and neural processing (repetition suppression). Learning can …

Stimulus identification commonly improves with repetition over long delays (“repetition
priming”), whereas neural activity commonly decreases (“repetition suppression”). Multiple …

Behavioral dissociations suggest that a single experience can separately influence multiple
processing components. Here we used a repetition priming functional magnetic resonance …

Current theories of object perception emphasize the automatic nature of perceptual
inference. Repetition suppression (RS), the successive decrease of brain responses to …

Stimulus repetition often leads to facilitated processing, resulting in neural decreases
(repetition suppression) and faster RTs (repetition priming). Such repetition-related effects …