The processing of motion information by the visual system can be decomposed into two
general stages; point-by-point local motion extraction, followed by global motion extraction …

It is well known that context influences our perception of visual motion direction. For
example, spatial and temporal context manipulations can be used to induce two well-known …

We used the motion aftereffect (MAE) to psychophysically characterize tuning of motion
perception in the human visual system. The function relating MAE strength and the range of …

The motion aftereffect is a robust illusion of visual motion resulting from exposure to a
moving pattern. There is a widely accepted explanation of it in terms of changes in the …

Prolonged exposure to a moving stimulus can substantially alter the perceived velocity (both
speed and direction) of subsequently presented stimuli. Here, we show that these changes …

Both perceptual and motor systems must decode visual information from the distributed
activity of large populations of cortical neurons. We have sought a common framework for …

The extended integration time of visual neurons can lead to the production of the neural
equivalent of an orientation cue along the axis of motion in response to fast-moving objects …

Dynamic random-dot targets were used to study neural mechanisms underlying motion
perception. Performance of cats with severely reduced numbers of cortical directionally …

Prolonged exposure to consistent visual motion can significantly alter the perceived
direction and speed of subsequently viewed objects. These perceptual aftereffects have …

A recent study (H. Takemura & I. Murakami, 2010) showed enhancement of motion detection
sensitivity by an orthogonal induced motion, suggesting that a weak motion component can …