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Motion integration during motion aftereffects
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DOI：10.1016/S1364-6613(02)01871-5.png)
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Abstract
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The perceived global motion of a stimulus depends on how its different local motion-direction vectors are distributed in space and time. When they are explicitly co-localized, as in the case of locally paired motion, competitive motion integration mechanisms produce a unitary global motion direction determined by their vector average. During motion aftereffects induced by simultaneous adaptation to multiple motion directions, just as in the case of locally paired motion, different directional signals originate simultaneously from exactly the same position in space. Therefore, the perceived global motion direction during motion aftereffects results from local vector averaging of the co-localized motion-direction signals induced by adaptation.
Keywords:
TRANSPARENT MOTION
PERCEPTION
DIRECTION
MODEL
OPPONENCY
MOVEMENT
SIGNALS
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