Motion-induced position shifts in global dynamic Gabor arrays.

  title={Motion-induced position shifts in global dynamic Gabor arrays.},
  author={Andrew Thomas Rider and Peter W. McOwan and Alan P Johnston},
  journal={Journal of vision},
  volume={9 13},
Objects in motion appear shifted in space. For global motion stimuli we can ask whether the shift depends on the local or global motion. We constructed arrays of randomly oriented Gaussian enveloped drifting sine gratings (dynamic Gabors) whose speed was set such that the normal component of motion was consistent with a single global velocity. The array appears shifted in space in the direction of the global motion. The size of the shift is the same as for arrays of uniformly oriented dynamic… CONTINUE READING

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