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- W19865628 abstract "This chapter discusses the computational properties that clarify why the parallel cortical systems V1→V2, V1→MT and V1→V2→MT exist for the perceptual processing of static visual forms and moving visual forms. It describes a symmetry principle, called FM Symmetry, that is predicted to govern the development of these parallel cortical systems by computing all possible ways of symmetrically gating sustained cells with transient cells and organizing these sustained-transient cells into opponent pairs of on-cells and off-cells whose output signals are insensitive to the direction-of-contrast. This symmetric organization explains how the static boundary contour system that models the V1→V2 static form system generates emergent boundary segmentations whose outputs are insensitive to the direction-of-contrast and insensitive to the direction-of-motion, whereas the motion boundary contour system that models the V1→MT motion form system generates emergent boundary segmentations whose outputs are insensitive to the direction-of-contrast but sensitive to the direction-of-motion. FACADE Theory became possible through the discovery of several new principles of uncertainty, complementarity, symmetry, and resonance. The uncertainty principles show what combinations of visual properties cannot, in principle, be computed at a single processing stage. Hierarchical interactions are illustrated by the interactions of simple cells, complex cells, and hypercomplex cells to overcome, using hyper complex end cuts, the computational uncertainties implied by the fact that the receptive fields of simple cells are oriented." @default.
- W19865628 created "2016-06-24" @default.
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- W19865628 date "1992-01-01" @default.
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- W19865628 title "THE SYMMETRIC ORGANIZATION OF PARALLEL CORTICAL SYSTEMS FOR FORM AND MOTION PERCEPTION" @default.
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- W19865628 doi "https://doi.org/10.1016/b978-0-12-741251-1.50011-4" @default.
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