TITLE

Visual analyzer as anticipatory system (functional organization)

AUTHOR(S)
Kirvelis, Dobilas
PUB. DATE
May 2000
SOURCE
AIP Conference Proceedings;2000, Vol. 517 Issue 1, p277
SOURCE TYPE
Academic Journal
DOC. TYPE
Article
ABSTRACT
Hypothetical functional organization of the visual analyzer is presented. The interpretation of visual perception, anatomic and morphological structure of visual systems of animals, neuro-physiological, psychological and psycho-physiological data in the light of a number of the theoretical solutions of image recognition and visual processes simulation enable active information processing. The activities in special areas of cortex are as follows: focused attention, prediction with analysis of visual scenes and synthesis, predictive mental images. In the projection zone of visual cortex Area Streata or V1 a “sensory” screen (SS) and “reconstruction” screen (RS) are supposed to exist. The functional structure of visual analyzer consist of: analysis of visual scenes projected onto SS; “tracing” of images; preliminary recognition; reversive image reconstruction onto RS; comparison of images projected onto SS with images reconstructed onto RS; and “correction” of preliminary recognition. Special attention is paid to the quasiholographical principles of the neuronal organization within the brain, of the image “tracing,” and of reverse image reconstruction. Tachistoscopic experiments revealed that the duration of one such hypothesis-testing cycle of the human visual analyzers is about 8–10 milliseconds. © 2000 American Institute of Physics.
ACCESSION #
6029449

 

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