Discriminating Model of Figures with Different Number Uniform Elements

The model of discriminating mechanisms of the figures with a different number of uniform elements has been described in the present article. The experimental investigation of the visual perception of these figures have been made within the scope of the vectorial approach and its results have been interpreted by means of the terms of Sokolov and Izmailov’s spherical model of differentiating stimuli. The discrimination of the figures with a different number of uniform elements (lines) is realized with the integral three-channel neural network, made up as a result of the interaction of the two-channel modules, detecting pictorial elements.

multidimensional scaling, subjective estimations of pairwise differences, figures composed of uniform elements, two-channel module, spherical model of differentiating stimuli, integral neural network