Visual Perception of Differently Shaped and Colored Stimuli

The results of the experimental research of visual perception of differently shaped and colored stimuli have been described in the article. The main goal of the experiment was to identify a combination of visual modules, employed in recognizing the stimuli. The desired aim was achieved by building a spherical model of the stimuli and interpreting its formal and contensive properties in terms of vector approach. It has been observed that recognizing complex stimuli is realized as a multichannel network with a specific combination of graphic and color two-channel modules, modeled in the form of a multidimentional sphere.

multidimensional scaling, subjective estimations of pairwise perceived differences, super-threshold differences, two-channel sensory module, spherical model of differentiating stimuli, spherical model of color discrimination, visual perception of color and shape