Authors
V.L. GOROKHOV, V.V. VITKOVSKY, Yu.V. BARYSHEV
Abstract
The paper outlines the principles and practical examples of the application of cognitive computer graphics for the development of decision support systems (DSS) in relation to complex systems. The phenomenon of cognitive computer graphics consists in generating on-screen images that create spectacular images in the mind of a human operator. These images have aesthetic appeal and stimulate human intuition. The image on the display creates in the human mind a moving three-dimensional image, which is formed by the entire totality of multidimensional data and visually displays the properties of the studied subject area. When perceiving these images, the human operator is able to identify individual geometric properties of the observed image and associate them with the subject content of processed multidimensional data. Very important is the ability to combine the proposed cognitive technology with the modern capabilities of intelligent software interfaces and multi-dimensional statistical data analysis programs. Fundamentally new algorithmic approaches to cognitive visualization based on hyperbolic geometry and algebraic varieties are proposed. In a certain sense, we can talk about the emergence of a new type of DSS - cognitive decision support systems.
Keywords
cognitive image in multidimensional space, cognitive visualization of multidimensional statistical data, algorithms of cognitive visualization of the situation, decision support systems, emergency situations.
