Cognitive Visualization in a Hybrid Intelligent Risk Controlling System

Abstract

Currently developed hybrid intelligent systems that use a combination of traditional data processing methods and intelligent methods are able to analyze and assess the existing risks in all areas of human activity. This article shows the positive effect of cognitive computer visualization as a means of activating the mechanisms of visual-figurative thinking of the person making a decision in the tasks of controlling the integral indicator of risks. The essence of the anamorphic method is shown, which is the transition from one visual image built on the basis of Euclidean metrics to another visual image based on the quantitative metric of the selected risk. The mathematical formulation of the dynamic meta-anamorphine method is disassembled. The advantages of the constructed meta-anamorphosis in the risk controlling HIS are given. The problem of calculating the integral risk index, which combines the risks of different spheres of activity and visualizations built on this basis, is analyzed. Conclusions are made regarding the construction of a hybrid model based on the hierarchy analysis method and the dynamic meta-anamorphosis method. The directions of further research are determined.