Abstract
Peculiarities are determined, and scopes of application of the methods of informatics and cybernetics are specified based on V.M. Glushkov’s definition of the concept of information. The concept of artificial intelligence is noted to belong to these branches of science. The impossibility of using the traditional theoretical and practical foundations of discretization, quantization, and signal transmission in real-time systems and the need to develop new theoretical foundations based on the measure of changes for cybernetic systems have been proved. A tracking model of analog-incremental transformation of continuous signals with increments, multiple of the degree of 2, and methods of their coordination with the information processing means are proposed. The basis of the dynamic theory of information based on δ-entropy is proposed for excreting useful (dynamic) information from signals, images, videos, iterative processes and, in general, from the data on changes in evolutionary processes. Approaches to the synthesis of new technical solutions based on the method of knowledge increments are proposed. The peculiarities of creating artificial intelligence by the methods of informatics and cybernetics and the need for their synergy with other fields of science are determined.
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