Different approaches to system science
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Abstract
The goal of the paper is to present a new definition of a holistic approach to the description of complex systems including features such as emergent behavior, exaptation, contingency, self-organization, etc. The presented approach is based on concepts such as singularity (internal behavior of a partial system component without any links), duality (analyses of links between pairs of system components) and a plurality (links between clusters of system components). Energetics is presented as a new science (third-order cybernetics) using the results of the theory of complex systems connected with the algorithms of artificial intelligence so that a better coexistence between humans and machines occurs.
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Copyright (c) 2022 Miroslav S, et al.
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Veverka M. Evolution by its own creator. Prostor. 2013.
Taleb NN. Procrustean bed - Philosophical and Practical Aphorisms, INCERTION, 2018.
Svitek M, Kosheleva O, Kreinovich V. As Complexity Rises, Meaningful Statements Lose Precision -- but Why?, Report number: UTEP-CS-21-81, 2021, University of Texas at El Paso, USA.
Kauffman S. The Fourth Law - Pathways to General Biology, Paseka, 2004.
Svitek M, Kosheleva O, Kreinovich V. Freedom of Will, Non-Uniqueness of Cauchy Problem, Fractal Processes, Renormalization, Phase Transitions, and Stealth Aircraft. Report number: UTEP-CS-22-58, 2022, University of Texas at El Paso, USA.
Ashby WR. Introduction to Cybernetics, New York, J. Wiley, 1956.
Vittkh VA. Evolution of Ideas in Management Processes in Society, From Cybernetics to Evergetics. https://doi.org/10.1007/s10726/014/9414/6.