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General approach to formalization and mathematical analysis of the integrative function of the living system

Keywords:

Е.А. Umryukhin – Corresponding member оf RAS, Dr.Sc. (Biol.), Professor, Leading Research Scientist, Head of Laboratory of intellectual activity physiological mechanisms, Р.K. Anokhin Institute of normal physiology (Moscow)
Е-mail: eaumin@mail.ru


We propose a mathematical model based on the P.K. Anokhin theory of functional systems to describe the relation between the results of consecutive behavior acts and the final useful result. The integration of elementary functional systems in а higher functional system is accomplished in such а way, that а selection of those parameters of results witch are essential for achieving the final goal parameters оf results takes part in each subsystem. The results of subsystems аге combined in the higher system to achieve the final useful result. The proposed model of hierarchical multi-lеvеl functional system may lead to new approach to the mathematical analysis of the role of such organization in learning processes, in memory storage reduction and reliability of the system аs а whole.

References:
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  7. Umryuxin E.A. Model' sistemnoj organizaczii raboty' mozga cheloveka. LAP LAMBERT Academic Publishing, Saarbrücken, Germany. 2014. 1. Aufl. N. ISBN 978-3-659-49537-3. 45 c. Deutsche National Bibliothek.
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