CONCEPT OF AUTOMATED CONTROL SYSTEM WITH ANALYZING CONDITION OF THE ERGATIC COMPONENT
DOI:
https://doi.org/10.18372/2306-1472.60.7564Keywords:
automated control system, ergatic object, human-operator, theory of ergatic systemAbstract
In this work the automated control system structure and configuration together with the mathematicaldescription of the person-operator are considered in details. The proposed concept of human-operator organismrepresentation as an ergatic object gives the possibility to provide mathematical approach to the description of the ACSwith the prognostication of human-operator cybernetic ability. It will allow to solve problems of a human factor inmodern conditions of aircraft control.References
Glushkov, V.М. Introduction to Automatic control systems. 2nd ed. Кyiv. 1972. 310 р. (in Russian).
Pavlov, V.V. Technical ergatic systems (ergamat’s synthesis). Kyiv. Vyshcha shkola. 1977. 344 p. (in Russian).
Polischuk, S.T.; Azarskov, V.M.; Boiko, I.F. Ergatic system with stabilizing circuit of parameter states of biological component. Patent 31879 Ukraine. МPК 05В 13/00. Applicant and patentee National Aviation University. N U200714004;
claimed 13.12.2007; published 25.04.2008. Bulletin. N 8 (in Ukrainian).
Polischuk, S.T.; Azarskov, V.M.; Kolomoyets, A.V.;
Ivanov, D.D. Method of structural information
representation of biological system homeostasis.
Patent N 33933 Ukraine. МPК A61/M 1/14. Applicant
and patentee National Aviation University. N
u200714009; claimed 13.12.2007; published
07.2008. Bulletin. N 14 (in Ukrainian).
Shabaev, R.; Podgornaia, A. Modeling and forecasting the largest aircraft accidents in Russia on the basis of the dynamics of environment. Chaos and Correlation International Journal. October 28, 2010. P. 1–12.