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Mathematical theory of multiprocessor control systems and its applications
Authors: G. Cejtlin, E. Jushchenko
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Abstract
The peculiar feature of cybernetic control systems is a feedback interaction with a controlled object. The abstract model of such an interaction may be based on the control and operating automata composition originating in the abstract computer model suggested by V.M.Glushkov [1]. The model functioning can be formalized by the technique of systems of algorithmic algebras (SAA). The paper is concerned with mathematical theory of multiprocessor control systems (MCS) based on the modified SAA technique and intended for solving the problems of formalization of the parallel processes semantics, their modification, optimization by selected criteria, in particular.G.E. Cejtlin, E.L. Jushchenko
V.M.Glushkov Institute of Cybernetics
Ukrainian Academy of Sciences,
Kiev, 252207, Ukraine
V.M.Glushkov Institute of Cybernetics
Ukrainian Academy of Sciences,
Kiev, 252207, Ukraine
Fulltext
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Contents
- Mathematical theory of multiprocessor control systems and its applications
- Concurrency and Portability
- Effective software-oriented cryptosystem in complex PC security software
- Object class hierarchy for an incremental hypertext editor
- A new approach and software support to reliability analysis of repairable complex systems
- On Convexity Preserving C1 Hermite Spline Interpolation
- Complex analysis of interbranch connections in national economy
- On the optimal control of heat apportionment systems
