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Journal Nonlinear World №11 for 2014 г.
Article in number:
Structure synthesis of a distributed control system with multibus architecture for executing of the assigned multitude of tasks
Authors:
А.А. Gornitskiy - Post-graduate Student, Department of Algebra, Mechanical-Mathematical Faculty, Lomonosov Moscow State University. E-mail: gnomage@mail.ru B.А. Gornitskiy - Post-graduate Student, GSKB «Almaz-Antey» (Moscow). E-mail: borune@mail.ru M.N. Yokhin - Ph.D. (Eng.), NRNU «MEPHI» (Moscow). E-mail: mnyokhin@mephi.ru Yu.M. Mitin - Post-graduate Student, GSKB «Almaz-Antey» (Moscow). E-mail: muriy@mail.ru
Abstract:
Reliability is one of the most important parameters of control systems, built on industrial networks base. The vital task of control system synthesis is development of network structure, having the maximum probability for all required tasks execution with consideration of all constraints for entire system. As a rule, system executes several tasks, that-s why the increasing of execution-s probability for the multitude of tasks is reasonable. The heuristic algorithm for designing of network structure, adapted for multitude of tasks execution with consideration of their frequency is proposed in this article. This algorithm uses approximate algorithm for boolean variable polynom minimization, but in case when network has not many nodes the result can be found using the branch and bound algorithm.
Pages: 50-57
References

 

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