Optimization of the system-the object of simulation models. Part 1

Author(s):  A.G. Zhikharev, candidate of Sciences, no, Belgorod National Research University, Belgorod, Russia

A.A. Buzov, JSC «VladMiVa», Belgorod, Russia

I.A. Egorov, Belgorod State University, Belgorod, Russia, 888615@bsu.edu.ru

A.V. Kuznetsov, Belgorod National Research University, Belgorod, Russia

Yu.V. Zhinkina, Belgorod National Research University, Belgorod, Russia

Issue:  Volume 46, № 2

Rubric:  System analysis and processing of knowledge

Annotation:  System-object simulation modeling is a promising direction for the development of the system-object approach «Node-Function-Object». In order to improve the efficiency of the system-object analysis of organizational-business and production-technological processes by improving the theoretical and instrumental tools for optimizing system-object simulation models, the authors identified several optimization principles that are considered in the article. When building simulation models, the authors are guided, among other things, by a generalized characteristic of the system - a measure of consistency. This article proposes the optimization of the system-object simulation model on the example of the manager-subordinate organizational and managerial model in the «UFOModeler» environment. It is substantiated that the formulated principles of optimization allow us to proceed to the development of methods for optimizing the structural, functional, and object parameters of similar simulated systems. Also, it should be noted that the principles of optimization of system-object simulation models considered in the work are not exhaustive, since they do not allow the optimized model to be brought into line with all system-wide laws and principles.

Keywords:  principles, simulation, object, system, structure, optimization, function.

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