2518-1092Research result. Information technologies2518-109210.18413/2518-1092-2019-4-2-0-31700SYSTEM ANALYSIS AND PROCESSING OF KNOWLEDGETO THE QUESTION OF OPTIMIZATION OF SYSTEM-OBJECT IMITATION MODELSTO THE QUESTION OF OPTIMIZATION OF SYSTEM-OBJECT IMITATION MODELSZhikharevAleksandr GennadievichZhikharevAleksandr Gennadievichzhikharev@bsu.edu.ruEgorovIlya AlexandrovichEgorovIlya Alexandrovich888615@bsu.edu.ruMatorinSergey IgorevichMatorinSergey Igorevichmatorin@bsu.edu.ru20194200

The relevance of optimization of system-object simulation models is reduced to use of simulation to solve practical problems. Optimization is actively used in simulation modeling to build high-quality models. The existing technologies of optimization of simulated processes, implemented in software, are constantly improving. Thus, the topic of optimization systems development remains open. The basis of the research is the system-object approach «Node-Function-Object», algorithms for sorting arrays, as well as methods for optimizing linear programming. The problem of classification of optimization problems is considered in accordance with the main elements of which the simulation system-object model consists: a node, a function, an object (UFO). Descriptions are given and examples of models in which the meaning of the tasks is revealed. In conclusion, the authors conclude that the optimization of system-object models should be carried out according to the three main components of the «Node-Function-Object» approach. Further classification of optimization methods should be carried out in accordance with the selected components.

The relevance of optimization of system-object simulation models is reduced to use of simulation to solve practical problems. Optimization is actively used in simulation modeling to build high-quality models. The existing technologies of optimization of simulated processes, implemented in software, are constantly improving. Thus, the topic of optimization systems development remains open. The basis of the research is the system-object approach «Node-Function-Object», algorithms for sorting arrays, as well as methods for optimizing linear programming. The problem of classification of optimization problems is considered in accordance with the main elements of which the simulation system-object model consists: a node, a function, an object (UFO). Descriptions are given and examples of models in which the meaning of the tasks is revealed. In conclusion, the authors conclude that the optimization of system-object models should be carried out according to the three main components of the «Node-Function-Object» approach. Further classification of optimization methods should be carried out in accordance with the selected components.

«Node-Function-Object»imitation modelingoptimizationsystemic measure«Node-Function-Object»imitation modelingoptimizationsystemic measureСписок литературы1. Baldin, K.V. Mathematical programming: textbook / K.V. Baldin, N.A. Bryzgalov, A.V. Rukosuev / Edited by doctor of Economics, Professor K. V. Baldin. – 2nd ed. – M.: Publishing and trading Corporation «Dashkov & Co», 2013. – 220 p.2. Knuth, D. E. The Art of Computer Programming. V. 1. Fundamental Algorithms. / D. E. Knuth. – M.: Viliams, 2016. – 720 p.3. Knuth, D. E. The Art of Computer Programming. V. 3. Sorting and searching. / D. E. Knuth. – M.: Viliams, 2014. – 832 p.4. Matorin S.I., Zhikharev, A.G., Zimovets O.A. The calculus of objects in the system-object method of knowledge representation // Scientific and Technical Information Processing. – M.: Federal research center «Informatics and management» RAS – 2017. – №3. – P. 104-1155. Zhikharev, A.G., Matorin, S.I., Kuznetsov, A.V., Zherebtsov, S.V., Tchekanov, N.A. To The Problem of the Coefficient Calculus of the Nodal Object in the System-Object Models // Jour of Adv Research in Dynamical & Control Systems, Vol. 10, 10-Special Issue, 2018. – P. 1813-18176. Zhikharev, A.G., Matorin, S.I., Zaitseva, N.O. About perspectives of simulation technological processes functioning with using system-object approach node-function-object // International Journal of Applied Engineering Research, 10(12), 2015. – P. 31363-31370