OPTIMIZATION MODELING OF THE SYSTEM FUNCTIONING OF HOMOGENEOUS OBJECTS IN A MULTI-ASPECT DIGITAL ENVIRONMENT

UDC 681.3

S.O. Sorokin


This paper introduces the characterization of a homogeneous objects system and as well as its inter- and intra- functionality. It is proposed a classification scheme for digitalization and optimization of the system functioning of homogeneous objects It is demonstrated that digital transformation causes to create multi-aspect environment with many mathematical models. These models characterize the communication with the managing center, with the external environment and with the components of internal functioning. The necessity of constructing invariant and aspect-oriented optimization models for solving resource and structural problems ensuring the efficiency of the functioning of homogeneous objects and satisfaction of the performance indicators of the objects of the external environment is substantiated.

Keywords: digitalization, multidimensional digital environment, mathematical models, resource and structural optimization.

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