Modeling and optimization of modules and information arrays in a cyberphysical system

Nowadays in the production sphere we can observe the introduction and active development of elements of cyber-physical systems. In such a system there is a process of circulation of large amounts of data. The article considers the peculiarities of solving problems related to the optimization of information processing in cyber-physical systems at manufacturing enterprises. It is necessary to solve the problems of optimization of resources used in the formation of cyber-physical systems on the basis of components included in them. Two stages are considered. At the first stage, the solution of dynamic problems related to the fact that the synthesis of cyber-physical system modules is carried out. The second stage is related to the fact that information arrays in the cyber-physical system should be optimally placed in the control module. The approach presented in this paper can be applied in the course of analyzing various cyber-physical systems.