An approach to the development of logical control systems for technological equipment in the concept of Industry 4.0

Abstract

In the post-industrial society, the means of collecting, processing and transmitting information have changed. These changes were reflected in industrial technologies, in which there was a transition from a concept aimed at automating individual machines and processes to a concept that provides a digital representation of all physical assets, followed by integration into a digital global system, built together with partners involved in the value chain. The new concept is based on a multilevel, complex, global technological and organizational system, which implies the integration of physical operations and their accompanying processes into a single information space. The effect of its implementation is possible if the process of receiving, analyzing and exchanging data between technological equipment and various levels of the production system as a whole is structured.

Models of the APIEd system under development to collect data on different levels of educational institutions

“…Spring boot -allows you to create an application based on loosely coupled components. The spring framework is also focused on enterprise-level applications and allows you to easily manage an application on a spring stack in a cloud infrastructure [15].…”

Mathematical criteria for testing the logical control programs for technological equipment

“…A wide range of specialists considers various options for checking the developed system for errors, depending on the goals set, tasks to be solved, project budget, timeframe, etc. [1][2][3][4][5]. The more diverse the set of measures for testing the developed logical control system, the more comprehensively all its aspects and possible problems will be studied.…”