Yevsieiev V. Methods and models of cyber-physical process control in organizational and technical production facilities

In the dissertation work, the urgent scientific problem of developing the theoretical foundations for creating methods, models and technology for processes control in complex organizational and technical production facilities based on cyber-physical systems within the framework of the concept of Industry 4.0 is solved. As a result of the research, the following results were obtained: firstly, an architectural and logical model of processes cyber-physical control decomposition in complex organizational and technical objects was proposed; firstly, methods of process control in organizational and technical objects are interconnected; firstly a technology for the development of cyber-physical production systems was proposed; the method of representing structural system models of cyber-physical control has been improved; the model of the the organizational and technical object control life cycle has been improved; the introduction of the methods, models and technologies developed in the dissertation work will allow the modernization of existing and development of promising process control systems in complex organizational and technical production facilities based on cyber-physical systems; the method of algorithms synthesis for the functioning of cyber-physical control has been improved, which made it possible to combine the algorithms for the functioning of each level of management of an organizational and technical object into a single functioning system; firstly, a model of the organizational and technical object cybernetic component formalization was developed; firstly, a structural representation of the organizational and technical object cybernetic component was proposed in the form of connections mathematical description the between the HMI main elements, which made it possible to implement the representations of additive cyber design; the methodology of signal-code construction was further developed; firstly, syntactic and semantic models of a declarative language for defining and manipulating data in the subject area have been developed The implementation of the methods, models and technologies developed in the dissertation work will allow the modernization of existing and the development of promising process control systems in complex organizational and technical production facilities based on cyber-physical systems.