摘要：The study contributes to cyber-physical system (CPS) modelling during a building life cycle. The framework through which systems engineers could design and construct these CPS requires an ontology and a structure of terms. Thus, the structure of terms for modern information system, including approaches, concepts and terms, is proposed as the basis of ontology. The task of the study was to present the model of CPS management structure in accordance with the Industry 4.0 program. In order to construct it the dynamics of the relationship of terms has been given. An infographic modeling method has been used in the study. The subject of research is one of the model levels, responsible for knowledge conversion from machine-digital to human-oriented form, which will be the basis for the operator’s understanding of the knowledge accumulated by the CPS, and will help to make non-trivial management decisions. The structure of terms including approaches, concepts and terms, is proposed as the basis of ontology. The dynamics of the relationship of terms is given. Model of CPS management structure is presented in accordance with the Industry 4.0 program. The “Infographic models management” level specific to the CPS is defined. Three types of infographic slides which can be issued by CPS within the domain area of construction and design are proposed.
其他摘要：The study contributes to cyber-physical system (CPS) modelling during a building life cycle. The framework through which systems engineers could design and construct these CPS requires an ontology and a structure of terms. Thus, the structure of terms for modern information system, including approaches, concepts and terms, is proposed as the basis of ontology. The task of the study was to present the model of CPS management structure in accordance with the Industry 4.0 program. In order to construct it the dynamics of the relationship of terms has been given. An infographic modeling method has been used in the study. The subject of research is one of the model levels, responsible for knowledge conversion from machine-digital to human-oriented form, which will be the basis for the operator’s understanding of the knowledge accumulated by the CPS, and will help to make non-trivial management decisions. The structure of terms including approaches, concepts and terms, is proposed as the basis of ontology. The dynamics of the relationship of terms is given. Model of CPS management structure is presented in accordance with the Industry 4.0 program. The “Infographic models management” level specific to the CPS is defined. Three types of infographic slides which can be issued by CPS within the domain area of construction and design are proposed.
