Open AccessInfographic modeling of the similarities and differences between natural and artificial in interdisciplinary ontologies of theory and cyberphysics of systems
Author(s) -
Vitaliy Chulkov,
Konstantin Losev
Publication year - 2017
Publication title -
naukovedenie
Language(s) - English
Resource type - Journals
ISSN - 2223-5167
DOI - 10.15862/95tvn417
Subject(s) - ontology , computer science , infographic , natural (archaeology) , set (abstract data type) , process (computing) , object (grammar) , action (physics) , product (mathematics) , artificial intelligence , knowledge management , data science , epistemology , mathematics , data mining , philosophy , archaeology , history , physics , geometry , quantum mechanics , programming language , operating system
Infography, as a scientific and practical discipline, claims that the formation of visual (visually perceptible) images is a set of rules, procedures and models that can be formalized and transmitted to a person in the learning process. Infographic space is a specific area of interaction between individual specialists and teams of researchers, engineers, educators, and managers as part of corporate structures or system institutes. Infography is the methodological basis for the design of systems and the construction of technical means of visualizing images in information technology, technology of action and the orientation of the researcher’s thinking. The object of research is the distinction: similarities and differences, natural (natural, physiological and biological) and artificial (virtual, man-made, unnatural). Moreover, artificial is understood as a product of human thought activity and its productive activities. The subject of the study is the interdisciplinary ontology of systems theory and systems cyberphysics. The article discusses various approaches to the interdisciplinary ontology of managing the life cycle of buildings and structures and, in particular, information support for the life cycles of classes (categories) of construction objects and the life path of a particular building or structure. Ontology data is used in modern computer-aided design and engineering data management systems in construction.