Method for Determining the Digital Twin Structure of Distributed Open Sources

For the material of this article, open sources are publicly available information posted on the Internet for repeated and free use in the form of machine-readable systematized data, in a format that allows their automated processing. Any of these sources is considered as a structure with iterative nesting of content, formalized by a number of stable rules. The mathematical description of the rules for the formulation of open source content objects constitutes a knowledge base containing statistics of various properties and mappings that bring such content closer to its digital counterpart, regardless of its nature. The digital twin, in this case, can be represented as a set of local systems with feedback subsystems connected by categorical relations at the level of functorial dependence. The conducted research has established the possibility of forming the structures of the digital twin of an open source, which makes it possible to increase the importance of the analysis of the qualifications of open sources. Turning to the same type of content, it becomes necessary to formalize the structures of connections between its objects, which can be described in the language of graph theory and as virtual objects of category theory. The formalized open source assumes preliminary iterations on the graph structure of the main content objects, as well as objects related to them. The subject area is an open source, which has some property of stable connections between the objects of research.