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Ontological model of the cybernetic organizational system architecture

Targeted activity in all spheres of modern society is carried out within the framework of organ-izational systems of various types and for various purposes using situational management methods. Cybernetic organizational systems are represented as ordered sets of interacting com-ponents (artifacts, system components), united by the performance of a specified function based on information exchange. The ontological approach to the design of any class of complex sys-tems makes it possible to carry out a clear and hierarchical decomposition of the design pro-cesses of any system of a given purpose into certain design actions, many of which can be per-formed concurrently and each of which – in the context of a local component system. The mod-el of the subject area of knowledge is determined by the architectural model of the cybernetic organizational system and its context of interaction with the environment. The architecture of the cybernetic organizational system ensures the implementation of the process of situational management as a composition of motivations, knowledge, opportunities, resources, and limita-tions. The idea of a target cybernetic organizational system is presented in the form of a list of needs and models on the basis of the analysis of which requirements are formalized in accord-ance with needs. The construction of the architecture of the cybernetic organizational system is specified by the formalized system requirements from the knowledge base of the cybernetic or-ganizational system and confirmed by the results of the analysis based on system models and test operational tasks. Relationships between artifacts form an architectural model of the system which combines activity regulations, activity structure, activity directions, technological stand-ards, structures, and solutions. The proposed ontological model of knowledge of the architecture of the cybernetic organizational system combines technological, organizational and project concepts.