Calculation of the function objects as the systems formal theory basis

The paper deals with the conceptual foundations of functional objects calculus as a formal theory of systems. The basic concepts and definitions of the calculus of functional objects are presented, within the framework of which the functional object is considered as a system described in terms of the systemic-object approach "Unit-Function-Object

Using "Unit-Function-Object" approach to solve main problems in ontology engineering

This article is devoted to the main problems in the one of the most actual research area in knowledge management - ontology engineering. An original approach to solving the problems of applied ontologies building, inference on them, ontology mapping and merging, which is based on the "UnitFunction-Object" approach, is propose

Integration of formalization tools for graphical-analytical "Unit-Function-Object" models

A new method for the formal description of systems in terms of "Unit", "Function", and "Object" based on the comparative study and integration of tools from the Grenander algebraic theory of pat terns and Milner’s process calculus is considered. Decomposition and aggregation procedures are formalized for the graphic-analytical models “Unit-Function-Object” using the proposed approachyesBelgorod State Universit

Formal bases of optimization procedures of system-object imitation models of processes and systems

The paper discusses some optimization methods for system-object simulation models of processes and systems. The authors proposed some optimization principles in the article in order to increase the efficiency of the system-object analysis of organizational, business and industrial processes by improving the theoretical and instrumental means of optimizing the system-object simulation model

Assistance in creation of project solutions by means of system-object determinant analysis

This paper contains a description of the original system-object deter-minant analysis (SODA) which allows you to formalize the process of developing complex technical system

An analysis of the role and structure of information (conceptual) systems

The nature of information (conceptual) systems is studied using a system-object approach. The conclusion is made that the hierarchies of conceptual and material systems are an object-oriented system, whose conceptual systems are external systems (class systems) that determine the properties of specific objects, and objects-material or internal systems (systems-phenomena) that perform real interaction

Formal-semantic normative system for graphic-analytical modelling

A formal-semantic normative system (FSNS) is presented in this paper. The FSNS allows us to describe the links and functional units of typical information processes. The possibility of using the FSNS to automate graphical-analytical modelling and machine learning is show

A system-object approach to determinant analysis of complex systems

This article describes the possibility of analyzing systems using the system-object approach. The concept of determinant analysis of systems based on this approach is introduced, which allows one to consider the detailed description of a system as the gradual refinement of its propertie

Accounting for system-wide patterns of conceptual systems in the modeling of conceptual knowledge

This paper discusses the problem of applying the “Unit-Function-Object” system-object approach to conceptual systems. The results of a comparative analysis of the material systems are presented, i.e., phenomena (systems phenomena) and conceptual systems, i.e., classes (system-classes). A universal definition of the “system” concept has been developed that consider both types of systems. Variants of the formal description of the system class are proposed using the apparatus of calculus of objects and descriptive logi

System-object modeling of quality management system of medical

The article discusses the problems that commercial organizations face when undergoing external audits of the quality management system. The analysis of the domestic practice of certification of quality management systems is presented. The authors propose the use of system-object simulation to improve the efficiency of the quality management system, as well as to simplify the first certification procedur