ontology

The increased mobility of business processes today relies on extensive use of software and in turn puts high demands on the quality of software and its ability to be quickly and accurately adapted to the changes in the business environment. A promising approach to solving the problem of adapting the software to changes in its operational environment is the use of ontological modeling. In the article the theoretical principles of knowledge representation and processing in software based on ontological task models were developed. A formal model of knowledge representation was built.

In this paper the general process and the concurrent synthesis realization model of microelectromechanical systems, which is based on developed genetic algorithm, are described. As the synthesis task in the sphere of complex microsystems is very comprehensive and timeconsuming, the actuality of performance and speed issues to generate the novel system and its components constructions is still up-to-date unsolved item. The developed model facilitates and accelerates the synthesis of the new and unique microelectromechanical systems structures.

Seeking to study in detail the problem of the good and the evil in the Russian religious philosophy, one can not avoid considering of patristic philosophy. Although the majority of Russian religious philosophy of the end of the 19th – beginning of the 20th century have “affection” attitude to Eastern Christianity, Western patristic attitude to Russian thinkers was not unambiguous. Speaking about the Russian heredity of the Eastern traditions of Christianity, it is worth noting that it takes from the latter commitment to integrity as a proper state of the world and the man.

An intellectual functioning of the agent as a rational behavior, which is an effort to get the maximum possible benefit from its activities, is considered. For this aim an intelligent agent is searching for new alternatives (methods, algorithms, etc.), use of which gives better results comparing with the reference approach. For such a search the agent uses domain ontology within which it operates.

In the paper the evaluation of the optimization problems that arise during the automatic ontology building on its structures and content. Formed a series of such problems. The methods and algorithms for their solution.

In this paper mathematical formalization for software system based on ontological models is proposed. Formalization is built using algebraic types system approach. Developed formal representation of models and modeling system.

In this paper we propose a formalization of ontology-based task execution modeling system. It is built using approach of algebraic systems theory. We show that proposed algebraic system is based on multiple domains, which can be used for ontological models representation and knowledge elucidation, storage and processing

In the paper the approach to automated construction of interpretation functions (axioms) of concepts and relations of the domain ontology during its training are considered. The method of recognizing the semantics of natural language texts and its representation in the form of descriptive logic.

In the paper the behavior of an intelligent agent in a competitive environment is investigated in the paper. The OODA loop is chosen for behavior simulation. The interaction of OODA loop stages (observation, orientation, decision support, action) with the ontology of tasks and subject area in which the agent operates was explored.