In this paper the important problem of ontology clustering is considered with the purpose of optimization of intelligent data processing in conditions of uncertainty caused by inaccuracy or incompleteness of data in the subject area. The clustering of ontologies is the process of automatic splitting of a set of ontologies into groups (clusters) based on their similarity degree.
Taking in consideration the current context is an important requirement for knowledge based systems. The article discusses the application of context-sensitive decision support in the area of employment solutions providing. The research is based on employment area business process analysis which resulted in ontology construction. Next, the models for context representation are compared and models based on ontology and graphs are chosen for processing of contextual knowledge. Enhanced JDL model with specified context processing operations is introduced.
In the paper the four-layer ontology model for automated design of microelectromechanical systems is proposed and the peculiarities of every level are described.
The article deals with the formation of the domain thesaurus “Smart City”, presents the interpretation of the lexicographical systems based on the theory V. A. Shirokov, describes the method of designing the ontology problem area, an example of building a fragment of the domain ontology “Smart City."
The timeliness of development and formulation of general requirements and architecture of integrated onto-based information analytical environment of scientific research, professional healing and e-learning of Chinese image medicine as a promising component of integrative medicine is substantiated in the article. Scientific evidence-based integrative medicine is typical for conventional medicine; but unlike the conventional, the integrative medicine synthesizes experience and engages all the best achievements of ancient medicine and contemporary Western one.
This paper deals with the model of Boyd loop developed on the basis of Moore automaton. The states of the machine are represented by phases of Boyd loop, by ontology editing process and by search of relevant information in the ontology. Possible transitions between states of the machine parameters have been determined and thus transmitted. The fabricated machine serves as the basis for building tactical units DAFU by DSS commanders
The article discusses the development of unified methods and software tools for processing information resources. The models of information resource processing are proposed. A new approach to application and implementation of business processes is formulated.
The article summarizes the author’s contribution for translation Ukrainian sign language. We describe the model of translation used for foreign sign languages. Among these statistical models of translation, the rule-based translation models and ontology-based models are described. These models are compared with the alternative approach for translation Ukrainian sign language using grammatically-augmented ontology. The method of filling ontologies using domain-specific languages, allowing us to develop a grammatically- augmented ontology is described.
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.