Wyniki wyszukiwania - BazTech

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Designing multi-agent gameplay

Teslyuk V., Lozunskyi T., Teslyuk T., Denysyuk P.

ECONTECHMOD : An International Quarterly Journal on Economics of Technology and Modelling Processes

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2018

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Vol. 7, No 4

21--28

EN

There is an attention shift within the gaming industry toward the more natural behavior of nonplaying characters. The first part of this paper says about the main concepts of agent and multi-agent systems. The main part of this paper describes the main problem in any multi-agent system, agent communication. Then we write about main concepts of designing multi-agent gameplay and describes own developed MAS game simulator.

2

Development of the Linguistic Ontology Construction Method on the Base of Structured Electronic Encyclopedic Resource

Teslyuk V., Mykhailiuk A., Melnyk M., Denysyuk P.

Machine Dynamics Research

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2013

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Vol. 37, No. 3

89-97

EN

The method for automated formation of the ontological knowledge base software tools construction by converting of the structured encyclopedic resource to the appropriate ontology objects has been presented in the article. The developed method is based on the algorithm and model from the Petri networks theory.

3

Four-Layer Ontology Model for Automation of MEMS Synthesis

Vasyliuk I., Teslyuk V., Kernitsky A., Denysyuk P.

Machine Dynamics Research

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2011

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Vol. 35, No. 3

79-86

EN

In the paper the four-layer ontology model for automated design of microelectromechanical systems is proposed, and the peculiarities of every level are described.

4

Computer-Aided Design of MEMS at System Level

Teslyuk V., Al Omari T., Alshavabkekh H., Denysyuk P., Melnyk M.

Machine Dynamics Problems

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2007

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Vol. 31, No. 3

92-104

EN

MEMS is an extraordinarily scientific devices (Luchinin, 1999; Severov et al., 1998; Klimov et al., 1999). Their effective design is not possible without implementation of software, new mathematical models and methods, methodology and algorithms for the automated design. The given paper is devoted to development of methodology for the computer-aided design of MEMS at system level. In the offered paper the methodology is developed for the automated MEMS design at a system level which is based on the use of basic elements MEMS, building alternative decision tree and on its basis generation of alternative decisions set, usage of method of reduction of power of alternative decisions set which takes into account specific MEMS and parameters of requirement specification and decision of the formulated multicriterion optimization task for determination of optimal structure of integrated device. The offered method will allow designing MEMS automatically more efficienty.