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Information × Registration Number 0220U100627, 0119U100322 , R & D reports Title Development of a single software and algorithmic environment for visualization and computer simulation for the creation of systems of health improvement of military personnel. popup.stage_title Head Tereschenko Vasyl , Доктор фізико-математичних наук Registration Date 22-01-2020 Organization Taras Shevchenko National University of Kyiv popup.description2 Object of research - new concepts of development of efficient generalized algorithmic and software tools for solving complex problems of visualization and computer simulation. The purpose of the work is to investigate new concepts for the development of algorithmic and software tools for the construction of a single algorithmic model of the environment of visualization and computer simulation (SVKM) and to create on its basis SVKM new generation for mass use in solving various scientific, technical and social problems, which will allow modeling of the means for creation of an intelligent system of rehabilitation and rehabilitation of servicemen with the possibility to use the visualization to monitor the effectiveness of medical measures. dev. Research methods - modern methods of computational geometry, computer graphics, computer simulation, pattern recognition and algorithm analysis, logic-algebraic. The main tasks of image processing are formulated. The existing classes of image processing algorithms and universal multi algorithmic environments are analyzed for solving the set of image processing and analysis problems. A model of a single multialgorithmic environment for solving problems of constructing and recognizing geometric objects with different properties is developed. The concept of the Voronoi diagram for a set of points, segments, circles and parametrically given curves on a plane is defined. The main properties of Voronoi diagrams are given, the types of bisectors between arbitrary Voronoi diagram generators are analyzed. The Unified Algorithmic Environment (ISAS) model was developed based on the generalized parallel-recursive divide and conquer algorithm and the Voronoi diagram.  Product Description popup.authors Anisimov Anatolii V. Bondar Olena S. Veklych Olena A. Volchyna Iryna I. Goncharova Valentyna V. Gorbunov Oleg A. Kasianiuk Vieda S. Kotsur Dmytro V. Krak Yuriy V. Marchenko Оleksandr O. Nikitchenko Mykola S. Osadchyj Evgen O. Tanchuk Volodymyr V. Tereschenko Vasyl M. popup.nrat_date 2020-04-02 Close