
Image theory and methods of its application in the processes of constructing geometric models and determining the geometric parameters of objects, including photogrammetry methods. Design of curved lines, surfaces and bodies according to specified requirements. Geometric optimization methods in various branches of science and technology. The theory of multidimensional geometry and nomography and its use in geometric modeling.
Directions:
- Image theory and methods of its application in the processes of constructing geometric models and
- determination of geometric parameters of objects, including photogrammetry methods.
- Theory and practice of continuous and discrete geometric modeling. Designing curves
- lines, surfaces and bodies according to specified requirements.
- Theory of geometric transformations and their use in modeling.
- Geometric optimization methods in various branches of science and technology.
- The theory of multidimensional geometry and nomography and its use in geometric modeling.
- Geometric fundamentals of design processes, construction and production technology using computer technology.
- Development of methods and algorithms for visualizing information data sets, as well as processes and phenomena of various natures.
- Methods and algorithms for image processing in technical vision systems.
- Geometric fundamentals of the design of science and technology objects using computer technology.
- Application of geometric models and methods in information (including geographic information) technologies and systems.
- Methodology for digital support of life cycle processes, including formulation, formalization, typification, automation and computerization of design procedures and design processes, optimization of methods and tools for practical application.
- Development of geometric and other scientific foundations for constructing systems and means of digital support for life cycle processes, development and research of methods, models and algorithms for the synthesis and analysis of solutions at various levels, including design and technological solutions.
- Development of fundamentally new methods and means of functioning of the “Man – Machine” complex.
- Development of geometric and other scientific foundations for constructing digital documentation tools, paperless document flow, processes for operating electronic archives of technical documentation, interaction with the manufacturer and consumer of products.
- Development of scientific foundations for constructing computer graphics tools, geometric methods
- modeling of designed objects and synthesis of virtual reality and digital training
- support of life cycle processes.
Chairs:
Evgeniy Viktorovych Konopatsky — Doctor of Science, Associate Professor, NNGASU, Nizhny Novgorod
E-mail: e.v.konopatskiy@mail.ru
Panchuk Konstantin Leonidovych — Doctor of Technical Sciences, Associate Professor, Omsk Technical University, Omsk
E-mail: Panchuk_KL@mail.ru