Development of new methods of adaptive control of linear and nonlinear dynamical systems under external disturbances and unrecorded dynamics
Synthesis methods of investigation and control of oscillatory processes in nonlinear dynamical systems
Adaptive compensation of sinusoidal perturbations in mechatronic systems
Biotechnology research development and management system robotic systems
Identification of the parameters of the harmonic signal under external perturbations
Development of control algorithms for mechatronic and robotic systems under conditions of incomplete information about the parameters of the object and operational environment
Trajectory control of robotic systems under constraints and uncertainties
Qualitative methodology for applying sustainability in the design of digital systems with concentrated and distributed parameters
Experimental studies of nonlinear phenomena of hysteresis and intermittency in the dynamics of pulsed DC converters
Experimental studies of zones of uncertainty state pulsed DC converters in the vicinity of the bifurcation point
Control and evaluation of distributed systems with information constraints
Nonlinear and adaptive control of dynamic objects with restricted control input
Modeling and optimization of LED materials structural properties
Study of the heat transfer of LED lamps
UV integrated COB assembly
Substrates based on single crystals of gallium oxide
Advanced materials with unique optical and thermal properties for a new generation of solid state light sources for replacement of conventional phosphors (composite materials, carbon-based nanostructures, transparent oxides)
New nanostructured metallic conductors for wires and cables with increased conductivity and improved strength characteristics
Construction of theoretical models describing the micro-mechanics of defects behavior and physical mechanisms of structure formation, relaxation of residual stresses and plastic deformation in composite nanostructures and bulk nanomaterials
The purpose of research is to develop new methods of studying the structure and functional properties of nanosystems with high spatial, energy and time resolution using a set of methods, including X-ray Free Electron Laser (european and other facilities of XFEL).
