Founded on October 12, 1988.
Principal lines of Department's activities are:
- basic research into the theory and methods of designing electronic circuits, media and structures with preset properties, used for simulation of dynamic processes in power engineering and power-intensive technologies;
- development of simulating systems for optimization and integrated control of power facilities reliability;
- producing training simulator devices and systems for power-intensive industries.
Major achievements of the Department are:
- New modeling and simulation methods have been developed for complex dynamic systems (of integer, fractional and mixed order in regular and fractal media).
- A number of non-classical operational calculuses have been proposed and evolved, based on extended polynomial signal representations with different basic-function systems.
- A number of special modelling and simulation systems have been worked out for process monitoring, control optimization and training operators of power-intensive processes (including monitoring and training systems for arc welding, in cooperation with NAS E.O. Paton Electric Welding Institute).