mathematical modeling of dynamic nonlinear objects and systems
digital signals and systems
computer modeling of electronic circuits
microprocessors
robotics

• Microprocessor Engineering (122 Computer Science)
• Telecommunication microprocessor systems (122 Computer Science)

1. Object detection in the process of image recognition using transformers
2. A method of safe landing of an emergency unmanned quadrotor
3. Modeling of the process of controlling the PD controller of a safe landing of a quadrocopter in case of an accident
4. Modeling the process of emergency landing of an unmanned quadrotor
5. Modeling the process of takeoff and landing of an unmanned quadrocopter from an inclined surface in automatic flight mode
6. Features of sports measurement evaluation using a personal computer
7. Practical diagnostics of electronic circuits: hardware and software
8. Calculation error of harmonic signal characteristics
9. Features of parametric identification of ARC-circuits in the frequency domain
10. Mathematical model of the process of diagnosing a mechatronic system
11. Mathematical model of human hand manipulator

He was born on November 18, 1940 in Lviv. In 1958, he entered the first year of the Faculty of Automation and Semiconductor Electronics of the Lviv Polytechnic Institute, graduating in 1963 with a degree in Electrical Measurements. From September 1963 to August 1967, he worked as an engineer, senior engineer, lead engineer and team leader at the Termopribor Design Bureau (Lviv). Since 1967, he worked as an assistant at the Department of Theoretical Foundations of Electrical and Radio Engineering, senior lecturer (since 1974), and associate professor (since 1976) at Ivan Franko National University of Lviv.

In 1973, he received his PhD in Engineering, and in 1980 he was promoted to Associate Professor.

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