Yuriy Arturovich Zargaryan
+7(863) 437-16-89
Associate Professor
Institute of Radioengineering Systems and Control
Research interests:
- Mathematical modeling of scientific and technological processes and physical phenomena
- Decision-making under uncertainty
- Development of models and methods of optimization of fuzzy control in fuzzy environment
- Graph-analytic methods of planning trajectories of moving objects
Research projects:
Development and research of methods of formalizing the parameters and models of decision-making in the neuro-fuzzy and adaptive control systems based on modern information technologies.
Development of the theory and methods of creation of intellectual position-moving objects trajectory control systems in conditions of uncertainty.
Teaching:
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Fundamentals of building information and communication systems and networks
The discipline is read for students of the specialty 27.03.04 "Management in technical systems." Within the framework of this discipline, it is supposed to study the study by students of the technology of information transfer through communication channels and the development of the basic principles of construction and operation of information and telecommunication networks, as well as the technology of information transfer through various communication channels.
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Signal and image processing in control systems
The discipline is read for students of the specialty 27.04.04 "Control in technical systems". Within the framework of this discipline, practical training is carried out in the main areas of signal and image processing in control systems, digital filtering, signal and image analysis, as well as hardware and software.
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Industrial Internet of Things
The discipline is read for students of the specialty 15.04.04 "Automation of technological processes and production". As part of this course, students will get acquainted with the theory and practice of creating embedded systems based on microcontroller technology. In addition, students will receive competencies in the field of interaction of electronic devices over the Internet. In addition, this discipline will improve their competence in the field of programming in high-level languages. The course is aimed at creating an educational infrastructure and developing teaching methods based on a production approach to the design, integration and customization of modern embedded ultra-compact industrial systems and the study of software for industrial Internet of Things systems.
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