Session Chairs

	Tetiana Shmelova Doctor of Science, Professor National Aviation University (Kyiv, Ukraine) Faculty of Air Navigation, Electronics and Telecommunications Department of Air Navigation Systems E-mail: shmelova@ukr.net Telephone: +380954138187
	Volodymyr Zaslavskyi, Doctor of Science, Professor Taras Shevchenko National University of Kyiv, Faculty of Computer Science and Cybernetics, Kyiv, Ukraine E-mail: zaslavskyi.volodymyr@knu.ua Telephone: +380632733696
	Maxim Yatsko Candidate of Engineering Associate Professor Professional pilot SmartLynx Airlines “Mazrudas”, Marupes novads, LV-2167, Latvia E-mail: maxim_yatsko@i.ua

Background: The special session was organized to bring together researchers and practitioners involved in the development and scientific and technical support of critical systems and infrastructures at all stages of their life cycle in the form of a complex system that includes the state of the human operator and the ability to make decisions. From a systemic point of view are considering: the existing paradigms of automation of intellectual activity and the advantages in ensuring security in complex systems; mathematical models and algorithms for human-machine interactions; engineering-technical, psychological, and medical-biological aspects of Human Factors; business processes, and risk management problems in the creation and operation of critical systems in various fields.

Topics:

• Human-machine interaction and cooperation for safety and security
• Human Factor problems in critical systems; ensuring the reliability and safety of critical systems; engineering – technical, psychological, social, and medical-biological aspects of Human Factors; critical systems as socio-technical system
• Ergonomics and human-machine interaction, cognitive modeling of complex systems
• Critical systems, technologies, man-machine systems, optimization of human- machine cooperation in complex systems
• Machine intelligence, collaborative intelligence, intelligent systems, methods of intelligent control in critical systems and infrastructure
• Type-variety principle and redundancy optimization in critical systems
• Digital image processing in computer systems, information and communication technologies, software for aerospace engineering
• Aerospace systems, computational intelligence in aerospace intelligent systems
• Mathematical modeling of human movements and aerospace problems in computer systems
• Decision-making models in critical systems, minimization of risks, maximum safety, risk management
• Management of cyber incidents, and conflicts; secure communications for critical infrastructure and support safety cooperation, design, and implementation of embedded security systems