Topics
1. Computer Science and Software Engineering
Mathematical Foundations of Information Technology
Quantum and neuromorphic computing
Methods and tools for intelligent data processing
Neural Network Technologies and Deep Learning Methods
Semantic models and natural language processing
Game Technologies, Augmented Reality (AR), and Virtual Reality (VR) Systems
Theoretical and applied issues of software engineering
Models and methods of software quality management
2. Computer Engineering and Cybersecurity
Parallel and distributed information processing in complex systems
Models and Methods for Developing IoT (Internet of Things) Systems and Edge Computing
Models and Methods for Analysis, Synthesis, Verification, and Diagnostics of Computer Systems and Networks
Models and methods of designing systems for critical applications
Cyber-Physical Systems (CPS) and Quantum Computing
Information Security and Cybersecurity
3. Systems Analysis, Applied Information Systems and Technologies
Modeling, Verification, and Solution Optimization
Digital transformation of enterprises
Decision Support and Forecasting Systems
Models and methods of information technologies
Design of information systems and technologies
Innovative Information Technologies in Various Sectors: Education, Medicine, Economics, Art, and Others
Multimedia systems
4. Applied Information Technologies in Energy Engineering and Automation
Theoretical and Applied Issues of Control Systems and Industrial Automation
Smart grids and microgrids
Mathematical and Computational Modeling of Physical Objects and Processes, including Digital Twins
Intelligent systems and artificial intelligence in the management of energy facilities, production and power plants
Energy management of renewable energy systems and electricity supply
Control Systems for Robotic Systems and Complexes, including Electric Vehicles (EVs)
Diagnostics and Monitoring of Complex Systems