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