1. Informatics and Intelligent Information Technologies

 

  • Theoretical foundations of informatics and computational methods

  • Software engineering and software systems architecture

  • Artificial intelligence, machine learning, and data analytics

  • Intelligent diagnostic and decision-making systems

  • Verification, testing, and software quality assurance

  • Distributed, cloud, and high-performance computing

 

2. Digital Culture and Social Aspects of Information Technologies

 

  • Information and communication systems in culture and the arts

  • Information society technologies and issues in contemporary urban studies

  • Virtual and augmented reality in culture and education

  • Human-centered information systems

  • Inclusive information technologies and digital accessibility

  • Knowledge management and social digital ecosystems

 

3. Engineering, Automation, and Computer-Integrated Systems

 

  • Computer engineering, information and communication networks and embedded systems

  • Automation and computer-integrated technologies

  • Cyber-physical systems, information security and the Internet of Things

  • Mathematical and computer modeling, digital twins

  • Advanced control systems, including intelligent ones

  • Robotic systems and unmanned transport

  • Power smart grids and micro grids