METHODOLOGICAL FIELDS OF COMPETENCE

  • Biomedical diagnosis and therapy methods
  • Modelling and simulation of dynamic systems
  • Design of adaptive and robust control systems
  • Methods for state and parameter estimation
  • Optimization of complex and stochastic processes
  • Computational Intelligence and Data Analysis/Data Mining
  • Analysis and design methods for complex HW/SW systems
  • Performance evaluation and security engineering
  • Efficient algorithms and data structures, parallel algorithms
  • Autonomous Management and Self-Organization in Complex Systems
  • Virtual and Augmented Reality
 

FIELDS OF APPLICATION COMPETENCE

  • Biomedical Engineering
  • Control systems for high-precision drives
  • Smart sensing in the automotive sector
  • Assistance and service robotics
  • Interactive human-machine interfaces
  • Distributed communication infrastructures and information systems
  • Mobile communication networks
  • Processing and analysis of massive data sets
  • Software tools and development environments