Modeling and Control of Complex Systems
Theory and computer tools are developed to deal with fundamental complexity issues appearing in many engineering applications, for example aerospace systems, manufacturing and communications:
- Active Control of Compressor Systems
- Adaptive Control in Flying Vehicles
- AEOLUS - Distributed Control of Large-Scale Offshore Wind Farms
- CHAT - Control of Heterogeneus Automation Systems
- Control with Communication Constraints
- Modeling and Validation of Complex Systems
- Language Support for Dynamic Optimization
- Parallel Methods for Dynamic Optimization
- ICT platform for sustainable infrastructures
- Numerical and Symbolic Algorithms for Dynamic Optimization