| Current Research | Archive | Publications | PhD theses | Software |
Research projects of prof. B. De Schutter
- Ant Colony Optimization for Dynamic Traffic Routing
- Approximate reinforcement learning and dynamic programming for control
- Approximation methods for stochastic max-plus-linear systems
- Automatic generation of control software for mechatronic systems
- Development of advanced multi-agent control strategies for multi-class traffic networks
- Distributed and hierarchical model predictive control for large-scale systems
- Distributed control of multi-agent systems on a mobile robot testbed
- Distributed Sensing and State Estimation
- Fuzzy observers for nonlinear systems
- Game-theoretic methods for control of large-scale systems
- Game-theoretic multi-level methods for the control of large-scale systems
- Hierarchical and hybrid control of railway systems
- Hierarchical model predictive control for transportation systems
- Integrated control of road networks with model predictive control
- Intelligent control methods for flood and water management
- Model predictive control for discrete-event systems
- Model predictive control for hybrid systems
- Model-based predictive control for intelligent micro-transportation systems
- Model-Based Traffic Control for the Reduction of Emissions and Fuel Consumption
- Multi-agent control of large-scale hybrid systems
- Optimal and model predictive control of railway systems
- Self-organizing moving agents for distributed sensing and control
- Traffic control for large-scale urban traffic networks via MPC
