Arjan van der Schaft | |
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mathematical systems theory, nonlinear systems and control, geometric network modeling of physical systems, network dynamics, hybrid systems theory, geometric mechanics and robotics, control of distributed-parameter physical systems, systems biology | |

Harry Trentelman | |

linear systems, model/controller reduction, network analysis and control, reduced order modeling, simultaneous balancing, structure preserving model reduction, switched systems, synchronization, model reduction of networks, the behavioral approach, robust control, H-infinity control, linear quadratic optimal control, Riccati equations, dissipative systems, multi-dimensional systems | |

Jacquelien Scherpen | |

model order reduction for control, nonlinear control systems, first principle modeling and control, structure preserving spatial discretization and order reduction methods, interconnected networks, distributed control for balancing the power grid, smart grids, mechanical, electrical and electro-mechanical systems | |

Claudio De Persis | |

nonlinear control systems, quantized control, hybrid systems, cooperative control, control under communications constraints, time-delay systems, distribution networks, fault detection, switched systems | |

Kanat Camlibel | |

hybrid systems, piecewise affine systems, switched systems, differential variational inequalities, multi-agent systems, model reduction, complementarity problems | |

Ming Cao | |

multi-agent systems, coordination and cooperative control, human/robot interaction dynamics, distributed decision making, sensor networks, robotic teams, electric power grids, complex systems and networks, switched systems, algebraic graph theory. | |

Bayu Jayawardhana | |

analysis and control design for nonlinear systems: dissipative systems, systems with hysteresis and quantization, biochemical reaction networks, systems biology, mechatronics. | |

Pietro Tesi | |

adaptive control, hybrid and switched systems, supervisory control, data-driven control design, networked systems, cyber-physical systems, adaptive optics. | |

Bart Besselink | |

system theory for nonlinear systems and large-scale interconnected systems, model reduction, applications in intelligent transportation systems, in particular on control and coordination of heavy-duty vehicle platoons | |

Stephan Trenn | |

differential-algebraic equations, switched systems, observer design, funnel control, modeling of power grids | |

Nima Monshizadeh | |

Model reduction, multi-agent systems, complex networks, switched systems, control configuration selection | |

Please check the individual group's websites (DTPA, SMS, SCAA) for a current list of PhD-students and postdocs.

Ruth Curtain | |
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Jan Willems | |