Autonomous systems, Drones, Airborne Wind Energy, Optimization-based Control
The Safe Automation Systems Laboratory (SAS-Lab) carries out methodological and experimental research in the area of control systems that must operate with high autonomy, in presence of constraints that are safety-critical for the system itself and its environment.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Quisque semper leo nec leo facilisis interdum. Mauris cursus dolor et sem consectetur facilisis. Vivamus consectetur dictum justo non convallis.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Quisque semper leo nec leo facilisis interdum. Mauris cursus dolor et sem consectetur facilisis. Vivamus consectetur dictum justo non convallis.
Autonomous systems, Drones, Airborne Wind Energy, Optimization-based Control
The Safe Automation Systems Laboratory (SAS-Lab) carries out methodological and experimental research in the area of control systems that must operate with high autonomy, in presence of constraints that are safety-critical for the system itself and its environment.
Autonomous systems, Drones, Airborne Wind Energy, Optimization-based Control
The Safe Automation Systems Laboratory (SAS-Lab) carries out methodological and experimental research in the area of control systems that must operate with high autonomy, in presence of constraints that are safety-critical for the system itself and its environment.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Quisque semper leo nec leo facilisis interdum. Mauris cursus dolor et sem consectetur facilisis. Vivamus consectetur dictum justo non convallis.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Quisque semper leo nec leo facilisis interdum. Mauris cursus dolor et sem consectetur facilisis. Vivamus consectetur dictum justo non convallis.
Autonomous systems, Drones, Airborne Wind Energy, Optimization-based Control
The Safe Automation Systems Laboratory (SAS-Lab) carries out methodological and experimental research in the area of control systems that must operate with high autonomy, in presence of constraints that are safety-critical for the system itself and its environment.