Control, Estimation, Planning, Learning and Analysis of Hybrid Systems, With Applications to Autonomous, Robotic and Cyber-Physical Dynamic Systems and Their Safety, Robustness and Resilience.
1 faculty research Control, Estimation, Planning, Learning and Analysis of Hybrid Systems, With Applications to Autonomous, Robotic and Cyber-Physical Dynamic Systems and Their Safety, Robustness and Resilience. on GradNova.
S
Associate Professor, Mechanical and Industrial Engineering
Control, Estimation, Planning, Learning and Analysis of Hybrid Systems, With Applications to Autonomous, Robotic and Cyber-Physical Dynamic Systems and Their Safety, Robustness and Resilience.
Fault Detection and Control Systems
Advanced Control Systems Optimization
Control Systems and Identification
+2