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Sónia Pinto
Also published under:S. Ferreira Pinto, S. F. Pinto, Sonia Pinto, Sónia F. Pinto, Sónia Ferreira Pinto, S. Pinto
Affiliation
Dep. Electrical Engineering, INESC-ID Lisboa, IST/University of Lisbon, Lisboa, Portugal
Topic
Cost Function,Model Predictive Control,Predictive Control,Switching States,Alternating Current,Multilevel Converter,Multilevel Inverters,Simulation Test,Model Predictive Control Strategy,Power Semiconductor,Three-phase Inverter,Voltage Source Inverter,Control System,Dc Capacitor,Imaginary Part,Induction Motor,Inverter Voltage,Output Current,PI Controller,Power Conversion,Simulation Results,Steady-state Conditions,Voltage Vector,Closed-loop Control,Control Method,Dc-link Voltage,Fast Dynamic Response,Grid Voltage,Input Current,Loop Current,Microgrid,Number Of Switches,Power Factor,Power Grid,Power System,Predictive Control Strategy,Reference Torque,Rotor Flux,Stator Current,Transient State,Voltage Source,Weighting Factor,3-phase,Ac Side,Active Power Reference,Angular Speed,Automated Vehicles,Baseline Results,Battery Charging,Bidirectional Switch,
Biography
S. F. Pinto (M’02) was born in 1969 in Coimbra, Portugal. She received the Dipl. Ing. degree in electrical engineering, in 1992, and the Doctor degree in electrical and computer engineering, in 2003, from the Instituto Superior Técnico, Technical University of Lisbon, Lisbon, Portugal.
She is currently an Assistant Professor of power electronics at the Technical University of Lisbon and a member of the Power Electronics and Power Quality group of INESC-ID Lisbon, Lisbon. Her main research interests include power electronic systems modeling, simulation and advanced control and power quality enhancement applications and evaluation.
She is currently an Assistant Professor of power electronics at the Technical University of Lisbon and a member of the Power Electronics and Power Quality group of INESC-ID Lisbon, Lisbon. Her main research interests include power electronic systems modeling, simulation and advanced control and power quality enhancement applications and evaluation.