Prof. Alexandre Megretski
Professor of Electrical Engineering
Primary DLC
Department of Electrical Engineering and Computer Science
MIT Room:
32-D730
Areas of Interest and Expertise
Nonlinear System Identification and Model Reduction
Nonlinear Dynamical System Analysis
Design and Validation of Hybrid Control Algorithms
Optimization of Nonlinear Robust Controllers (a.k.a. "Adaptive Control")
Optimization (LP, LMI, Convex, Non-Convex etc.)
Applications: Nonlinear Circuits, Modeling of Live Neurons, A/D Convertion
Theory and Algorithms of Analysis and Design of Hybrid Systems Nonlinear and Robust Control Non-Convex and Convex Optimization Formalization of Knowledge in Education Functional Analysis and Operator Theory
Nonlinear Dynamical System Analysis
Design and Validation of Hybrid Control Algorithms
Optimization of Nonlinear Robust Controllers (a.k.a. "Adaptive Control")
Optimization (LP, LMI, Convex, Non-Convex etc.)
Applications: Nonlinear Circuits, Modeling of Live Neurons, A/D Convertion
Theory and Algorithms of Analysis and Design of Hybrid Systems Nonlinear and Robust Control Non-Convex and Convex Optimization Formalization of Knowledge in Education Functional Analysis and Operator Theory
Research Summary
A leading theoretician in the field of control theory, Dr. Megretski’s research involves nonlinear dynamical systems (identification, analysis, design), validation of hybrid control algorithms, optimization, applications to analog circuits, control of animated objects, and relay systems. Most significant is his innovative method of Integral Quadratic Constraints for robust nonlinear control.
Dr. Megretski’s principal field of interests is focused on nonlinear systems
Dr. Megretski’s principal field of interests is focused on nonlinear systems