"ATTENTION: Development of the educational material on this website was supported by the National Science Foundation under Grants No. 1100376, 1151018, 1301851, 1301660, 1538374, 1739990, 1931270, 1935453."

MAE 598: LMI Methods in Optimal and Robust Control

Textooks:

LMIs in Control Systems: Analysis, Design and Applications

G.-R. Duan and H.-H. YuWikibook:

LMIs in Control

M. Peet et al.Linear Matrix Inequalities in System and Control Theory

Boyd, El Ghaoui, Feron and BalakrishnanA Course in Robust Control Theory: A Convex Approach

G. E. Dullerud and F. PaganiniTaught in Fall, 2016

Syllabus

Introduction: This class considers the basics of modern optimal control theory, with an emphasis on convex optimization and Linear Matrix Inequalities. We cover Mathematical Analysis, State-State Theory, Linear Systems Theory and H-infinity and H-2 optimal control using LMI formulations.

Software: A Modified version of SOSTOOLS for use in combination with code listed in Lecture Notes. This should be used to replace SOSTOOLS and the folder SOSMOD should be added to the Matlab Path.

[SOSMOD_vMAE598.zip] - Compatible with Matlab 2015b and earlier. Some error messages in Matlab 2016b)

Lectures: LMI Methods in Optimal and Robust Control

[Lecture 1] - Current Trends in Computation and Control (2016)

[Lecture 2] - Optimization

[Lecture 3] - Relaxations, Duality, Cones, Positive Matrices, LMIs

[Lecture 4] - LMIs for State-Space Internal Stability

[Lecture 5] - LMIs for Controllability and Feedback Stabilization

[Lecture 6] - LMIs for Observability and Observer Design

[Lecture 7] - LMIs for the H2 and H-infinity Norms of Systems and Transfer Functions

[Lecture 8] - The Optimal Control Framework

[Lecture 9] - An LMI for H-infinity-Optimal Full-State Feedback Control

[Lecture 10] - An LMI for H-infinity-Optimal Output Feedback Control

[Lecture 11] - Relationship between H2, LQG and LGR and LMIs for state and output feedback H2 synthesis

[Lecture 12] - Modeling Uncertainty and Robustness

[Lecture 13] - LMIs for Optimal Control and Quadratic Stability with Ane Polytopic and Interval Uncertainty

[Lecture 14] - LMIs for Robust Control in the LFT Framework

[Lecture 15] - Nonlinear Systems and Lyapunov Functions

[Lecture 16] - Optimization of Polynomials and an LMI for Global Lyapunov Stability

[Lecture 17] - The PositivStellenSatz and an LMI for Local Stability

[Lecture 18] - SOS for Robust Stability and Control

[Lecture 19] - Hybrid Systems

[Lecture 20] - LMI/SOS Tools for the Study of Hybrid Systems