Basics of System Control. From A to ∞

About

Interdisciplinary problem-based foundations of system modelling, analysis and control course covers both the very basic knowledge on the first days and advanced on the last days. Students learn the methods of analytical and numerical modelling. Get acquainted with the concept of stability and control as applied to systems from very different fields. One of the features is the ability to see and model uncertainties in real systems, understand and use the concept of robustness. We learn how to design robust systems through highly interactive session with MATLAB-Simulink through a number individual and group mini-projects.

Day 1: Signals, Systems, Stability
Day 2: Feedback, Control
Day 3: Uncertainties, Robustness
Day 4: Optimal and Robust System Design
Day 5: Group Project

Course leader

Leonid Chechurin, Professor, LUT University

Target group

Graduate and Postgraduate students, Undergraduate students (min. 150 ECTS completed)

Course aim

Students gain theoretical knowledge in basic robust control. After completing the course, they are able to desgin mathematical models, including possible system uncertainties, change the system design or choose a controller, that improve robustness (including H∞). Also, students are able to continue the study of robust control in relation to the scientific field of interest.

Fee info