Présentation
Prerequisite
- Mathematical tools used in Electrical Engineering, Signal & System modelling module
- Industrial science : performance and settings of feedback control systems (PI controller)
- Industrial science : performance and settings of feedback control systems (PI controller)
Goal
This course is a presentation of the concepts and approaches (identification, modelling) that enable the synthesis of correctors in the process of controlling continuous-time linear systems.
Presentation
Basic performance of feedback control systems :
- Stability (Nyquist criterion), transient response speed, steady state error
- System regulation and control performance
Basic structure of control systems :
- Selection of a control structure according to the desires performance.
- Effects of basic regulators (in open and closed loop systems )
Basic control design methods :
- Parametric methods based on pole-zero compensation : e.g. PID regulators
- Root locus method
- Cases of time-delay processes : Smith predictor
- State space design method
- Frequency method (introduction)
- Stability (Nyquist criterion), transient response speed, steady state error
- System regulation and control performance
Basic structure of control systems :
- Selection of a control structure according to the desires performance.
- Effects of basic regulators (in open and closed loop systems )
Basic control design methods :
- Parametric methods based on pole-zero compensation : e.g. PID regulators
- Root locus method
- Cases of time-delay processes : Smith predictor
- State space design method
- Frequency method (introduction)
Modalités
Forms of instruction
- Cours magistraux
- TD
- TP
Organization
Type | Amount of time | Comment | |
---|---|---|---|
Face to face | |||
Lecture | 14,00 | ||
Lab | 12,00 | ||
Independent study | |||
Estimated personal study time | 8,00 | ||
Overall student workload | 34,00 |
Evaluation
Ressources
Bibliography
Asservissements linéaires continus - P. Rousseau
Paris : Ellipses, 2004, coll. Technosup
Modern Control Systems - R. H. Bishop, R. DorfLondres : Prentice Hall, 2004
Feedback Control of Dynamic Systems - G. F. Franklin, J. D. Powell, A. Emani-Naeini5e éd. Londres : Prentice Hall, 2005