---- C.S.C. ---- Centre for Systems and Control

Projects

This page is being revised. More structured version will appear soon.

Projects

Physical Model Based Control
Modern Statistical Approaches to off-equilibrium modelling for nonlinear system control
ECOSSE - Process engineering
Bond graph modelling and control
Physically-orientated nonlinear control

Contents

Control Systems Analysis and Design Methods
Intelligent Systems and Evolutionary Methods
System Modelling and Identification

Control Systems Analysis and Design Methods

(includes e.g., work on ICAD methods and applications, physical model-based control and applications such as ECOSSE, quantitative feedback, power electronics and drives applications, flight control applications, control systems tuning methodologies etc.)

Physical Model Based Control

Individual Channel Analysis and Design

Quantitative Feedback Theory

Intelligent Systems and Evolutionary Methods

(includes NACT project, genetic algorithms and genetic programming research both for control and modelling, local model networks research, local controller design, artificial neural networks research etc.)

System Modelling and Identification

(includes all identification projects not covered under Intelligent Systems and Evolutionary Methods heading, wavelet work, aspects of bond graph research not covered under Control Systems Analysis and Design Methods heading, neurophysiological applications research, research on model validation methods and applications)

Physical Model Based Control

Comments, errors & suggestions to: D.Ballance@mech.gla.ac.uk
Last modified Monday, 21-Apr-2008 17:56:59 BST, by Donald Ballance