ACTC Technical Reports
Technical Reports provide a detailed theoretical description of
specific advanced control techniques. These documents are written to be a concise and
complete source of information that any engineer working in that particular field will
find invaluable.
List of Technical Reports
The following is a list of Technical Reports produced by the ACTC.
These are available to ACTC members free of charge. To
download these reports (ACTC Members only), please proceed to our
Download
Centre or click on the appropriate links.
Application of Expert Systems in Industrial control (ACT Report 1/1990)
A Tutorial of Polynomial LQG/H∞ Optimal Control for Industrial Users (ACT Report 2/1990)
A Tutorial of Digital LQG and H∞ Self-Tuning Control for Industrial Applications (ACT Report3/1990)
μ-Analysis and Synthesis (An overview of an Optimisation - Based Methodology for Multivariable Control
Design) (ACT Report 4/1990)
Weighting Functions in H∞ Control (ACT Report 5/1991)
Introduction to Non-linear Self Tuning Control (ACT Report 6/1992)
An Introduction to the Control of Non-linear Processes (ACT Report 7/1993)
Mathematical Notations and Glossary (TR08/1993)
On the Performance of Generic Model Control (TR09/1993)
An introduction to Neural Networks (TR10/1994)
Long Range Predictive Control: A Review (TR11/1994)
Introduction to the Benefits of Controller with Several Degrees of Freedom and the Use of Feedforward Control (TR12/1995)
Applications of Fuzzy Logic Control (TR13/1995)
Design of l1 Optimal Controllers for Practical Problems: A Tutorial (TR14_v2/2001)
Comparison of the Design of a Marine Autopilot using H∞ Design and Quantitative Feedback Theory (TR15/1997)
Advances in Autotune Methods (TR16/1998)
Fibre Optics and their use in Field Trials Measurements (TR17/1998)
A Design Methodology for Handling Parametric Uncertainty (TR18/2001)
Subspace Identification Methods (TR19/2003)
Carbon Emission Control in Coal-Fired Power Plants: Recent Developments (TR20/2006)
Forthcoming:
Application of Neural Networks to Ship Modelling and Control
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