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Book Contents

This page simply contains links to the various resources available for each chapter, as well as the appendices and preface for the book. Here, you will find previews and summaries of all the chapters in the book, plus the complete chapters 1 and 2. You can also read the preview for each part.

Preface

English

Spanish
German
 

Part I - The Elements

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1. The Excitement of Control Engineering Preview Summary
2. Introduction to the Principles of Feedback Control Preview Summary
3. Modeling Preview Summary
4. Continuous time signals and models Preview Summary
 

Part II - SISO Control Essentials

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5. Analysis of SISO Control Loops

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Summary
6. Classical PID Control Preview Summary
7. Synthesis of SISO Controllers Preview Summary
 

Part III - SISO Control Design

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8. Fundamental Design Limitations in SISO Control Preview Summary
9. Frequency Domain Design Limitations Preview Summary
10. Internal Model Principle, Feedforward and Cascade Structures Preview Summary
11. Dealing with Constraints Preview Summary
 

Part IV - Digital Computer Control

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12. Models for Sampled Data Systems Preview Summary
13. Digital Control Preview Summary
14. Hybrid Control Preview Summary
 

Part V - Advanced SISO Control

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15. SISO Controller Parameterisations Preview Summary
16. Control Design Based on Optimisation Preview Summary
17. Linear State Space Models Preview Summary
18. Synthesis via State Space Methods Preview Summary
19. Introduction to Nonlinear Control Preview Summary
 

Part VI - MIMO Control Essentials

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20. Analysis of MIMO Control loops Preview Summary
21. Exploiting SISO Techniques in MIMO Control Preview Summary
 

Part VII - MIMO Control Design

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22. Design via Optimal Contol Techniques Preview Summary
23. Model Predictive Control Preview Summary
24. Fundamental Design Limitations in MIMO Control Preview Summary
 

Part VIII - Advanced MIMO Control

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25. MIMO Controller Parameterisations Preview Summary
26. Decoupling Preview Summary
 

Appendices

A. Notation, Symbols and Acronyms
B. Smith-McMillan Forms
C. Results from Analytic Function Theory
D. Properties of Continuous-Time Riccati Equation
E. Matlab Support

 

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