PID Controller Design Apprs. - Theory, Tuning, Appln. to Frontier Areas

00 preface_ PID Controller Design Approaches - Theory, Tuning and Application to Frontier Areas......Page 1
Part 1_ Tuning methods for 3 terms controllers-Classical Approach......Page 13
01_ Wavelet PID and Wavenet PID:
Theory and Applications......Page 15
02_ Tuning Three-Term Controllers for
Integrating Processes with Both
Inverse Response and Dead Time......Page 41
03_ Design of a Golf Putting Pneumatic
Mechanism Integer vs Fractional Order PID......Page 65
04_ Design and Development of PID
Controller-Based Active Suspension
System for Automobiles......Page 83
Part 2_ Intelligent Control and Genetic Algorithms Approach......Page 111
05_ Fuzzy PID Supervision for an Automotive
Application: Design and Implementation......Page 113
06_ Conceptual Model Development for a Knowledge
Base of PID Controllers Tuning in Closed Loop......Page 133
07_ Stabilizing PID Controllers for a
Class of Time Delay Systems......Page 153
08_ Practical Control Method for Two-Mass Rotary
Point-To-Point Positioning Systems......Page 171
Part 3_ Robust PID Controller Design......Page 197
09_ Performance Robustness
Criterion of PID Controllers......Page 199
10_ Robust LMI-Based PID Controller Architecture for
a Micro Cantilever Beam......Page 223
Part 4_ Disturbance Rejection for PID Controller Design......Page 239
11_ The New Design Strategy on PID Controllers......Page 241
12_ IMC Filter Design for PID Controller
Tuning of Time Delayed Processes......Page 265