Stability, Control and Application of Time-Delay Systems gives a systematic description of these systems. It includes adequate designs of integrated modeling and control and frequency characterizations. Common themes revolve around creating certain synergies of modeling, analysis, control, computing and applications of time delay systems that achieve robust stability while retaining desired performance quality. The book provides innovative insights into the state-of-the-art of time-delay systems in both theory and practical aspects. It has been edited with an emphasis on presenting constructive theoretical and practical methodological approaches and techniques.
1. 1 Introduction - p. 79 2. 2 Problem statement - p. 81 3. 3 design method - p. 85 4. 4 robustness analysis - p. 90 5. 5 Numerical example - p. 94 6. 6 Conclusion - p. 96 7. Chapter 5: consensus synthesis of multiagent systems with nonuniform time-varying input delays: A dynamic IQC approach - p. 97 8. Abstract - p. 99 9. 1 Introduction - p. 99 10. 2 Preliminaries and problem statement - p. 101 11. 3 Main results - p. 104 12. 4 An illustrative example - p. 115 13. 5 Conclusions - p. 117 14. Appendix - p. 120 15. Chapter 6: Delayed feedback control of pitch-flap instabilities in helicopter rotors - p. 122 16. Chapter 7: The small signal stability region of power systems with time delay - p. 142 17. Chapter 8: Robust stability of connected cruise controllers - p. 162 18. Chapter 9: A design approach for structured controllers for uncertain delay systems grounded in the real structured pseudospectra framework - p. 184 19. Chapter 10: The Smith predictor, the modified Smith predictor, and the finite spectrum assignment: A comparative study - p. 207 20. Chapter 11: Extended dissipative control and filtering for singular time-delay systems with Markovian jumping parameters - p. 226 21. Abstract - p. 227 22. Acknowledgments - p. 227 23. 1 Introduction - p. 227 24. 2 Stochastic admissibility - p. 229 25. 3 Extended dissipativity - p. 236 26. 4 State-feedback control - p. 239 27. 5 Output-feedback control - p. 245 28. 6 Extended dissipative filtering - p. 250 29. 7 Conclusions - p. 252 30. Chapter 12: Event-triggered reliable control for T-S fuzzy Markov jump systems based on a delay system approach - p. 255 31. Abstract - p. 257 32. Acknowledgments - p. 257 33. 1 Introduction - p. 257 34. 2 Problem formulation and preliminaries - p. 258 35. 3 Stability analysis and event-triggered controller design for FMJSs - p. 263 36. 4 Numerical example - p. 271 37. 5 Conclusions - p. 275 38. Chapter 13: Stability of a class of linear fractional-delay systems - p. 277 39. Chapter 14: Sliding mode control for Markovian jumping systems with time delays - p. 293 40. Chapter 15: Networked predictive control for linear systems with communication delay in the feedback channel - p. 313 41. Chapter 16: Delayed gambler’s ruin - p. 331 42. Chapter 17: Event-triggered and self-triggered control for networked feedback systems with delay and packet dropout - p. 347 43. Chapter 18: Observer-based stabilization of nonlinear discrete-time systems using sliding window of delayed measurements - p. 365 44. Chapter 19: Functional observer design for a class of bilinear systems with time delays - p. 386 45. Chapter 20: Functional adaptive observer design for a class of bilinear systems with time delays - p. 403 46. Chapter 21: Nonlinear filtering design for discrete-time systems using sliding window of delayed measurements - p. 422 47. Chapter 22: Identification of fractional Hammerstein system with delay - p. 439 48. Index - p. 463
Stability, Control and Application of Time-Delay Systems gives a systematic description of these systems. It includes adequate designs of integrated modeling and control and frequency characterizations. Common themes revolve around creating certain synergies of modeling, analysis, control, computing and applications of time delay systems that achieve robust stability while retaining desired performance quality. The book provides innovative insights into the state-of-the-art of time-delay systems in both theory and practical aspects. It has been edited with an emphasis on presenting constructive theoretical and practical methodological approaches and techniques.
1. 1 Introduction - p. 79 2. 2 Problem statement - p. 81 3. 3 design method - p. 85 4. 4 robustness analysis - p. 90 5. 5 Numerical example - p. 94 6. 6 Conclusion - p. 96 7. Chapter 5: consensus synthesis of multiagent systems with nonuniform time-varying input delays: A dynamic IQC approach - p. 97 8. Abstract - p. 99 9. 1 Introduction - p. 99 10. 2 Preliminaries and problem statement - p. 101 11. 3 Main results - p. 104 12. 4 An illustrative example - p. 115 13. 5 Conclusions - p. 117 14. Appendix - p. 120 15. Chapter 6: Delayed feedback control of pitch-flap instabilities in helicopter rotors - p. 122 16. Chapter 7: The small signal stability region of power systems with time delay - p. 142 17. Chapter 8: Robust stability of connected cruise controllers - p. 162 18. Chapter 9: A design approach for structured controllers for uncertain delay systems grounded in the real structured pseudospectra framework - p. 184 19. Chapter 10: The Smith predictor, the modified Smith predictor, and the finite spectrum assignment: A comparative study - p. 207 20. Chapter 11: Extended dissipative control and filtering for singular time-delay systems with Markovian jumping parameters - p. 226 21. Abstract - p. 227 22. Acknowledgments - p. 227 23. 1 Introduction - p. 227 24. 2 Stochastic admissibility - p. 229 25. 3 Extended dissipativity - p. 236 26. 4 State-feedback control - p. 239 27. 5 Output-feedback control - p. 245 28. 6 Extended dissipative filtering - p. 250 29. 7 Conclusions - p. 252 30. Chapter 12: Event-triggered reliable control for T-S fuzzy Markov jump systems based on a delay system approach - p. 255 31. Abstract - p. 257 32. Acknowledgments - p. 257 33. 1 Introduction - p. 257 34. 2 Problem formulation and preliminaries - p. 258 35. 3 Stability analysis and event-triggered controller design for FMJSs - p. 263 36. 4 Numerical example - p. 271 37. 5 Conclusions - p. 275 38. Chapter 13: Stability of a class of linear fractional-delay systems - p. 277 39. Chapter 14: Sliding mode control for Markovian jumping systems with time delays - p. 293 40. Chapter 15: Networked predictive control for linear systems with communication delay in the feedback channel - p. 313 41. Chapter 16: Delayed gambler’s ruin - p. 331 42. Chapter 17: Event-triggered and self-triggered control for networked feedback systems with delay and packet dropout - p. 347 43. Chapter 18: Observer-based stabilization of nonlinear discrete-time systems using sliding window of delayed measurements - p. 365 44. Chapter 19: Functional observer design for a class of bilinear systems with time delays - p. 386 45. Chapter 20: Functional adaptive observer design for a class of bilinear systems with time delays - p. 403 46. Chapter 21: Nonlinear filtering design for discrete-time systems using sliding window of delayed measurements - p. 422 47. Chapter 22: Identification of fractional Hammerstein system with delay - p. 439 48. Index - p. 463
