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Preface | ||
Note to the Reader | ||
1 | Introduction | 1 |
2 | Nonlinear Differential Equations | 6 |
2.1 | Mathematical Preliminaries | 6 |
2.2 | Induced Norms and Matrix Measures | 19 |
2.3 | Contraction Mapping Theorem | 27 |
2.4 | Nonlinear Differential Equations | 33 |
2.5 | Solution Estimates | 46 |
3 | Second-Order Systems | 53 |
3.1 | Preliminaries | 53 |
3.2 | Linearization Method | 57 |
3.3 | Periodic Solutions | 67 |
3.4 | Two Analytical Approximation Methods | 79 |
4 | Approximate Analysis Methods | 88 |
4.1 | Describing Functions | 88 |
4.2 | Periodic Solutions: Rigorous Arguments | 109 |
4.3 | Singular Perturbations | 127 |
5 | Lyapunov Stability | 135 |
5.1 | Stability Definitions | 135 |
5.2 | Some Preliminaries | 147 |
5.3 | Lyapunov's Linearization Method | 157 |
5.4 | Stability of Linear Systems | 193 |
5.5 | Lyapunov's Linearization Method | 209 |
5.6 | The Lur'e Problem | 219 |
5.7 | Converse Theorems | 235 |
5.8 | Applications of Converse Theorems | 246 |
5.9 | Discrete-Time Systems | 264 |
6 | Input-Output Stability | 270 |
6.1 | L [Subscript p] Spaces and their Extensions | 271 |
6.2 | Definitions of Input-Output Stability | 277 |
6.3 | Relationships Between I/O and Lyapunov Stability | 284 |
6.4 | Open-Loop Stability of Linear Systems | 292 |
6.5 | Linear Time-Invariant Feedback Systems | 309 |
6.6 | Time-Varying and/or Nonlinear Systems | 337 |
6.7 | Discrete-Time Systems | 365 |
7 | Differential Geometric Methods | 376 |
7.1 | Basics of Differential Geometry | 377 |
7.2 | Distributions, Frobenius Theorem | 392 |
7.3 | Reachability and Observability | 399 |
7.4 | Feedback Linearization: Single-Input Case | 427 |
7.5 | Feedback Linearization: Multi-Input Case | 438 |
7.6 | Input-Output Linearization | 456 |
7.7 | Stabilization of Linearizable Systems | 464 |
A. Prevalence of Differential Equations With Unique Solutions | 469 | |
B. Proof of the Kalman-Yacubovitch Lemma | 474 | |
C. Proof of the Frobenius Theorem | 476 | |
References | 486 | |
Index | 493 |
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Add Nonlinear systems analysis, When M. Vidyasagar wrote the first edition of Nonlinear Systems Analysis, most control theorists considered the subject of nonlinear systems a mystery. Since then, advances in the application of differential geometric methods to nonlinear analysis have ma, Nonlinear systems analysis to the inventory that you are selling on WonderClubX
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Add Nonlinear systems analysis, When M. Vidyasagar wrote the first edition of Nonlinear Systems Analysis, most control theorists considered the subject of nonlinear systems a mystery. Since then, advances in the application of differential geometric methods to nonlinear analysis have ma, Nonlinear systems analysis to your collection on WonderClub |