Based on a decade of research, this reference provides comprehensive mathematical treatment of nonlinear robust control, particularly nonlinear H-infinity control. To be used as a textbook and reference, it covers topics ranging from singular nonlinear H-infinity control, nonlinear H-infinity filtering, mixed H2/H-infinity nonlinear control and filtering, and nonlinear H-infinity-almost-disturbance-decoupling. Continuous-time and discrete-time systems are discussed as well. One chapter focuses on algorithms for the solution of the Hamiltonian - Jacobi equations. The authors employ examples,…mehr
Based on a decade of research, this reference provides comprehensive mathematical treatment of nonlinear robust control, particularly nonlinear H-infinity control. To be used as a textbook and reference, it covers topics ranging from singular nonlinear H-infinity control, nonlinear H-infinity filtering, mixed H2/H-infinity nonlinear control and filtering, and nonlinear H-infinity-almost-disturbance-decoupling. Continuous-time and discrete-time systems are discussed as well. One chapter focuses on algorithms for the solution of the Hamiltonian - Jacobi equations. The authors employ examples, figures, and simulations to ensure comprehension. They include more than 2,000 equations throughout the book.
1: Introduction; 2: Basics of Differential Games; 3: Theory of Dissipative Systems; 4: Hamiltonian Mechanics and Hamilton Jacobi Theory; 5: State Feedback Nonlinear H ? Control for Continuous Time Systems; 6: Output Feedback Nonlinear H ? Control for Continuous Time Systems; 7: Discrete Time Nonlinear H ? Control; 8: Nonlinear H ? Filtering; 9: Singular Nonlinear H ? Control and H ? Control for Singularly Perturbed Nonlinear Systems; 10: H ? Filtering for Singularly Perturbed Nonlinear Systems; 11: Mixed ? 2 / ? ? Nonlinear Control; 12: Mixed ? 2 / _ ? ? Nonlinear Filtering; 13: Solving the Hamilton Jacobi Equation
1: Introduction; 2: Basics of Differential Games; 3: Theory of Dissipative Systems; 4: Hamiltonian Mechanics and Hamilton Jacobi Theory; 5: State Feedback Nonlinear H ? Control for Continuous Time Systems; 6: Output Feedback Nonlinear H ? Control for Continuous Time Systems; 7: Discrete Time Nonlinear H ? Control; 8: Nonlinear H ? Filtering; 9: Singular Nonlinear H ? Control and H ? Control for Singularly Perturbed Nonlinear Systems; 10: H ? Filtering for Singularly Perturbed Nonlinear Systems; 11: Mixed ? 2 / ? ? Nonlinear Control; 12: Mixed ? 2 / _ ? ? Nonlinear Filtering; 13: Solving the Hamilton Jacobi Equation
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