This thesis presents data-driven methods for nonlinear systems, enabling the verification of system-theoretical properties and the design of state feedbacks based on measured trajectories. Despite noisy data, the developed methods provide rigorous guarantees and leverage convex optimization.
Classical control techniques require a mathematical model of the system dynamics, which derivation from first principles often demands expert knowledge or is time-consuming. In contrast, data-based control methods determine system properties and controllers from system trajectories. Whereas recent developments address linear systems, dynamical systems are generally nonlinear in practice. Therefore, this thesis first introduces a data-based system representation for unknown polynomial systems to determine dissipativity and integral quadratic constraints via sum-of-squares optimization. The second part of the thesis establishes a polynomial representation of nonlinear systems based on polynomial interpolation. Due to the unknown interpolation polynomial, a set of polynomials containing the actual interpolation polynomial is deduced from noisy data. This set, along with a polynomial bound on the approximation error, forms the basis for determining dissipativity properties and designing state feedbacks with stability guarantees utilizing robust control techniques and sum-of-squares relaxation.
Produkteigenschaften
- Artikelnummer: 9783832558864
- Medium: Buch
- ISBN: 978-3-8325-5886-4
- Verlag: Logos
- Erscheinungstermin: 15.12.2024
- Sprache(n): Englisch
- Auflage: Erscheinungsjahr 2024
- Produktform: Kartoniert, PB
- Seiten: 193
- Format (B x H): 145 x 210 mm
- Ausgabetyp: Kein, Unbekannt
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