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Maximum feedback linearization with internal stability of 2-DOF underactuated mechanical systems
Acte de colloque   Open Access

Maximum feedback linearization with internal stability of 2-DOF underactuated mechanical systems

Divine Maalouf, Claude H. Moog, Yannick Aoustin et Shun-Jie Li
Proceedings 18th IFAC WC
18th IFAC World Congress (Milano, Italy, 28/08/2011–02/09/2011)
2011

Résumé

Feedback linearization Stability Equilibrium Nonlinear control systems Mechanical systems Feedback linearization.
Maximum feedback linearization with internal stability is considered. A classification of popular mechanical systems is derived, depending on the achievable closed loop system under the constraint of internal stability. It is shown that the angular momentum plays a crucial role for this class of systems. The study includes the special case of a paraglider which consists essentially of two articulated bodies.

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