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Título del libro: Inverted Pendulum In Control Theory And Robotics: From Theory To New Innovations
Título del capítulo: Higher order sliding-mode stabilization of inverted cart-pendulum

Autores UNAM:
JESUS MENDOZA AVILA; ALBERTO ISMAEL CASTILLO LOPEZ; RAFAEL IRIARTE VIVAR BALDERRAMA;
Autores externos:

Idioma:

Año de publicación:
2017
Palabras clave:

SYSTEMS


Resumen:

Stabilization of a cart-pendulum system through a generalized higher order surface-controller design is presented. The singular Linear Quadratic (LQ) method presents a natural relationship between order of singularity of a given performance index and the order of sliding-mode controller. Thus, several arbitrary relative degree optimal sliding surfaces and its corresponding higher order sliding-mode controller can be specified for a given system. Continuous higher order sliding-mode controllers are obtained through a robustification method for arbitrary relative degree nominal controllers based on integral sliding modes and supertwisting algorithm. An agreement between the accuracy/complexity of the Continuous Higher Order Sliding Mode (CHOSM) controller and the limited accuracy offered by the system's sensors and actuators is obtained through several experiments.


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