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Título del libro:
Título del capítulo: Final set adjustment using barrier function adaptation of signed-power controllers: an experimental study

Autores UNAM:
ANDRES GONZALEZ RODRIGUEZ; LEONID FRIDMAN;
Autores externos:

Idioma:

Año de publicación:
2024
Palabras clave:

Electric power system control; Barrier function adaptation; Barriers functions; Experimental validations; Furuta pendulum; Nonideal; Power; Power controllers; Signed-power controller; Sliding mode controller; Sliding mode control


Resumen:

Barrier function adaptation of signed-power-based controllers extends the theoretical abilities of the barrier function adaptation of sliding mode controllers so that the size of the positive invariant final set can be adjusted. This paper demonstrates that these theoretical results can be demonstrated in non-ideal settings by means of experiments in a Furuta pendulum. In particular, the ability to modify the achieved predefined ultimate bound and the advantages of bi-power-based controllers are experimentally verified. Furthermore, some insightful discussions and comparisons are presented which argue in favor of the practical benefits of barrier function adaptations of signed-power- and bi-power-based controllers. © 2024 IEEE.


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