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Kybernetika 36(1):117-132, 2000.

Detection and Accommodation of Second Order Distributed Parameter Systems with Abrupt Changes in Input Term: Existence and Approximation.

Michael A. Demetriou, Azmy S. Ackleh and Simeon Reich


Abstract:

The purpose of this note is to investigate the existence of solutions to a class of second order distributed parameter systems with sudden changes in the input term. The class of distributed parameter systems under study is often encountered in flexible structures and structure-fluid interaction systems that use smart actuators. A failure in the actuator is modeled as either an abrupt or an incipient change of the actuator map whose magnitude is a function of the measurable output. A Galerkin-based finite approximation for the adaptive diagnostic observer and its on-line approximator is proposed in order to facilitate the numerical implementation of the aforementioned diagnostic observer.


AMS: 93B;


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BIB TeX

@article{kyb:2000:1:117-132,

author = {Demetriou, Mich\ael A. and Ackleh, Azmy S. and Reich, Simeon},

title = {Detection and Accommodation of Second Order Distributed Parameter Systems with Abrupt Changes in Input Term: Existence and Approximation.},

journal = {Kybernetika},

volume = {36},

year = {2000},

number = {1},

pages = {117-132}

publisher = {{\'U}TIA, AV {\v C}R, Prague },

}


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