Hybrid systems are dynamical systems consisting of components with con- tinuous and discrete behavior and thus they have required a new hybrid systems and control theory that has been developed in the past years and is still an active research topic. Motivated by a practical example, the tra c ow in wireless ad hoc network model, we derive Hybrid LPV modeling and identi cation techniques. Finally we show simulation results of o line identi cation and possible future algorithms.

Badalamenti, R., Falugi, P., Giarre, L. (2013). HLPV Identication in wireless ad hoc networks. In M.S. Maria Stella Mongiovì (a cura di), Bollettino di matematica pura e applicata.

HLPV Identication in wireless ad hoc networks

BADALAMENTI, Romina;GIARRE, Laura
2013-01-01

Abstract

Hybrid systems are dynamical systems consisting of components with con- tinuous and discrete behavior and thus they have required a new hybrid systems and control theory that has been developed in the past years and is still an active research topic. Motivated by a practical example, the tra c ow in wireless ad hoc network model, we derive Hybrid LPV modeling and identi cation techniques. Finally we show simulation results of o line identi cation and possible future algorithms.
2013
Badalamenti, R., Falugi, P., Giarre, L. (2013). HLPV Identication in wireless ad hoc networks. In M.S. Maria Stella Mongiovì (a cura di), Bollettino di matematica pura e applicata.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/10447/101322
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