Publication Date:
2013
Short description:
HLPV Identication in wireless ad hoc networks / Badalamentir, F., Giarrè, L. - In: Bollettino di matematica pura e applicata / Lucia Vincenza Ardizzone Romina Badalamenti Giorgia Bellomonte Daniele Berenato Giuseppe Bonanno Donatella Bongiorno Maria Teresa Caccamo Andrea Caggegi Nicola Cicero Giuseppa Corrao Giuseppa Di Bella Mauro Fabrizio Paola Falugi Laura Giarré David Jou Margherita Lattuca Claudio Leonzio M.E. Malaspina Rosina Matarese Palmieri Maria Paola Mazzeo Francesco Oliveri Daniele Ettore Otera Marco Pavone Rossana Rando Liliana Restuccia Francesco Rigoli Marcella Rizzo Francesco Russo Lidia Saluto Francesco Santoro Elisabetta Tornatore Salvatore Triolo Francesco Tschinke ; [a cura di] Maria Stella Mongiovì Michele Sciacca. - [s.l], 2013. - pp. 1-14
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.
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.
Iris type:
Capitolo/Saggio
Keywords:
Hybrid systems; identi cation; LPV; wireless; ad-hoc network
List of contributors:
Badalamentir, Falugip; Giarrè, Laura
Book title:
Bollettino di matematica pura e applicata