Adaptive filtering algorithms designed using control Liapunov functions. - Oumar Diene; Amit Bhaya (IEEE Signal Process. Lett., 2006)

Correction to "Adaptive Filtering Algorithms Designed Using Control Liapunov Functions". - Oumar Diene; Amit Bhaya (IEEE Signal Process. Lett., 2007)

Perceptron training algorithms designed using discrete-time control Liapunov functions. - Oumar Diene; Amit Bhaya (Neurocomputing, 2009)

Conjugate gradient and steepest descent constant modulus algorithms applied to a blind adaptive array. - Oumar Diene; Amit Bhaya (Signal Process., 2010)

Petri net diagnoser for DES modeled by finite state automata. - Marcos Vicente Moreira; Felipe Gomes Cabral; Oumar Diene (CDC, 2012)

Analysis and verification of the diagnosability of Hybrid Systems. - Oumar Diene; Eduardo R. Silva; Marcos Vicente Moreira (CDC, 2014)

Computation of Minimal Diagnosis Bases of Discrete-Event Systems Using Verifiers: Method of the Ambiguous Cyclic Paths. - Leonardo P. M. Santoro; Marcos Vicente Moreira; João Carlos Basilio; Oumar Diene (WODES, 2014)

Computational methods for diagnosability verification of hybrid systems. - Oumar Diene; Marcos Vicente Moreira; Victor R. Alvarez; Eduardo R. Silva (CCA, 2015)

Online fault diagnosis of modular discrete-event systems. - Felipe Gomes Cabral; Marcos Vicente Moreira; Oumar Diene (CDC, 2015)

Non-characteristic harmonics and DC side capacitor calculation in VSC connected to a distribution system with unbalanced voltage. - Claudionor Francisco do Nascimento; Edson H. Watanabe; Alvaro Batista Dietrich; Robson F. S. Dias; Oumar Diene (ISIE, 2015)

A Petri Net Diagnoser for Discrete Event Systems Modeled by Finite State Automata. - Felipe Gomes Cabral; Marcos Vicente Moreira; Oumar Diene; João Carlos Basilio (IEEE Trans. Autom. Control., 2015)

Revisiting the maximum power transfer for linear n-ports with uncoupled loads and applications to power systems. - Amit Bhaya; Edwin Alejandro Herrera; Oumar Diene (Int. J. Circuit Theory Appl., 2016)

Diagnosability of Hybrid Systems. - Oumar Diene; Marcos V. Moreira; Eduardo A. Silva; Victor R. Alvarez; Claudionor F. Nascimento (IEEE Trans. Control. Syst. Technol., 2019)