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Montacer Nesrine
Docteur

Email: nesrinemontacer@hotmail.fr

Nesrine Montacer received her Engineering Diploma in Electrical and Automatic Engineering, in June 2016 from National School of Engineers of Gabes-Tunisia.
Currently, she is a Ph.D. candidate at Research Laboratory -CONPRI (Numerical
Control of Industrial Processes). Her specific research interests deals with state estimation, sliding mode, multimodel representation, sliding mode multiobservers and fault diagnosis.

Liste des publications (Les cinq dernières années)

Les journaux


ID Article
1 Montacer Nesrine,BEN ATIA Samah ,Khadija Dehri,Ridha BEN ABDENNOUR, "Fault detection using sliding mode multiobserver for nonlinear systems: Validation on a real chemical process". Journal of Vibration and Control, (Impact Factor 3.09).
2 Montacer Nesrine,BEN ATIA Samah ,Khadija Dehri,Ridha BEN ABDENNOUR, "Sliding Mode Multiobserver for Time-Varying Delay Nonlinear Systems Based on Discrete Uncoupled Multimodel". Circuits, Systems, and Signal Processing, Vol. 40, p. 626–647, 2020. ( Impact factor: 1.68).
3 Montacer Nesrine,Khadija Dehri,BEN ATIA Samah ,Ridha BEN ABDENNOUR, "A sliding mode multiobserver based on an uncoupled multimodel: an application on a transesterification reaction". Asian Journal of Control, Vol. 21, No. 1, pp. 1–17, January 2018.. (Impact Factor: 2)

Les Conférences


ID Article
1 Montacer Nesrine,BEN ATIA Samah ,Khadija Dehri,Ridha BEN ABDENNOUR, "A Sliding Mode Observer Design for Discrete Delayed Output Systems". International Conference on Advanced Systems and Emergent Technologies , IC_ASET’2019, Hammamet, Tunisia, 2019..
2 Montacer Nesrine,BEN ATIA Samah ,Khadija Dehri,Ridha BEN ABDENNOUR, "A Discrete Sliding Mode Observer for Multivariable Systems Using LMI Approach". International multi-Conference on Systems, Signals & Devices, SSD’18, Hammamet, Tunisia, 2018..

Les Chapitres


ID Article
1 Montacer Nesrine,BEN ATIA Samah ,Khadija Dehri,Ridha BEN ABDENNOUR, "Sliding mode observer synthesis for multivariable systems: An LMI approach". Systems, Automation, and Control (pp. 303–320). Berlin, Boston: De Gruyter, 2019.