Évènements / Automatique

Séminaire d’Automatique du plateau de Saclay » of iCODE
Évènements à venir

Séminaire de Hitay Özbay

11h00–12h00 — L2S, bâtiment IBM Title. Strongly Stabilizing Controller Design for Distributed Parameter SystemsSpeaker. Hitay Özbay (Bilkent University, Turkey)Abstract. Strong stabilization of an unstable plant is defined as finding a stabilizing feedback controller which is itself stable. This problem has attracted interest since the 1970s, and various design techniques have been proposed. On the other hand, many […]

07/12/2023

Séminaires d’Amaury Hayat et Christophe Zhang

14h00–16h00 — L2S, bâtiment IBM, salle de réunion du 3ème étage First talk (14h00):Title. Placement de pôles par backstepping, certification par dualitéSpeaker. Christophe Zhang (SPHINX team, Inria Nancy Grand Est)Abstract. Dans cet exposé je présenterai les résultats de collaborations sur deux problèmes a priori totalement indépendants. Dans un premier temps je présenterai des résultats généraux de stabilisation […]

23/11/2023

Séminaire de Sabine Mondié

14h00–15h00 — L2S, bâtiment IBM, salle de réunion du 3ème étage Robust Stability Analysis for Integral Delay Systems: A Complete Type Functional Approach Sabine Mondié (CINVESTAV, Mexico) Abstract. We analyze the robust stability of integral delay systems with a single delay. We first derive a general result based on the complete type functional that depends […]

14/11/2023

Séminaires de Dario Prandi et Mehdi Benallegue

14h00–15h00 — Salle du conseil (L2S) Neural fields equations for visual illusions Dario Prandi (L2S) Abstract. Bifurcation theory appears to be one of the most used mathematical tools to address neuroscience questions, mainly in describing (spontaneous) pattern formation in the primary visual cortex (V1) under a sudden qualitative change of some parameter. It remains a […]

12/10/2023

Séminaire de Giulia Giordano

14h00–15h00 — Salle du conseil (L2S) Leveraging the structure at the heart of biological systems Giulia Giordano (University of Trento, Italy) Abstract. Biological systems can be seen as dynamical networks, i.e. dynamical systems that are naturally endowed with an underlying network structure, because they are composed of several subsystems that interact according to an interconnection […]

14/09/2023