Research Group Functional Analysis

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Port-Hamiltonian Seminar

Monthly seminar, usually first Wednesday, 4 pm (CEST)  via Zoom.

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Meeting-ID: 687 5689 8101
Passwort: mV0dd94q

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Next Talk

03.07.2024  -- 4 pm (CEST) -- Silke Glas (U Twente)

Title: 

TBA

Abstract: 

TBA

Upcoming Talks

03.07.2024 - 4 pm (CEST) - Silke Glas (U Twente)

04.09.2024 - 4 pm (CEST) - Yann Le Gorrec (FEMTO-ST, Besançon)

02.10.2024 - 4 pm (CEST) - TBA 

06.11.2024 - 4 pm (CET) - Dorothée Normand-Cyrot (Laboratoire des Signaux et Systèmes, Paris)

Title: About a class of discrete-time and sampled-data Hamiltonian structures

Abstract: Port-Hamiltonian structures have a pervasive impact in numerous applied domains enlarging the more traditional mechanical one. While these structures are unequivocally characterized in the continuous-time domain, several descriptions are proposed in the literature when referring to discrete-time or sampled dynamics. In this talk we discuss a description of port-Hamiltonian structures in discrete time that makes reference to the notion of average passivity, introduced to deal with systems without throughput. Exploiting the average passivity property of these forms, we show how damping feedback and energy-based control strategies can be designed. Then, we investigate the sampled-data case and show how these forms set in discrete-time can be recovered under time-integration through modification of the interconnection and dissipation matrices characterizing the continuous-time dynamics. Some simulations are presented to illustrate analysis and control performances.About a class of discrete-time and sampled-data Hamiltonian structures
 

04.12.2024 - 4 pm (CET) - Timo Reis (TU Ilmenau) 

08.01.2025 - 4 pm (CET) - Claudia Totzeck (BU Wuppertal)

Previous Talks

31.01.2024 - Volker Mehrmann (TU Berlin)   

Port-Hamiltonian systems: algebraic, geometric and operator theoretic representations

 Slides

06.03.2024 - Denis Matignon (ISAE-SUPAERO, Toulouse) 

The  partitioned finite element method for port-Hamiltonian systems: a structure-preserving discretization for boundary controlled wave and heat PDEs.

 Slides

03.04.2024 - Bernhard Maschke (U Lyon) 

The geometry of the state space of physical systems and the consequences on the definition of Port-Hamiltonian systems.

Slides

08.05.2024 - 4 pm (CET) - Paul Kotyczka (TU Munich)

Geometric integration and discrete-time port-Hamiltonian systems

Slides  Video

31.05.2024 - 11 am (CEST)  - Jacquelien Scherpen (U Groningen)

Contraction, regulation, trajectory tracking and coupled damping for classes of port-Hamiltonian systems

Video

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