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Veranstaltungskalender

Inhaltsbereich / Content

<< 2017

Veranstaltungskalender 2018

Kategorie:

52 Einträge gefunden

Seite 1 von 6 123456 >>

  • Oktober
  • 25. Oktober

    Modellierungsworkshop

    Kategorie: KOMMS

    Modellierungsworkshops im Rahmen eines MINT-Tags am Rittersberg-Gymnasium in Kaiserslautern für GrundschülerInnen und MittwlstufenschülerInnen. 

  • September
  • 25. September
    11:00 - 12:30
    Ort: 48-210
    Graduate School

    Chen, Li Hua: The Worst-Case Portfolio Optimization Problem in Discrete-Time

  • 14. September
    10:00 - 11:30
    Ort: 48-208
    Graduate School

    Kausar, Rukhsana: Analysis and modeling of water distribution network in the framework of switched DAEs

  • 05. September
    14:00 - 15:30
    Ort: Fraunhofer ITWM, Raum E4.09
    Graduate School

    Föhst, Sonja: 3D Image Analysis of Capillary Vessels in Mouse Organs

  • August
  • 30. August
    14:00 - 15:30
    Ort: Fraunhofer ITWM, Z03.07
    Graduate School

    Gilberg, Dominik: Continuum models for bi-disperse granular material flows capturing the process of size segregation

  • 28. August - 30. August

    Modellierungstage

    Kategorie: KOMMS

    Segwaymodellierungsprojekt am Geschwister-Scholl-Gymnasium Daun.

  • 22. August - 24. August

    Modellierungstage

    Kategorie: KOMMS

    Segwaymodellierungsprojekt an der BBS Kusel.

  • 15. August - 17. August

    Modellierungstage

    Kategorie: KOMMS

    Segwaymodellierungsprojekt an der Maria-Ward-Schule Mainz.

  • Juli
  • 19. Juli
    10:00 - 11:30
    Ort: 32-349

    Dr. S. Schmidt, Uni Würzburg: Large Scale Geometric Inverse Problems and High Performance Computing

    The primary concern of the presentation is geometric inverse problems governed by hyperbolic partial differential equations, meaning we are interested in reconstructing geometric objects such that they reproduce a measured echo of a scanning wave. There are a wide applications for problems of this type, including CFD, computational acoustics, Electrodynamics and mathematical imaging. We also study non-smooth problems that arise naturally when objects with kinks are to be reconstructed. To this end, we consider using Fenchel Duality and Raviart--Thomas spaces for Total Variation denoising of surfaces. The presentation concludes with numerical examples where FEM solvers are interfaced with 3D scanners to conduct denoising of real world objects and novel edge preserving mesh denoising techniques.

  • 16. Juli
    09:00 - 10:30
    Ort: 48-210
    Graduate School

    Rottner, Cornelia: Algorithmic Methods for Mixed Hodge Modules

Seite 1 von 6 123456 >>