The NIH/NIGMS
Center for Integrative Biomedical Computing

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VisWeek 2010 Workshop

Agenda

Sunday October 24

2:00pm - 3:45pm Invited Talk: Christoph Garth - "Lagrangian Vector Field Visualization: Introduction and Examples"
  • Filip Saldo: Lagrangian Coherent Structures: Different Approaches-Different Problems
  • Alexander Wiebel, Wieland Reich, Stefan Koch,and Gerik Scheuermann: Vector Field Topology in the Context of Separation and Attachment of Flows
  • Andrzej Szymczak: Morse Connection Graphs with Theoretical Guarantees for Piecewise Constant Vector Fields
  • Jan Reininghaus, David Guenther, Ingrid Hotz, Steffen Prohaska, Hans-Christian Hege: A Uniïfied Framework for Computational Discrete Morse Theory
  • Natallia Kotava, Aaron Knoll , Hans Hagen: Morse-Smale Decomposition of Multivariate Transfer Function Space for Separably-Sampled Volume Rendering
4:15pm - 6:00pm Invited Talk: Gerik Scheuermann
  • Scott A. Mitchell: Geometric Comparison of Popular Mixture-Model Distances
  • Sean J. Williams, Mario Hlawitschka, Scott E. Dillard, Dan Thoma, Bernd Hamann: Multiregion Delaunay Complex Segmentation
  • Christian Heine: Interactive Comparison of Multi-field Scalar Data Based on Mutual Information of Largest Contours
  • Harald Obermaier, Martin Hering-Bertram, Hans Hagen: Time-Surface Maps
  • Fang Chen, Bernd Hamann, Harald Obermaier, Hans Hagen: Topology Analysis of Time Dependent Multi-fluid Data Using the Reeb Graph
Dinner provided by the International Research Training Group of the University of Kaiserslauter

6:30pm - 8:00pm Invited Talk: Attila Gyulassy - "Towards Topology-rich Visualization"
  • Zhongzang Lin, Harr y Yeh, Robert S. Laramee, and Eugene Zhang: Asymmetric Tensor Field Topology
  • Owen E. Grogan, Hamish Carr and Rephael Wenger: On Morse-Smale Complexes of Symmetric Bilinear and Trilinear Interpolants
  • N. Andrysco, M. Koester, M. Thommes, X. Tricoche: A Topological Study of Salient Structures in a High-Resolution Spheronization Simulation
  • Jack Snoeyink, Vishal Verma: Fitting spheres to electron density