Sunday, September 19th,
2004
Cascades Meeting Center at The Williamsburg Woodlands
Williamsburg, Virginia
The goal of this workshop is to bring together researchers who
work on the applications of meshing to biology. The workshop will
address meshing problems and issues in applications at the molecular,
cellular and organ level. In particular it will address challenges
in the areas of biological modeling, deformable surfaces for soft-tissues
simulation, molecular models and surfaces, protein surfaces and
models, and structural biology, among others.
Organizers
Guy
Blelloch, Carnegie Mellon University
David Cardoze, Carnegie Mellon University
Gary
Miller, Carnegie Mellon University
Alper Ungor,
Duke University
Registration and Payment Information
Registration is required. There is a $55 fee to attend this workshop.
(All funds are in US dollars.) Your registration fee includes
lunch and admission to all workshop sessions. Registration is
being handled by the International Meshing Roundtable; please
visit their web site at http://www.imr.sandia.gov/13imr/main.html
to register.
Tentative Schedule
Talks will be 30 minutes with
an additional 5 minutes for questions. |
8:35 - 8:45 |
Welcome and Introduction
Guy
Blelloch, Carnegie Mellon University |
8:45 - 10:30
Session I |
Chris
Johnson, University of Utah
Computational Bioimaging, Modeling and
Visualization
Charles Taylor, Stanford University
Constructing Multi-Scale Surface Meshes
and Models of Blood Vessels from Medical Imaging Data
Harold Trease, Pacific Northwest National
Laboratory
Multi-Scale Simulations of Biological Systems
Using Boundary Fitted, Volume Filling Meshes |
10:30 - 10:50 |
Break |
10:50 - 12:00
Session II |
Andrew Ban, Duke University
Interface Surfaces for Protein-Protein
Complexes
Herbert
Edelsbrunner, Duke University
Protein Docking with the Elevation Function |
12:00 - 1:30 |
Host Lunch |
1:30 - 3:15
Session III |
Mark
Shephard, Rensselaer Polytechnic Institute
Mesh Adaptation for Arterial Flow Simulations
Tim
Baker, Princeton University
Morphing and Modification of Triangulations
on Deforming Domains
Gary
L. Miller, Carnegie Mellon University
Lagrangian Based Simulations in Biomedical
Applications |
3:15 - 3:35 |
Break |
3:35 - 4:45
Session IV |
Simon
Warfield, Harvard Medical School
Biomechanical Simulation for Neurosurgery
Peisen
Huang, SUNY at Stony Brook
High-Resolution, Real-Time Geometric Data
Acquisition and Its Applications
|