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Physical Simulation
Thursday, 25 July
10:30 am - 12:15 pm
River Room 001
Session Chair: Holly Rushmeier, IBM T. J. Watson Research
Center
Modeling the Accumulation of Wind-Driven Snow
A method for modeling the appearance of snow drifts formed
by accumulation of wind-blown snow near buildings and
other obstacles.
James F. O'Brien
University of California, Berkeley
job@eecs.berkeley.edu
Bryan E. Feldman
University of California, Berkeley
The Simulation of Fluid-Rigid Body Interaction
Modeling of the interaction between fluid and rigid bodies,
and how to simulate scenes with consistent motion of fluid
and rigid bodies.
Tsunemi Takahashi
Toshiba Corporation
tsunemi.takahashi@toshiba.co.jp
Ueki Heihachi
Toshiba CAE Systems Incorporated
Atsushi Kunimatsu
Hiroko Fujii
Toshiba Corporation
Modal Analysis for Real-Time Viscoelastic Deformation
Using modal decompositions from finite-element models
to model viscoelastic deformation in real time in an unconditionally
stable fashion.
James F. O'Brien
University of California, Berkeley
job@eecs.berkeley.edu
Chen Shen
Kris K. Hauser
Christine M. Gatchalian
University of California, Berkeley
Firefighter-Training Virtual Environment
A virtual environment in which the user, a commanding
officer trainee, instructs teams of virtual firefighters
to perform different actions to put out virtual fires.
Tazama St. Julien
Georgia Institute of Technology
tazstjulien@yahoo.com
Chris D. Shaw
Georgia Institute of Technology
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