Vanderbilt University Press / Kraft / McGraw-Hill Book Company Inc. / WellesleyCambridge Press / Metaxas and Terzopoulos / Bajaj / SIAM Journal / Sandia National Laboratories / Wellesley-Cambridge Press / Intel / Microsoft / /
Currency
CAD / /
Event
Product Recall / Product Issues / /
Facility
University of Utah / /
IndustryTerm
online simulation / performance networking / bio-medical computing / bisection algorithms / geometric modeling applications / short and simple algorithms / machinery / animation applications / mathematical machinery / medical applications / strain-energy error indication / metal-foil / adaptive solution / simulation applications / approximate solution / strain energy density / tensor product / refinement algorithms / Typical mesh refinement algorithms / computer graphics applications / linear algebraic systems / linear systems / metal-foil balloon / unrefinement algorithms / /
Organization
National Science Foundation / Department of Mathematics / UCSD / University of Utah / Center for Scientific Computing and Imaging / Packard Foundation / Vanderbilt University / CPU PC / /
Person
Steven Schkolne / Peter Schr¨oder Caltech / Joe Kiniry / Jeff Bolz / Mathieu Desbrun / Mark Meyer / Patrick Mullen / Petr Krysl / Nathan Litke / S TRELA / V / Mika Nystroem / Sylvain Jaume / Clark Surfaces / Christopher Malek / S CHNALL / Andrei Khodakovsky / /
Position
Engineering General / Prime Minister / nonlinear system Rt / single programmer / Rt / T. D. / /
Product
element / /
ProvinceOrState
British Columbia / New Mexico / Utah / P. N. / S. K. / /
PublishedMedium
Computer Graphics / Mathematics of Computation / /
CHARMS: A Simple Framework for Adaptive Simulation Eitan Grinspun Caltech Petr Krysl UCSD