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40 PP06 Abstracts CP1 A Cartesian Structured AMR Framework for Parallel Fluid-Structure Interaction Simulation
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Document Date: 2006-04-04 11:39:07


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City

Springfield / Chicago / CP14 Feedback / CP7 Algorithm / cient Cluster / London / /

Company

Argonne National Laboratory / Michael Stults Legal Files Software Inc. / Sandia National Labs / Sandia Corporation / Johan Steensland Sandia National Laboratories / AMR / Roger Grimes Livermore Software Technology Corporation / Peter Messmer / Hp / Sparse Linear Systems / SpaceTime / Lockheed Martin Company / Brookhaven National Laboratory / IBM / Paul Lin Sandia National Laboratories / Seth Veitzer Tech-X Corporation / James Amundson Fermi National Accelerator Laboratory / Jaideep Ray Sandia National Laboratories / Kia / George Fann Oak Ridge National Laboratory / Dmitry Karpeev Argonne National Laboratory / /

Country

France / Jordan / /

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Facility

Scott B. Baden University of California / Wahid Chrabakh University of California / Xiao-Chuan Cai University of Colorado / Karman Institute / Moshe Israeli Technion Institute of Technology / Christina D. Riyanti Delft Institute of Applied Mathematics Delft University / Anton Leykin University of Illinois at / Henry Tufo NCAR University of Colorado / Tom Panning Virginia Polytechnic Institute / University of California / Constantine Polychronopoulos University of Illinois / Marsha Berger Courant Institute of Mathematical Sciences / Computer Science University of Illinois at / Austin Texas Advanced Computer Center / Pittsburgh Supercomputing Center / Jungmin Lee Illinois Institute / Pietro Cicotti University of California / University Department / Martin Berzins SCI Institute University / Jian He Virginia Polytechnic Institute / Research University of Naples / Kevin Reilly University of Alabama / Tiago Quintino von Karman Institute / Merico Argentati University of Colorado / Engine Institute / Elizabeth Jessup University of Colorado / Computer Science College of William / Zizhong Chen University of Tennessee / Andreas Stathopoulos College of William / Jingyu Zhang University of Illinois / Christopher E. Goodyer University of Leeds ceg@comp.leeds.ac.uk Alex Verstak Department / Layne T. Watson Virginia Polytechnic Institute / Olivier J. Delannoy PRISM Laboratory olivier.delannoy@firstream.net Nahid Emad University of Versailles / Victor Eijkhout University of Texas / Michael Heath University of Illinois / Jacob Sorensen University of California / Tom Henderson University / Virginia Polytechnic Institute / PCMT Delft University / MPI library / Erika Fuentes University / Julien Langou The University / Parallel Ralf Deiterding Center / Computer Science University of Colorado / library of PHCpack / Engineering University of California / Philip Wilsey University / Computer Science The University / Performance Scalable Atmospheric Modeling Framework Pasqua D’Ambra Institute / Delft Institute of Applied Mathematics Delft University / Advanced Computing Research California Institute / Applied Mathematics University of Colorado / /

IndustryTerm

effective solution / scientific applications / parallel computing / heterogeneous computing / combustion applications / software component / language processor / reaction/diffusion systems / heterogeneous computing platform / closed-form solutions / 32K processors / transient analytical solutions / matrix-free algorithm / machine learning algorithms / semiconductor devices / Parallel processing / portable software technologies / software techniques / cacheoblivious algorithms / large systems / parallel software framework / rst nonQCD applications / heterogeneous multiprocessor systems / data points among processors / distributed memory parallel processing / quantum electronics structures / large applications / 2K processors / http /

NaturalFeature

Peer Lake / /

OperatingSystem

Fermi / /

Organization

Fermi National Accelerator Laboratory / New York University / University of Texas at Austin / Engine Institute / Stefaan Poedts Centre / University of California / Santa Barbara / c Computing Division National Center for Atmospheric Research / Illinois Institute of Technology / San Diego Department / University of Leeds / United States Department of Energy’s National Nuclear Security Administration / Scott B. Baden University / Applied Mathematics Delft University / Polytechnic Institute / Sanjukta Bhowmick Department of Applied Physics / National Institute of Standards and Technology / University of Utah / Jim Edwards Scientific Computing Division National Center for Atmospheric Research / Mississippi State University / Ruhong Zhou IBM Thomas J. Watson Research Center / Ramachandran Nair Scientific Computing Division National Center for Atmospheric Research / National Science Foundation / Turbulent Channel Flow Simulations Nicholas D’Imperio Computational Science Center Brookhaven National Laboratory / Michael Levy Department / Department of Mathematics / Salk Institute / Maria Eleftheriou IBM Thomas J. Watson Research Center / University of Tennessee / Rebecca J. Hartman-Baker Oak Ridge National Laboratory / Purushotham Bangalore Univ. of Alabama / University of Illinois / University of Cincinnati / Virginia Tech / Robert S. Germain IBM Thomas J. Watson Research Center / Pietro Cicotti University / Technion Institute of Technology / Gregory T. Balls CSE Department Univ of California / College of William / Pittsburgh Supercomputing Center / John M. Dennis Scientific Computing Division National Center for Atmospheric Research / Jack J. Dongarra Department / Center for Atmospheric Research / Columbia University / Columbia University Department of Applied Physics / Michael Pitman IBM Thomas J. Watson Research Center / M. Wissink Center for Applied Scientific Computing Lawrence Livermore National Laboratory / Delft University of Technology / Parallel Ralf Deiterding Center / Research University of Naples / Prairie View A&M University / Universite de Lille / Robert E. Bennett Computation Science Center Brookhaven National Laboratory / State University / San Diego Computer Science and Engineering Department / Olivier J. Delannoy PRISM Laboratory olivier.delannoy@firstream.net Nahid Emad University of Versailles / Delft Institute / Department of Applied Mathematical Analysis / University of Alabama at Birmingham / Jin Xu Physics Division Argonne National Lab. / University of California / San Diego / California Institute of Technology / Karman Institute / College of William and Mary / Department of Computer Science University of Colorado / University of Colorado / Univ of California / Sean P. Mauch Center / Department of Computer Science Florida State University / Stanford University / Department of Computer Science College of William and Mary / National Aeronautics and Space Administration / High-Performance Scalable Atmospheric Modeling Framework Pasqua D’Ambra Institute for High-Performance Computing and Networking / Ecole Polytechnique France PP06 Abstracts / Pittsburgh Supercomputing Center Carnegie Mellon University / /

Person

David E. Keyes / Chuan Yue / Daejoong Kim / Steve Thomas / Justin P. Luitjens / Jed M. Pitera / Alex Kononov / Stefan Vandewalle Scienti / Ashok Srinivasan / John Shadid Sandia / Roger Pawlowski Sandia / Arun Kejariwal / Michael Levy / Julien Langou / Henry Tufo / William F. Mitchell / Yoav Freund / Eric Phipps Sandia / Michael Pitman / Phillip Colella Lawrence Berkeley / Richard Loft Scienti / Aleksandr Rayshubski / Paola Belardini / Matthew G. Knepley / Marsha Berger / Serge G. Petiton / Panagiotis Spentzouris Fermi / Sean P / M. Dennis Scienti / Fred T. Tracy / Andrew Knyazev / Jim Edwards Scienti / Jin Xu / Lawrence Berkeley / Alex Verstak / Jack J. Dongarra / Rob Hoekstra / Jan Verschelde / Thomas Rauber Universit / Thomas M. Bartol / Ilya Lashuk / Gary Hennigan / David E. Skinner / Ivana Veljkovic / Joe Castro / Christina D. Riyanti / Claudio Bertoli / Theron Voran / Eric F. Darve / Martin Berzins / Aleksandr Rayshubskiy / Stefania Corsaro / Francisco A. Hernandez / Gregory T. Balls / Moshe Israeli / Ioana Banicescu / Maria Eleftheriou / Lei Ji / Scott B. Baden / Bob Lucas / Andrea Lani / Daniel M. Dunlavy / Kees Vuik / John M. Dennis / Chao Jin / Thomas J. Watson / /

Position

representative / Model for Tolerating Communication Delays The paper / translator / Engineer Research and Development Center Waterways Experiment Statiuon / /

Product

Di / Blue Gene/L / Colorado / /

ProgrammingLanguage

E / Simula / L / C / C++ / /

ProvinceOrState

Utah / California / Colorado / Illinois / Tennessee / Alabama / /

PublishedMedium

Atmospheric Research / Machine Learning / /

Region

Southern California / /

SportsLeague

Stanford University / /

Technology

tch@cs.utah.edu CP12 An Improved Bi-Level Algorithm / serial Stockham FFT algorithm / API / parallel monodromy breakup algorithm / linear-time recursive bit-reversal algorithm / iterative algorithm / 2K processors / Alpha / machine learning algorithms / Engineering Department jcsorens@cs.ucsd.edu MS1 Cache-Oblivious Algorithms Cache-oblivious algorithms / Machine Learning / image processing / Laser / matrix-free algorithm / load balancing / Urbana-Champaign cdp@csrd.uiuc.edu CP13 An Efficient Cluster-Based Parallel FFT Algorithm / Simulation / parallel processing / search algorithm / Fluid Dynamics / different processors / Heat Transfer / 32K processors / linear algebra algorithms / thousands processors / Peer to Peer / parallel FFT algorithm / appropriate load balancing algorithm / 12 / 288 processor / language processor / Newton-Krylov algorithm / Semiconductor Devices / portable software technologies / parallel radix-2 Cooley-Tukey FFT algorithm / load balancing algorithms / improved bi-level partioning algorithm / /

URL

http /

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