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Numerical linear algebra / Numerical software / Exascale computing / Supercomputing / Supercomputer / Lis / Computer cluster / Multigrid method / Multi-core processor / Computing / Parallel computing / Concurrent computing


SIAM Workshop on Exascale Applied Mathematics Challenges and Opportunities (EX14) July 6, 2014 The Palmer House, Chicago, Illinois, USA Co-located with the SIAM Annual Meeting July 7-11, 2014
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Document Date: 2014-07-17 09:27:46


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City

Chicago / /

Company

AMD / NVIDIA / Intel / /

Country

United States / /

Facility

University of Bristol Abstract / University of Illinois Abstract / Oak Ridge Leadership Computing Facility / /

IndustryTerm

higher level software / exascale computing / multi-level algorithm / software challenges / combinatorial algorithms / exascale systems / extreme scale systems / highperformance graph algorithms / meaningful search space / uncertainty quantification algorithms / extreme scale software / information technology market / silicon manufacturing processes / correct solution / Graph algorithms / software-based fault tolerance techniques / energy consumption / sparse triangular systems / data redistribution algorithm / reduction algorithms / energy requirements / mathematical algorithms / overall solution / energy efficiency / energy-efficient / computing / matrix algorithms / numerical algorithms / technology developments / linear systems / performance computing applications / server processors / /

Organization

G8 / U.S. National Science Foundation / Department of Energy / University of Illinois Abstract / Workshop Organizing Committee / SIAM / University of Bristol Abstract / /

Person

Mawussi Zounon / Ulrike Meier Yang / Karla Morris / Luc Giraud / Alex Pothen / Hormozd Gahvari / Simon Layton / Patrice Castonguay / David Defour / Roman Iakymchuk / Nikolay Markovskiy / Simon McIntosh-Smith / Sylvain Collange / Aydin Buluc / Timothy Mattson / H. Carter Edwards / Miroslav Stoyanov / Omar Knio / Joseph Gonzalez / Joe Eaton / Martin Schulz / Sebastian Rettenberger / Jonathan Hu / Stef Graillat / Jonathan Cohen / Steve Oberlin / Robert Strzodka / Kirk E. Jordan / Eric Phipps / Eirik Endeve / Marat Arsaev / Eirik Endeve Abstract / Pablo Salas Medina / Alice-Agnes Gabriel / Zhenhai Zhu / Olivier Le Maitre / Alexander Heinecke / Francesco Rizzi / David Bader / Alexander Breuer / Paul Mycek / Zhenhai Zhu Abstract / Mawussi Zounon Abstract / Ulrike Meier Yang Abstract / John Gilbert / Nikolai Sakharnykh / Bill Gropp / Emmanuel Agullo / Michael Bader / William Gropp / Christian Pelties / Habib Najm / Bert Debusschere / Edmond Chow / Jeremy Kepner / Julien Demouth / Cosmin Safta / Jack Wells / Assefaw Gebremedhin / Clayton Webster / /

Position

speaker / candidate for simulations on exscale and beyond / Underlined author / Major / /

ProvinceOrState

Illinois / /

Technology

reduction algorithms / recent intel desktop and server processors / information technology / matrix algorithms / shared memory / implementing uncertainty quantification algorithms / mobile devices / Graph algorithms / engineering algorithms / CMOS technology / multi-level algorithm / highperformance graph algorithms / simulation / data redistribution algorithm / integrated circuit / /

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