ACM/IEEE Intl. Conf. for High Perf. Computing, Networking, Storage and Analysis, SC 2018

Article Details
Title: A fast scalable implicit solver for nonlinear time-evolution earthquake city problem on low-ordered unstructured finite elements with artificial intelligence and transprecision computing
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Authors: Tsuyoshi Ichimura
  • University of Tokyo, Earthquake Research Institute & Department of Civil Engineering
  • RIKEN, Center for Advanced Intelligence Project
  • RIKEN, Center for Computational Science
Kohei Fujita
  • University of Tokyo, Earthquake Research Institute & Department of Civil Engineering
  • RIKEN, Center for Computational Science
Takuma Yamaguchi
  • University of Tokyo, Earthquake Research Institute & Department of Civil Engineering
Akira Naruse
  • NVIDIA Corporation
Jack C. Wells
  • Oak Ridge National Laboratory
Thomas C. Schulthess
  • Swiss National Supercomputing Centre
Tjerk P. Straatsma
  • Oak Ridge National Laboratory
Christopher Zimmer
  • Oak Ridge National Laboratory
Maxime Martinasso
  • Swiss National Supercomputing Centre
Kengo Nakajima
  • University of Tokyo, Information Technology Center
  • RIKEN, Center for Computational Science
Muneo Hori
  • University of Tokyo, Earthquake Research Institute & Department of Civil Engineering
  • RIKEN, Center for Computational Science
Lalith Maddegedara
  • University of Tokyo, Earthquake Research Institute & Department of Civil Engineering,
  • RIKEN, Center for Computational Science
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DBLP Key: conf/sc/IchimuraFYNWSSZ18
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