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UID:submissions.supercomputing.org_SC18_sess162@linklings.com
SUMMARY:Computational Reproducibility at Exascale 2018 (CRE2018)
DESCRIPTION:CRE218 – Plenary II\n\nBert Debusschere (Sandia National Labor
 atories)\n---------------------\nPanel Discussion\n---------------------\n
 High Performance Implementation of Reproducible BLAS Routines with Tunable
  Accuracy Using Ozaki Scheme\n\nThis study presents a high performance imp
 lementation of Basic Linear Algebra Subprograms (BLAS) routines supporting
  reproducibility and tunable accuracy using the Ozaki scheme, which is an 
 accurate matrix-multiplication method proposed by Ozaki et al. in 2011. Th
 e method ensures reproducibility and...\n\n\nDaichi Mukunoki and Takeshi O
 gita (Tokyo Woman's Christian University) and Katsuhisa Ozaki (Shibaura In
 stitute of Technology)\n---------------------\nReproducibility for Streami
 ng Analysis\n\nThe natural and physical sciences increasingly need streami
 ng data processing for live data analysis and autonomous experimentation. 
 Furthermore, data provenance and replicability are important to assure the
  veracity of scientific results. Here we describe a software system that c
 ombines high perfor...\n\n\nChristopher J. Wright (Columbia University), L
 ine Pouchard (Brookhaven National Laboratory), and Simon J. L. Billinge (C
 olumbia University)\n---------------------\nIntroduction - Computational R
 eproducibility at Exascale 2018 (CRE2018)\n\nReproducibility is an importa
 nt concern in all areas of computation.  As such, computational reproducib
 ility is receiving increasing interest from a variety of parties who are c
 oncerned with different aspects of computational reproducibility.  Computa
 tional reproducibility encompasses several concer...\n\n\nMichael Mascagni
  (Florida State University, National Institute of Standards and Technology
 ); Walid Keyrouz (National Institute of Standards and Technology); and Mir
 iam Leeser (Northeastern University)\n---------------------\nWorkshop Afte
 rnoon Break\n---------------------\nDebugging and Optimization of HPC Prog
 rams in Mixed Precision with the Verrou Tool\n\nFloating-Point (FP) arithm
 etic is becoming a hotter and hotter topic in High-Performance Computing (
 HPC). First, high computational performance is often achieved at the expen
 se of a loss of control over the order in which FP operations are executed
 ; second, optimizing the use of FP precision is ofte...\n\n\nFrançois Févo
 tte and Bruno Lathuilière (EDF Research and Development)\n----------------
 -----\nCRE2018 – Plenary I\n\nVictoria Stodden (University of Illinois)\n-
 --------------------\nUnderstanding Simultaneous Impact of Network QoS and
  Power on HPC Application Performance\n\nWith the growing complexity of hi
 gh performance computing (HPC) systems, application performance variation 
 has increased enough to disrupt the overall throughput of the systems. Suc
 h performance variation is expected to worsen in the future, when job sche
 dulers will have to manage flow resources suc...\n\n\nTapasya Patki (Lawre
 nce Livermore National Laboratory), Emre Ates and Ayse Coskun (Boston Univ
 ersity), and Jayaraman J. Thiagarajan (Lawrence Livermore National Laborat
 ory)\n\nTag: Exascale, Hot Topics, Reproducibility, Scientific Computing\n
 \nRegistration Category: Workshop Reg Pass\n\nSession Chairs: Walid Keyrou
 z (National Institute of Standards and Technology (NIST)) and Michael V. M
 ascagni (Florida State University, National Institute of Standards and Tec
 hnology (NIST))
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