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UID:submissions.supercomputing.org_SC18_sess162@linklings.com
SUMMARY:Computational Reproducibility at Exascale 2018 (CRE2018)
DESCRIPTION:Workshop\nExascale, Hot Topics, Reproducibility, Scientific Co
 mputing, Workshop Reg Pass\n\nIntroduction - Computational Reproducibility
  at Exascale 2018 (CRE2018)\n\nMascagni, Keyrouz, Leeser\n\nReproducibilit
 y is an important concern in all areas of computation.  As such, computati
 onal reproducibility is receiving increasing interest from a variety of pa
 rties who are concerned with different aspects of computational reproducib
 ility.  Computational reproducibility encompasses several concer...\n\n---
 ------------------\nDebugging and Optimization of HPC Programs in Mixed Pr
 ecision with the Verrou Tool\n\nFévotte, Lathuilière\n\nFloating-Point (FP
 ) arithmetic is becoming a hotter and hotter topic in High-Performance Com
 puting (HPC). First, high computational performance is often achieved at t
 he expense 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-------
 --------------\nHigh Performance Implementation of Reproducible BLAS Routi
 nes with Tunable Accuracy Using Ozaki Scheme\n\nMukunoki, Ogita, Ozaki\n\n
 This study presents a high performance implementation of Basic Linear Alge
 bra Subprograms (BLAS) routines supporting reproducibility and tunable acc
 uracy using the Ozaki scheme, which is an accurate matrix-multiplication m
 ethod proposed by Ozaki et al. in 2011. The method ensures reproducibility
  and...\n\n---------------------\nUnderstanding Simultaneous Impact of Net
 work QoS and Power on HPC Application Performance\n\nPatki, Ates, Coskun, 
 Thiagarajan\n\nWith the growing complexity of high performance computing (
 HPC) systems, application performance variation has increased enough to di
 srupt the overall throughput of the systems. Such performance variation is
  expected to worsen in the future, when job schedulers will have to manage
  flow resources suc...\n\n---------------------\nWorkshop Afternoon Break\
 n\n\n\n---------------------\nReproducibility for Streaming Analysis\n\nWr
 ight, Pouchard, Billinge\n\nThe natural and physical sciences increasingly
  need streaming data processing for live data analysis and autonomous expe
 rimentation. Furthermore, data provenance and replicability are important 
 to assure the veracity of scientific results. Here we describe a software 
 system that combines high perfor...\n\n---------------------\nPanel Discus
 sion\n\n\n\n---------------------\nCRE218 – Plenary II\n\nDebusschere\n\n-
 --------------------\nCRE2018 – Plenary I\n\nStodden\n
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