Welcome to SOS16
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Publications
Overview of the XGC project
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Providing Test Beds for Exascale Explorations - Intro Slides
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'First of a Kind' Experimental Cluster based on Intel® Many Integrated Core Architecture for highly-parallel HPC workloads
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Advanced Architecture Test Beds
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Exascale Computing and the Role of Co-Design
Proposed for publication in Advances in Parallel Computing.
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Arthur: Sandia's NNSA/ASCExperimental Architecture Testbedwith 84 Intel(R) Knights Ferry Cards
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Arthur: Sandia's NNSA/ASC Experimental Architecture Testbed with 84 Intel Knights Ferry Cards
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CSRI Overview and Sandia's HPC Hardware Architecture Strategy: Development of our foundation for Exascale
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Sandia's HPC Hardware Architecture Strategy: Development of our foundation for Exascale
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Sandia's HPC Platform Strategy: Preparation for Exascale
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Hardware Architectures Group Recap
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Hardware Architecures (HWA) Working Group Outbrief
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Sandia National Laboratories Overview : technical discussions with Dr. Ryutaro Himeno, RIKEN
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Sandia National Laboratories Overview : technical discussions with Dr. Ryutaro Himeno, RIKEN
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Extreme (Exescale) Computing Strategy
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The alliance for computing at the extreme scale
Los Alamos and Sandia National Laboratories have formed a new high performance computing center, the Alliance for Computing at the Extreme Scale (ACES). The two labs will jointly architect, develop, procure and operate capability systems for DOE's Advanced Simulation and Computing Program. This presentation will discuss a petascale production capability system, Cielo, that will be deployed in late 2010, and a new partnership with Cray on advanced interconnect technologies.
The Alliance for Computing at the Extreme Scale
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Introducing the graph 500
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Introducing the graph 500
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Sandia Initiatives in HPC Applications and Architectures
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Sandia Initiatives in HPC Architectures
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Supercomputer and cluster performance modeling and analysis efforts:2004-2006
This report describes efforts by the Performance Modeling and Analysis Team to investigate performance characteristics of Sandia's engineering and scientific applications on the ASC capability and advanced architecture supercomputers, and Sandia's capacity Linux clusters. Efforts to model various aspects of these computers are also discussed. The goals of these efforts are to quantify and compare Sandia's supercomputer and cluster performance characteristics; to reveal strengths and weaknesses in such systems; and to predict performance characteristics of, and provide guidelines for, future acquisitions and follow-on systems. Described herein are the results obtained from running benchmarks and applications to extract performance characteristics and comparisons, as well as modeling efforts, obtained during the time period 2004-2006. The format of the report, with hypertext links to numerous additional documents, purposefully minimizes the document size needed to disseminate the extensive results from our research.
Understanding, allocating, and measuring requirements for capability computing
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Red Storm Capability Computing Queuing Policy
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Results 51–75 of 76