Tag: Los Alamos National Laboratory

Supercomputing Impacts Deep Water Oil Rig Safety

Apr 13, 2015 |

As even a casual newswatcher knows, offshore drilling can be a dangerous enterprise. Among the safety hazards is the ocean itself with its unpredictable and sometimes intense currents exerting forces on the floating platform. Researchers at Los Alamos National Laboratory used advanced simulation software to help improve the safety of ultra-deep floating oil rigs by studying how the surrounding currents Read more…

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LANL Demos Extreme Scale Indexing

Jun 3, 2014 |

An HPC middleware project currently underway at Los Alamos National Laboratory has reached a significant milestone. The new supercomputing tool, developed as part of the Multi-dimensional Hashed Indexed Middleware (MDHIM) project, made 1,782,105,749 key/value inserts per second into a globally-ordered key space on Los Alamos National Laboratory’s Moonlight supercomputer. The demonstration showcases the potential of MDHIM Read more…

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Burst Buffers Flash Exascale Potential

May 1, 2014 |

For any large-scale datacenter, be it a scientific supercomputer or hyperscale web farm, the constant battles of “defensive I/O” and “offensive I/O” take their toll on overall efficiency and productivity. From checkpointing to pushing performance on long-running applications, one set of technologies is pushing its way onto the frontlines. The “burst buffer” concept, as Los Read more…

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The Week in Research

Mar 28, 2013 |

There are a few themes that run along this week’s pick for the top research items that emerged over the last seven days. Among these are making systems running HPC applications more efficient, both at the VM and storage layers. Further, we present research on energy efficiency, job scheduling and resource sharing.

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Berkeley Lab Contemplates Stepping Stone to Exascale Supercomputer

Jan 8, 2013 |

The National Energy Research Scientific Computing Center (NERSC) at Berkeley Lab has recently begun installing Edison, the Cray supercomputer that will exceed two peak petaflops when its fully deployed in a couple of months. But the center is already prepping for its next-generation system, which is expected to be an order of magnitude more powerful. That supercomputer may be the center’s last big deployment prior to the exascale era.

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