HPC

Single-Root Input/Output Virtualization (SR-IOV) with Linux* Containers

This paper is a result of a joint CERN openlab-Intel research activity with the aim to investigate whether Linux Containers can be used together with SR-IOV in conjunction and complementary to the existing virtualization infrastructure in the CERN Data Centre. This solution could be potentially applied to the storage nodes, which are principally used for Input/Output operations, while keeping the CPU mostly idle. CERN could benefit from LXC/SR-IOV by running both CPU-intensive and storage jobs in containers on one storage node, with full separation of both applications and control over consumed resources.
  • Sviluppatori
  • Linux*
  • Rete
  • Server
  • Intermedio
  • CERN
  • CERN Openlab
  • PCIe
  • HPC
  • Linux Containers
  • Elaborazione basata su cluster
  • Modernizzazione codici
  • Data center
  • Elaborazione parallela
  • Virtualizzazione
  • 采用 Linux* Containers 的单根输入/输出虚拟化 (SR-IOV)

    This paper is a result of a joint CERN openlab-Intel research activity with the aim to investigate whether Linux Containers can be used together with SR-IOV in conjunction and complementary to the existing virtualization infrastructure in the CERN Data Centre. This solution could be potentially applied to the storage nodes, which are principally used for Input/Output operations, while keeping the CPU mostly idle. CERN could benefit from LXC/SR-IOV by running both CPU-intensive and storage jobs in containers on one storage node, with full separation of both applications and control over consumed resources.
  • Sviluppatori
  • Linux*
  • Rete
  • Server
  • Intermedio
  • CERN
  • CERN Openlab
  • PCIe
  • HPC
  • Linux Containers
  • Elaborazione basata su cluster
  • Modernizzazione codici
  • Data center
  • Elaborazione parallela
  • Virtualizzazione
  • A Community for Developing Modern Code

    Most code does not take full advantage of the multi-level parallelism capabilities of today's processors. A new Intel effort provides a community to help developers modernize their code. The community offers training, access to tools, support, the opportunity to share ideas with peers, and advice from industry experts. Developing modern code ensures that developers do not leave any performance on the table when using modern processors

    HPC Cloud Challenge: Intel, Altair, AWS Champion Developers

    High Performance Computing (HPC) is no longer limited to the realm of science and technology. The National Strategic Computing Initiative is a recent U.S. Executive Order coming straight from the White House and is inspiring innovation in high performance computing (HPC) across the board. The initiative, which asks developers to help advance the United States’ global leadership in HPC is raising the bar for HPC, not only in the United States, but worldwide.

    How Moscow Institute of Physics and Technology Rocketed the Development of Hypersonic Vehicles

    The Moscow Institute of Physics and Technology (MIPT) Laboratory is focused on futuristic vehicles such as airplanes and spacecraft that travel at high speeds. To create the complex simulations its projects need, MIPT needs advanced high-performance computing power. With help from Intel and tools including Intel® Parallel Studio XE Cluster Edition and Intel® MPI Library, MIPT researchers can design computing packages that generate more accurate results more quickly for its complex simulation scenarios.

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