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White papers

  » Virtualization and High Availability of Product Data Management (PDM) application infrastructure with VMware

  » Performance Characterization of the NX Nastran V5.1 application on HP Multi-core Processors

  » Using Parallelism to improve performance of COSMO/DWD LM_RAPS 4.0 on multi-core processors

  » Power Utilization vs. Application Performance on HP Servers using Multi-core Processors – Conserving Application Energy

  » Scheduling to Overcome the Multi-Core Memory Bandwidth Bottleneck

  » Application performance characterization of dual and quad core systems using the two most popular network interconnects: Gigabit Ethernet (GigE) and InfiniBand (IB). - ACCELRYS ONETEP Benchmarks

  » Performance of Mellanox ConnectX Adapter on Multi-core Architectures Using InfiniBand

  » Behavior analysis of SIMULIA Abaqus Standard and Explicit running on HP ProLiant x86_64 servers based on Intel Xeon and AMD Opteron dual-core processors using InfiniBand and Gigabit Ethernet interconnects

  » Comparing the Performance of the ANSYS FLUENT application on Quad-core Processors vs. Dual-core Processors

  » Enhancing an Open Source Resource Manager with Multi-Core/Multi-threaded Support

 

HP Testing

  » A Multi-Core Toolkit Taxonomy
  » Useful features of the TotalView Debugger in multi-core environments
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Acknowledgment to our participating partners

  » Accelrys, Inc
  » Acumem
  » Advanced Micro Devices
  » Allinea
  » Intel
  » Interactive Supercomputing Corporation (ISC)
  » Karlsruhe Institute of Technology (KIT)
  » OptimaNumerics
  » Platform Computing
  » The Portland Group (PGI)
  » RapidMind
  » Stanford
  » TotalView Technologies
  » Visual Numerics (VNI)
White papers
Partner data sheets
  » HP and OptimaNumerics
  » HP and Acumem
  » HP and Platform Computing
  » HP and Intel
  » HP and Interactive Supercomputing
» HP and The Portland Group
  » HP and TotalView Technologies
  » HP and RapidMind
  » HP and Visual Numerics
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