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Overview: Scalability of a low-cost, Intel Xeon-based, multi-Teraflop Linux cluster is tested for two high-end scientific applications: Classical atomistic simulation based on the molecular dynamics method and quantum mechanical calculation based on the density functional theory. This paper published by Institute of Electrical and Electronics Engineers explains the scalability of a low-cost, Intel Xeon-based, multi-Teraflop Linux cluster is tested for two high-end scientific applications: Classical atomistic simulation based on the molecular dynamics method and quantum mechanical calculation based on the density functional theory. This paper shows that the performance of the Linux cluster is comparable to that of the SP4.
Automating Post-Trade Processes Provides Insight, Efficiencies, And Savings
The dramatic changes reshaping today’s securities industry are creating intense new pressures for financial services firms. Growing trade volumes combined with the...
IDC Complex Event Processing Excerpt
This paper seeks to explain what events are, why they are important to your business, and what the options are for processing and managing these events (depending on their type and volume).
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