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Editorial:
Supercomputing for Science — ORNL's Commitment to Scientific Discovery
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A
National Resource at ORNL: Supercomputers Support Superb Science Oak Ridge National Laboratory is home to some of the most powerful open, or unclassified, computers in the nation. More... |
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ORNL's
Powerful Tools for Scientific Discovery Speed in supercomputers is an elusive commodity. More... |
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New
Home Planned for 10-Teraflops Supercomputer The next big thing in the supercomputer world will, indeed, take up more space. More... |
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Developing
Computer Tools for Scientists "Having a supercomputer that doesn’t have any software that lets you use it is like having a fast car that you have locked your keys inside," says Al Geist, a group leader in ORNL's Computer Science and Mathematics Division (CSMD). More... |
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ORNL
Leads Effort to Improve Supercomputer Centers Supercomputers provide researchers with powerful tools, but managing them can be quite difficult, says an ORNL researcher who heads a team working to fix the problem. More... |
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From
the Stone Age to the Lego Block Age of Computing The Center for Component Technology for Terascale Simulation Software (CCTTSS), another of ORNL’s projects to receive funding from DOE’s Scientific Discovery through Advanced Computing (SciDAC) Program, may well revolutionize the way terascale software simulations are developed. More... |
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ORNL,
IBM, and the Blue Gene Project Advanced cellular architecture in the next-generation supercomputer will help scientists better understand the makeup and purpose of different genes and proteins in living cells. More... |
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Evaluating
Supercomputer Performance Like buildings, supercomputers have different architectures. Picture four computer processing units (CPUs) and four data-storage units (computer memory). More... |
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Retaining
and Retrieving Data More Effectively |
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Networking:
Making Faster Connections Among Supercomputers Some computational scientists’ high-performance computing jobs are getting done even while they are not working, thanks in part to networking. More... |
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Networking
for More Powerful Supercomputers ORNL is building a high-speed fiber-optic link that will connect Laboratory supercomputers with those in Atlanta, Georgia, and Research Triangle Park near Durham, North Carolina. More... |
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Visualization
Tools: Interacting with Data in Many Dimensions Imagine walking into a CAVE virtual reality theater and feeling as if you’re flying in a kaleidoscope toward the red-hot core of an exploding star. More... |
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Collaborations
and Partnerships A new $10-million, 45,000-square-foot building on the ORNL campus will be constructed for the Joint Institute for Computational Sciences (JICS), as well as the new Oak Ridge Center for Advanced Studies (ORCAS). More... |
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Modeling
Magnetic Materials For many years, information technology has been marked by an exponential growth in the ability to store and retrieve data—so much so that the industry is reaching its limits on further improvement in data storage and retrieval with the materials at hand. More... |
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The
Science Grid |
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Designing
Electronic Devices Using Supercomputers |
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Simulating
Supernovae on Supercomputers |
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Probing
Cells by Computer |
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Modeling
Blood Flow During CPR |
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Other
Uses Envisioned for Valveless Pumping |
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World-Class
Climate Modeling |
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SciDAC
Funding for Local Climate Modelers |
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Chemical
Experiments and Predictions by Computer |
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Computer
Modeling Aids Understanding of Plasma Physics |
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Car
Crash Simulations May Improve Vehicle Efficiency |
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Evaluating
Vehicle Emissions Controls |
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Computer
Modeling and Homeland Security |
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