Searching for "Computers in High-Energy Physics." – sorted by Relevance.
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NILE: Wide-Area Computing for High Energy Physics
- NILE: Wide-Area Computing for High Energy Physics Keith Marzullo y , Michael Ogg z , Aleta
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Grid computing in High Energy Physics using LCG: the BaBar experience
- Grid computing in High Energy Physics using LCG: the BaBar experience James Cunha Werner
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Distributed Computing and Databases for High Energy Physics
- Distributed Computing and Databases for High Energy Physics Principal Investigator: David G
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NILE: Distributed Computing and Databases for High Energy Physics
- Nile: Distributed Computing and Databases for High Energy Physics David G. Cassel Michael Ogg
- Cited by 2 (1 self) – Add To MetaCart
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The NILE Data Model
- Nile[1] is an environment for fault-tolerant, self-managing, wide-area distributed computing in High
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First Tests of the Event Filter PC Prototype on the CERN PCSF Cluster
- computation in high energy physics has been demonstrated by the RD47 collaboration [1]. Large farms
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Renewable Energies for a Global Economy
- syngas and solid oxide fuel cells, nanomagnetism, grid computing, and high-energy physics. More poster
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Application Steering For Large Clusters Of Workstations In High Energy Physics Environments
- computing in high energy physics. After some iterations it has been rewritten in Java. It allows CORBA
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Network Management, Status Directions
- . Cottrell at the Computing in High Energy Physics conference 1992, at Annecy France. Also published as SLAC
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World-Wide Web
- ____________________________________________________________________________________________ [An invited talk at the conference: Computing in High Energy Physics 92, Annecy, France, 23
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