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| The Feynman@Home project is an attempt to solve both CPU-time and memory space problems related to the automatic computation of complex LHC and linear colliders (ILC/ | ||||||||
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| < < | CLIC) physics processes. Based on the development of an improved version of BOINC for multi-client code and soft synchronization it offers, in return, a live presentation of current HEP and Astrophysics programs and projects in the hope to increase the public understanding and interest to fundamental research. | |||||||
| > > | CLIC) physics processes. Based on the development of an improved version of BOINC for multi-client code and soft synchronization it offers, in return, a live presentation of current HEP and Astrophysics programs and projects in the hope to increase the public understanding and interest to fundamental research. | |||||||
| Using the GRACE package (KEK) for helicity amplitude code generation, it implements the multi-dimensional phase space integration (BASES) and event generation (SPRING ) packages in the framework of an hybrid computing system combining dedicated (clusters or the GRID) and public computing. | ||||||||
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| < < | Target physics processes will be selected both by our collaboration members and, through a self-service approach, by any physicist interested in a particular physics issue. | |||||||
| > > | Target physics processes will be selected both by the collaboration members and, through a self-service approach, by any physicist interested in a particular physics issue. | |||||||
| This is a France-Japan-CERN project carried out in the framework of the IRG ACPP (International Research Group on Automated Computation in Particle Physics) in collaboration with CERN members including the group managing | ||||||||
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