Difference: CollaborationProposals (1 vs. 12)

Revision 122006-05-23 - Main.DenisPerretGallix

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META TOPICPARENT name="WebHome"

Collaboration Proposals

The following proposals are open to collaboration
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 It is an hybrid system based on BOINC, on the GRID and local clusters for an efficient CPU/Memory load balancing. (More...)
Changed:
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<		Being a distributed project, it is worth noting that substantial contributions can be provided by teams located anywhere in the world. It involves particle physics theorists and experimentalists as well as computing scientists. Teams fromVietnam would be quite welcome.
>
>		Being a distributed project, it is worth noting that substantial contributions can be provided by teams located anywhere in the world. It involves particle physics theorists and experimentalists as well as computing scientists.
 For further information contact DenisPerretGallix

Revision 112006-05-23 - Main.DenisPerretGallix

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META TOPICPARENT name="WebHome"

Collaboration Proposals

The following proposals are open to collaboration
Line: 14 to 14
 It is an hybrid system based on BOINC, on the GRID and local clusters for an efficient CPU/Memory load balancing. (More...)
Changed:
<
<		Being a distributed project, it is worth noting that substantial contributions can be provided by teams located anywhere in the world. Teams and/or laboratorues from Vietnam would be quite welcome.
>
>		Being a distributed project, it is worth noting that substantial contributions can be provided by teams located anywhere in the world. It involves particle physics theorists and experimentalists as well as computing scientists. Teams fromVietnam would be quite welcome.
 For further information contact DenisPerretGallix

Revision 102006-05-23 - Main.DenisPerretGallix

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META TOPICPARENT name="WebHome"

Collaboration Proposals

The following proposals are open to collaboration
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  • France: IN2P3 (see the ACPP Collaboration)
  • Japan: KEK + universities (see the ACPP Collaboration)
  • CERN: the LHC@Home group
Changed:
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<		Feynman@Home is a new project development based on:
>
>		Feynman@Home is a new project development based on:
 
  • The BOINC "Berkeley Open Infrastructure for Network Computing" platform
  • GRACE: the automatic computation system for Feynman diagrams developed by Japanese teams
The goal is to provide cross-section calculations and event generators at tree and one-loop level for LHC and ILC physics.

Revision 92006-05-23 - Main.DenisPerretGallix

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META TOPICPARENT name="WebHome"

Collaboration Proposals

The following proposals are open to collaboration

Particle Physics (theory and experiment): Feynman@Home

Added:
>
>
  • France: IN2P3 (see the ACPP Collaboration)
  • Japan: KEK + universities (see the ACPP Collaboration)
  • CERN: the LHC@Home group
 Feynman@Home is a new project development based on:
  • The BOINC "Berkeley Open Infrastructure for Network Computing" platform
  • GRACE: the automatic computation system for Feynman diagrams developed by Japanese teams
Line: 11 to 14
 It is an hybrid system based on BOINC, on the GRID and local clusters for an efficient CPU/Memory load balancing. (More...)
Changed:
<
<		The collaboration as for today includes IN2P3 /CNRS, CERN (LHC@Home) and KEK. Being a distributed project, it is worth noting that substantial contributions can be provided by teams located anywhere in the world. Teams and/or laboratorues from Vietnam would be quite welcome.
>
>		Being a distributed project, it is worth noting that substantial contributions can be provided by teams located anywhere in the world. Teams and/or laboratorues from Vietnam would be quite welcome.
 For further information contact DenisPerretGallix

Revision 82006-05-23 - Main.DenisPerretGallix

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META TOPICPARENT name="WebHome"

Collaboration Proposals

The following proposals are open to collaboration
Line: 7 to 7
 Feynman@Home is a new project development based on:
  • The BOINC "Berkeley Open Infrastructure for Network Computing" platform
  • GRACE: the automatic computation system for Feynman diagrams developed by Japanese teams
Changed:
<
<		The goal is to provide cross-section calculation and event generators at Tree and one-loop level for LHC and ILC physics. It is an Hybrid system based on BOINC, on the GRID and local clusters for an efficient CPU/Memory load balancing.
>
>		The goal is to provide cross-section calculations and event generators at tree and one-loop level for LHC and ILC physics. It is an hybrid system based on BOINC, on the GRID and local clusters for an efficient CPU/Memory load balancing.
 (More...)
Changed:
<
<		The collaboration as for today includes IN2P3 /CNRS, CERN and KEK. Being a distributed project, it is worth noting that efficient contributions can be provided by local teams located anywhere in the world. Teams and/or laboratorues from Vietnam would be quite welcome.
>
>		The collaboration as for today includes IN2P3 /CNRS, CERN (LHC@Home) and KEK. Being a distributed project, it is worth noting that substantial contributions can be provided by teams located anywhere in the world. Teams and/or laboratorues from Vietnam would be quite welcome.
 For further information contact DenisPerretGallix

Revision 72006-05-23 - Main.DenisPerretGallix

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META TOPICPARENT name="WebHome"

Collaboration Proposals

The following proposals are open to collaboration

Revision 62006-05-23 - Main.DenisPerretGallix

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META TOPICPARENT name="WebHome"

Collaboration Proposals

The following proposals are open to collaboration
Line: 10 to 10
 The goal is to provide cross-section calculation and event generators at Tree and one-loop level for LHC and ILC physics. It is an Hybrid system based on BOINC, on the GRID and local clusters for an efficient CPU/Memory load balancing. (More...)
Changed:
<
<		The collaboration as for today includes IN2P3 ,CERN and KEK. Being a distributed project, it is worth noting that efficient contributions can be provided from local teams anywhere in the world. Teams and/or laboratorues from Vietnam would be quite welcome For further information on this project contact DenisPerretGallix
>
>		 The collaboration as for today includes IN2P3 /CNRS, CERN and KEK. Being a distributed project, it is worth noting that efficient contributions can be provided by local teams located anywhere in the world. Teams and/or laboratorues from Vietnam would be quite welcome. For further information contact DenisPerretGallix
 

-- DenisPerretGallix - 23 May 2006

Revision 52006-05-23 - Main.DenisPerretGallix

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META TOPICPARENT name="WebHome"

Collaboration Proposals

The following proposals are open to collaboration
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  • GRACE: the automatic computation system for Feynman diagrams developed by Japanese teams
The goal is to provide cross-section calculation and event generators at Tree and one-loop level for LHC and ILC physics. It is an Hybrid system based on BOINC, on the GRID and local clusters for an efficient CPU/Memory load balancing.
Changed:
<
<		([[http://acpp.in2p3.fr/cgi-bin/twiki/bin/view/Feynman/WebHome][More...])
>
>		(More...)
 The collaboration as for today includes IN2P3 ,CERN and KEK. Being a distributed project, it is worth noting that efficient contributions can be provided from local teams anywhere in the world. Teams and/or laboratorues from Vietnam would be quite welcome For further information on this project contact DenisPerretGallix

Revision 42006-05-23 - Main.DenisPerretGallix

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META TOPICPARENT name="WebHome"

Collaboration Proposals

The following proposals are open to collaboration
Changed:
<
<

Particle Physics (Theory and Experiment): A Feynman@Home

>
>

Particle Physics (theory and experiment): Feynman@Home

 Feynman@Home is a new project development based on:
  • The BOINC "Berkeley Open Infrastructure for Network Computing" platform
Changed:
<
<
  • GRACE: the automatic computation system for Feynman diagram
>
>
  • GRACE: the automatic computation system for Feynman diagrams developed by Japanese teams
 The goal is to provide cross-section calculation and event generators at Tree and one-loop level for LHC and ILC physics.
Changed:
<
<		It is an Hybrid system based on BOINC and on the access to the GRID and local clusters for an efficient load balancing. [[Feynman.WebHome][More...] The collaboration as for today includes IN2P3 ,CERN and KEK. It can be extended to other teams. Being a distributed project, it is worth noting that efficient contributions can be provided from local teams. If you want more information on this project contact DenisPerretGallix
>
>		It is an Hybrid system based on BOINC, on the GRID and local clusters for an efficient CPU/Memory load balancing. ([[http://acpp.in2p3.fr/cgi-bin/twiki/bin/view/Feynman/WebHome][More...]) The collaboration as for today includes IN2P3 ,CERN and KEK. Being a distributed project, it is worth noting that efficient contributions can be provided from local teams anywhere in the world. Teams and/or laboratorues from Vietnam would be quite welcome For further information on this project contact DenisPerretGallix
 

-- DenisPerretGallix - 23 May 2006

Revision 32006-05-23 - Main.DenisPerretGallix

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META TOPICPARENT name="WebHome"
Changed:
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<
!! Collaboration Proposals
>
>

Collaboration Proposals

 The following proposals are open to collaboration

Particle Physics (Theory and Experiment): A Feynman@Home

Line: 9 to 9
 
  • GRACE: the automatic computation system for Feynman diagram
The goal is to provide cross-section calculation and event generators at Tree and one-loop level for LHC and ILC physics. It is an Hybrid system based on BOINC and on the access to the GRID and local clusters for an efficient load balancing.
Changed:
<
<		[[Main.Feynman][More...]
>
>		[[Feynman.WebHome][More...]
 The collaboration as for today includes IN2P3 ,CERN and KEK. It can be extended to other teams. Being a distributed project, it is worth noting that efficient contributions can be provided from local teams. If you want more information on this project contact DenisPerretGallix

Revision 22006-05-23 - Main.DenisPerretGallix

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META TOPICPARENT name="WebHome"
!! Collaboration Proposals The following proposals are open to collaboration
Line: 9 to 9
 
  • GRACE: the automatic computation system for Feynman diagram
The goal is to provide cross-section calculation and event generators at Tree and one-loop level for LHC and ILC physics. It is an Hybrid system based on BOINC and on the access to the GRID and local clusters for an efficient load balancing.
Changed:
<
<		[[FVPPL.Feynamn][More...]
>
>		[[Main.Feynman][More...]
 The collaboration as for today includes IN2P3 ,CERN and KEK. It can be extended to other teams. Being a distributed project, it is worthnoting that efficient contributions can be provided from local teams.
Added:
>
>		If you want more information on this project contact DenisPerretGallix
 

-- DenisPerretGallix - 23 May 2006

Revision 12006-05-23 - Main.DenisPerretGallix

Line: 1 to 1
Added:
>
>
META TOPICPARENT name="WebHome"
!! Collaboration Proposals The following proposals are open to collaboration

Particle Physics (Theory and Experiment): A Feynman@Home

Feynman@Home is a new project development based on:
  • The BOINC "Berkeley Open Infrastructure for Network Computing" platform
  • GRACE: the automatic computation system for Feynman diagram
The goal is to provide cross-section calculation and event generators at Tree and one-loop level for LHC and ILC physics. It is an Hybrid system based on BOINC and on the access to the GRID and local clusters for an efficient load balancing. [[FVPPL.Feynamn][More...] The collaboration as for today includes IN2P3 ,CERN and KEK. It can be extended to other teams. Being a distributed project, it is worthnoting that efficient contributions can be provided from local teams.

-- DenisPerretGallix - 23 May 2006

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