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High precision floating point calculations
"Public" and "private" Distributed Computing: Feynman@Home and the GRID

This is a France-Japan-CERN project carried out in the framework of the

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IRG ACPP (International Research Group on Automated Computation in Particle Physics) in collaboration with CERN members including the group managing

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IRG ACPP (International Research Group on Automated Computation in Particle Physics) in collaboration with CERN members including the group managing

LHC@Home (LHC@Home Twiki).

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Feynman Links - Links to teams and laboratories web pages
Collaboration Members
Download zone -

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<

Feynman@Home Intranet - A Twiki Feynman@Home web for members only

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>

Feynman@Home Intranet - A Twiki Feynman@Home web for members only

Comments are welcome:

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Anyone can let a message here

-- DenisPerretGallix - 06 Jun 2005

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You can post a message here

<--/commentPlugin-->

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Notes:

You are currently in the Feyn web. The color code for this web is this background, so you know where you are.
If you are not familiar with the TWiki collaboration platform, please visit WelcomeGuest first.

Deleted:

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<

TWiki Web	Description of Web	Used to...
Main	Welcome to TWiki... Users, Groups	...see who is registered on this TWiki
TWiki	Welcome, Registration, and other StartingPoints; TWiki history & Wiki style; All the docs...	...discover TWiki details, and how to start your own site.
ACAT	Advanced Computing and Analysis Techniques in Physics Research Workshop series	uses this Twiki web site for communication within our community
ACGRID	Asian school in Hanoi	on Advanced Computing and GRID Technologies for Research
ACPP	French, Japanese and Russian teams	...collaborate on Automated Computation in Particle Physics
ASEPS	ASia-Europe Physics Symposium	Public site
Americas	France and USA	...collaborate on Particle Physics
EMC2	Convention CNRS-IN2P3 CEA-DSN-DAPNIA MAE	to support living expenses for US and Japan Researchers working on LHC exp.
FAPPL	Common info for the FXPPL	...collaborate on
FAPPS	France-Asia Particle Physics School	...collaborate on the setting up of the School
FCPPL	France-China Joint Laboratory	for Collaboration on LHC-ILC and Particle Physics
FJPPL	France-Japan Particle Physics Laboratory	...KEK, LAPP, LLR, LPNHE, LAL, DAPNIA welcome French and Japanese teams
FKPPL	France - Korea Joint Laboratory (LIA)	for collaborations on Particle Physics
FVPPL	European and Vietnamese teams	...collaborate on Particle Physics, Astrophysics, Cosmology
Feyn	Feynman at Home based on BOINC	...collaborate on developping and running the Feynman at Home program
Sandbox	Sandbox test area with all features enabled.	...experiment in an unrestricted hands-on web.
You can use color coding by web for identification and reference. This table is updated automatically based on WebPreferences settings of the individual webs. Contact ripp@in2p3.fr if you need a separate collaboration web for your team. See also AdminToolsCategory.

Legend:	Go to the home of the web	See recent changes in the web
Legend:	Search the web	Subscribe to get notified of changes by e-mail

Revision 242006-06-26 - Main.DenisPerretGallix

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This project is an attempt to solve both CPU and memory issues related to the automatic computation of complex LHC and linear colliders (ILC/

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CLIC) physics processes. High precision floating point calculations (>= quadruple precision) are often necessary to address the integration of singular amplitudes which imply CPU intensive computations. In addition, complex processes lead to very large multi-dimensional integrants often in the multi-Gbyte range. We are insvestigating weither Distributed Computing (Public or volonteer based) or/and the GRID can bring efficient solution to these needs.

>
>

CLIC) physics processes.

High precision floating point calculations (>= quadruple precision) are often necessary to address the integration of singular amplitudes which imply CPU intensive computations. In addition, complex processes lead to very large multi-dimensional integrants often in the multi-Gbyte range. We are insvestigating weither Distributed Computing (Public or volonteer based) or/and the GRID can bring efficient solution to these needs.

Public Distributed Computing, 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.

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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 the GRID or dedicated clusters and public distributed computing.

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.

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>

We will be focusing on :

user/system interface to the GRACE Package
High precision floating point calculations
"Public" and "private" Distributed Computing: Feynman@Home and the GRID

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 LHC@Home

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Introduction

Welcome to the Feynman@Home France-Japan-CERN Collaboration.

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The Feynman@Home project is an attempt to solve both CPU and memory issues related to the automatic computation of complex

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This project is an attempt to solve both CPU and memory issues related to the automatic computation of complex

LHC and linear colliders (ILC/

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<

CLIC) physics processes. High precision numerical floating point calculations are often necessary to address the integration of singular amplitudes which imply CPU intensive computations. In addition complex processes lead to very large integrant often in the Gbyte scale.

>
>

CLIC) physics processes. High precision floating point calculations (>= quadruple precision) are often necessary to address the integration of singular amplitudes which imply CPU intensive computations. In addition, complex processes lead to very large multi-dimensional integrants often in the multi-Gbyte range. We are insvestigating weither Distributed Computing (Public or volonteer based) or/and the GRID can bring efficient solution to these needs.

Changed:

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<

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.

>
>

Public Distributed Computing, 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

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Introduction

Welcome to the Feynman@Home France-Japan-CERN Collaboration.

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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

>
>

The Feynman@Home project is an attempt to solve both CPU and memory issues related to the automatic computation of complex

LHC and linear colliders (ILC/

Changed:

<
<

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. High precision numerical floating point calculations are often necessary to address the integration of singular amplitudes which imply CPU intensive computations. In addition complex processes lead to very large integrant often in the Gbyte scale.

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

Changed:

<
<

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.

>
>

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 the GRID or dedicated clusters and public distributed computing.

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.

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France-Japan-CERN

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Feynman@Home project

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Feynman@Home and the GRID

Introduction

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France-Japan-CERN

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Feynman@Home project today

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Feynman@Home project

Introduction

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France-Japan-CERN

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Feynman@Home project

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Feynman@Home project today

Introduction

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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/

Changed:

<
<

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.

Changed:

<
<

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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META FILEATTACHMENT	attr="" comment="example of screensaver" date="1130516953" name="feynman-screensaver.jpg" path="feynman-screensaver.jpg" size="119097" user="DenisPerretGallix" version="1.1"

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Introduction

Welcome to the Feynman@Home France-Japan-CERN Collaboration.

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<

The Feynman@Home project is an attempt to solve both CPU-time and memory space issues related to the automatic computation of complex

>
>

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/

Changed:

<
<

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 understanding and interest of the public 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

Changed:

<
<

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.

>
>

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.

Changed:

<
<

In addition to the processes selected by the collaboration members, a self-service approach will make any physicist able to propose the computation of a given process for a set of selected parameters.

>
>

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.

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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This web page is updated by the collaboration members (TWikiRegistration) If you have never used a Wiki before, you should visit WelcomeGuest, and have a look at the TWikiTutorial. Please feel free to correct any mistakes, and to add new information (using GoodStyle of course)!

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Scientific Program - Short description of the project
Run it - Programs you can run

>
>

Scientific Programme - Scientific Goals
Project Development Programme - Software and implementation issues
Process Self-Service - Apply here for a particular computation

Publications - Publications from collaboration members and others
Presentations and notes - Talks and notes
Feynman Links - Links to teams and laboratories web pages

Revision 152005-10-24 - Main.DenisPerretGallix

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Introduction

Welcome to the Feynman@Home France-Japan-CERN Collaboration.

Changed:

<
<

The Feynman@Home project is an attempt to solve both CPU-time and memory space issues raised by the automatic computation of complex LHC and ILC/ 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 understanding and interest of the public to fundamental research.

>
>

The Feynman@Home project is an attempt to solve both CPU-time and memory space issues related to the automatic computation of complex LHC and linear colliders (ILC/ 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 understanding and interest of the public 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.

Added:

>
>

In addition to the processes selected by the collaboration members, a self-service approach will make any physicist able to propose the computation of a given process for a set of selected parameters.

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 LHC@Home

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Interaction.org news

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ACPP News - More

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Collaboration Agenda

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Logo Proposals %VOTE{id="BestLogo2" style="bar" select1="Shape" options1="Row-1,Row-2" select2="Color" options2="Blue,Gold"}%

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ILC/ 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 understanding and interest of the public to fundamental research.

Changed:

<
<

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.

>
>

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.

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

Revision 122005-07-25 - Main.DenisPerretGallix

-<
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+Please vote %ACPPLOGO%
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+%FeynmanLOGO%
-<
<
+France- CNRS (PNC/SPM)+ Univ., Japan- KEK (MEXT)+ Univ., Russia- MSU, RAS, RFFR
->
>
-<
<
+ Automated Calculations in Particle Physics (ACPP)
->
>
+France-Japan-CERN

 Feynman@Home project
  Introduction
-<
<
+Welcome to the  ACPP  France-Japan-Russia Collaboration for the development of software tools for cross-section computations, for the building of event generators code and the theoretical analysis of colliders and Astro-Cosmo simulation and data.
->
>
+Welcome to the  Feynman@Home  France-Japan-CERN Collaboration.
The Feynman@Home project is an attempt to solve both CPU-time and memory space issues raised by the automatic computation of complex 
LHC and 
ILC/
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 understanding and interest of the public 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.

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 
LHC@Home
(LHC@Home Twiki).
 This web page is updated by the collaboration members (TWikiRegistration)
If you have never used a Wiki before, you should visit WelcomeGuest, and have a look at the TWikiTutorial.  Please feel free to correct any mistakes, and to add new information (using GoodStyle of course)!
  Run it  - Programs you can run
  Publications - Publications from collaboration members and others
  Presentations and notes - Talks and notes
-<
<
+ ACPP Links  - Links to teams and laboratories web pages
->
>
+ Feynman Links - Links to teams and laboratories web pages
  Collaboration Members
  Download zone -
-<
<
+ General list of related software -  A Wiki list from FrontPage... keep it updated
  ACPP Intranet  - A Twiki ACPP web for members only
->
>
+ Feynman@Home Intranet  - A Twiki Feynman@Home web for members only
  Comments are welcome:
 Interaction.org news
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Interaction.org news

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Collaboration Members
Download zone -
General list of related software - A Wiki list from FrontPage... keep it updated

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Intranet - A Twiki ACPP web for members only, Go to ACPPIntranet

>
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ACPP Intranet - A Twiki ACPP web for members only

Comments are welcome:

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Anyone can let a message here

-- DenisPerretGallix - 06 Jun 2005

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Collaboration Members
Download zone -
General list of related software - A Wiki list from FrontPage... keep it updated

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Intranet - Members Only

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Intranet - A Twiki ACPP web for members only, Go to ACPPIntranet

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Conferences - More

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Conferences

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Collaboration Agenda

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Welcome to the home of TWiki.Feyn. This is a web-based collaboration area for ...

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%ACPPLOGO%

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MeetingMinutes

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France- CNRS (PNC/SPM)+ Univ., Japan- KEK (MEXT)+ Univ., Russia- MSU, RAS, RFFR

Automated Calculations in Particle Physics (ACPP)

Added:

>
>

Introduction

Welcome to the ACPP France-Japan-Russia Collaboration for the development of software tools for cross-section computations, for the building of event generators code and the theoretical analysis of colliders and Astro-Cosmo simulation and data.

This web page is updated by the collaboration members (TWikiRegistration) If you have never used a Wiki before, you should visit WelcomeGuest, and have a look at the TWikiTutorial. Please feel free to correct any mistakes, and to add new information (using GoodStyle of course)!

Scientific Program - Short description of the project
Run it - Programs you can run
Publications - Publications from collaboration members and others
Presentations and notes - Talks and notes
ACPP Links - Links to teams and laboratories web pages
Collaboration Members
Download zone -
General list of related software - A Wiki list from FrontPage... keep it updated
Intranet - Members Only

Comments are welcome:

<--/commentPlugin-->

Site Tools of the Feyn Web

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You are currently in the Feyn web. The color code for this web is this background, so you know where you are.
If you are not familiar with the TWiki collaboration platform, please visit WelcomeGuest first.

TWiki Web	Description of Web	Used to...
Main	Welcome to TWiki... Users, Groups	...see who is registered on this TWiki
TWiki	Welcome, Registration, and other StartingPoints; TWiki history & Wiki style; All the docs...	...discover TWiki details, and how to start your own site.
ACAT	Advanced Computing and Analysis Techniques in Physics Research Workshop series	uses this Twiki web site for communication within our community
ACGRID	Asian school in Hanoi	on Advanced Computing and GRID Technologies for Research
ACPP	French, Japanese and Russian teams	...collaborate on Automated Computation in Particle Physics
ASEPS	ASia-Europe Physics Symposium	Public site
Americas	France and USA	...collaborate on Particle Physics
EMC2	Convention CNRS-IN2P3 CEA-DSN-DAPNIA MAE	to support living expenses for US and Japan Researchers working on LHC exp.
FAPPL	Common info for the FXPPL	...collaborate on
FAPPS	France-Asia Particle Physics School	...collaborate on the setting up of the School
FCPPL	France-China Joint Laboratory	for Collaboration on LHC-ILC and Particle Physics
FJPPL	France-Japan Particle Physics Laboratory	...KEK, LAPP, LLR, LPNHE, LAL, DAPNIA welcome French and Japanese teams
FKPPL	France - Korea Joint Laboratory (LIA)	for collaborations on Particle Physics
FVPPL	European and Vietnamese teams	...collaborate on Particle Physics, Astrophysics, Cosmology
Feyn	Feynman at Home based on BOINC	...collaborate on developping and running the Feynman at Home program
Sandbox	Sandbox test area with all features enabled.	...experiment in an unrestricted hands-on web.
You can use color coding by web for identification and reference. This table is updated automatically based on WebPreferences settings of the individual webs. Contact ripp@in2p3.fr if you need a separate collaboration web for your team. See also AdminToolsCategory.

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Added:

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Monthly Top Contributors (more)

Interaction.org news

ACPP News - More

Warning: Can't find topic Feyn.ACPPNewsHeadlines

Conferences

Perspectives in High Performance Computing Paris May 10-12

ACAT- Advanced Computing and Analysics Techniques -DESY-Zeuthen- May 22-27

RADCOR, Hayama 2005 Jaqpan

July 2021
				01	02	03
04	05	06	07	08	09	10
11	12	13	14	15	16	17
18	19	20	21	22	23	24
25	26	27	28	29	30	31

Collaboration Agenda

Logo Proposals %VOTE{id="BestLogo2" style="bar" select1="Shape" options1="Row-1,Row-2" select2="Color" options2="Blue,Gold"}%

Revision 42002-04-14 - PeterThoeny

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Welcome to the home of TWiki.Feyn. This is a web-based collaboration area for ...

MeetingMinutes

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<

Maintenance of the Feyn web

>
>

Site Tools of the Feyn Web

Notes:

Changed:

<
<

You are currently in the TWiki.Feyn web. The color code for this web is a (SPECIFY COLOR) background, so you know where you are.
If you are not familiar with the TWiki collaboration tool, please visit WelcomeGuest in the TWiki.TWiki web first.

>
>

You are currently in the Feyn web. The color code for this web is this background, so you know where you are.
If you are not familiar with the TWiki collaboration platform, please visit WelcomeGuest first.

TWiki Web	Description of Web	Used to...
Main	Welcome to TWiki... Users, Groups	...see who is registered on this TWiki
TWiki	Welcome, Registration, and other StartingPoints; TWiki history & Wiki style; All the docs...	...discover TWiki details, and how to start your own site.
ACAT	Advanced Computing and Analysis Techniques in Physics Research Workshop series	uses this Twiki web site for communication within our community
ACGRID	Asian school in Hanoi	on Advanced Computing and GRID Technologies for Research
ACPP	French, Japanese and Russian teams	...collaborate on Automated Computation in Particle Physics
ASEPS	ASia-Europe Physics Symposium	Public site
Americas	France and USA	...collaborate on Particle Physics
EMC2	Convention CNRS-IN2P3 CEA-DSN-DAPNIA MAE	to support living expenses for US and Japan Researchers working on LHC exp.
FAPPL	Common info for the FXPPL	...collaborate on
FAPPS	France-Asia Particle Physics School	...collaborate on the setting up of the School
FCPPL	France-China Joint Laboratory	for Collaboration on LHC-ILC and Particle Physics
FJPPL	France-Japan Particle Physics Laboratory	...KEK, LAPP, LLR, LPNHE, LAL, DAPNIA welcome French and Japanese teams
FKPPL	France - Korea Joint Laboratory (LIA)	for collaborations on Particle Physics
FVPPL	European and Vietnamese teams	...collaborate on Particle Physics, Astrophysics, Cosmology
Feyn	Feynman at Home based on BOINC	...collaborate on developping and running the Feynman at Home program
Sandbox	Sandbox test area with all features enabled.	...experiment in an unrestricted hands-on web.
You can use color coding by web for identification and reference. This table is updated automatically based on WebPreferences settings of the individual webs. Contact ripp@in2p3.fr if you need a separate collaboration web for your team. See also AdminToolsCategory.

Legend:	Go to the home of the web	See recent changes in the web
Legend:	Search the web	Subscribe to get notified of changes by e-mail

Revision 32002-04-07 - PeterThoeny

Line: 1 to 1

Welcome to the home of TWiki.Feyn. This is a web-based collaboration area for ...

MeetingMinutes

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You are currently in the TWiki.Feyn web. The color code for this web is a (SPECIFY COLOR) background, so you know where you are.
If you are not familiar with the TWiki collaboration tool, please visit WelcomeGuest in the TWiki.TWiki web first.

Changed:

<
<

TWiki Web	Description of Web	Used to...
Main	Welcome to TWiki... Users, Groups	...see who is registered on this TWiki
TWiki	Welcome, Registration, and other StartingPoints; TWiki history & Wiki style; All the docs...	...discover TWiki details, and how to start your own site.
ACAT	Advanced Computing and Analysis Techniques in Physics Research Workshop series	uses this Twiki web site for communication within our community
ACGRID	Asian school in Hanoi	on Advanced Computing and GRID Technologies for Research
ACPP	French, Japanese and Russian teams	...collaborate on Automated Computation in Particle Physics
ASEPS	ASia-Europe Physics Symposium	Public site
Americas	France and USA	...collaborate on Particle Physics
EMC2	Convention CNRS-IN2P3 CEA-DSN-DAPNIA MAE	to support living expenses for US and Japan Researchers working on LHC exp.
FAPPL	Common info for the FXPPL	...collaborate on
FAPPS	France-Asia Particle Physics School	...collaborate on the setting up of the School
FCPPL	France-China Joint Laboratory	for Collaboration on LHC-ILC and Particle Physics
FJPPL	France-Japan Particle Physics Laboratory	...KEK, LAPP, LLR, LPNHE, LAL, DAPNIA welcome French and Japanese teams
FKPPL	France - Korea Joint Laboratory (LIA)	for collaborations on Particle Physics
FVPPL	European and Vietnamese teams	...collaborate on Particle Physics, Astrophysics, Cosmology
Feyn	Feynman at Home based on BOINC	...collaborate on developping and running the Feynman at Home program
Sandbox	Sandbox test area with all features enabled.	...experiment in an unrestricted hands-on web.
You can use color coding by web for identification and reference. This table is updated automatically based on WebPreferences settings of the individual webs. Contact ripp@in2p3.fr if you need a separate collaboration web for your team. See also AdminToolsCategory.

Legend:	Go to the home of the web	See recent changes in the web
Legend:	Search the web	Subscribe to get notified of changes by e-mail

(included from SiteMap; change WebHome to include from SiteMap instead of TWikiWebsTable)

>
>

TWiki Web	Description of Web	Used to...
Main	Welcome to TWiki... Users, Groups	...see who is registered on this TWiki
TWiki	Welcome, Registration, and other StartingPoints; TWiki history & Wiki style; All the docs...	...discover TWiki details, and how to start your own site.
ACAT	Advanced Computing and Analysis Techniques in Physics Research Workshop series	uses this Twiki web site for communication within our community
ACGRID	Asian school in Hanoi	on Advanced Computing and GRID Technologies for Research
ACPP	French, Japanese and Russian teams	...collaborate on Automated Computation in Particle Physics
ASEPS	ASia-Europe Physics Symposium	Public site
Americas	France and USA	...collaborate on Particle Physics
EMC2	Convention CNRS-IN2P3 CEA-DSN-DAPNIA MAE	to support living expenses for US and Japan Researchers working on LHC exp.
FAPPL	Common info for the FXPPL	...collaborate on
FAPPS	France-Asia Particle Physics School	...collaborate on the setting up of the School
FCPPL	France-China Joint Laboratory	for Collaboration on LHC-ILC and Particle Physics
FJPPL	France-Japan Particle Physics Laboratory	...KEK, LAPP, LLR, LPNHE, LAL, DAPNIA welcome French and Japanese teams
FKPPL	France - Korea Joint Laboratory (LIA)	for collaborations on Particle Physics
FVPPL	European and Vietnamese teams	...collaborate on Particle Physics, Astrophysics, Cosmology
Feyn	Feynman at Home based on BOINC	...collaborate on developping and running the Feynman at Home program
Sandbox	Sandbox test area with all features enabled.	...experiment in an unrestricted hands-on web.
You can use color coding by web for identification and reference. This table is updated automatically based on WebPreferences settings of the individual webs. Contact ripp@in2p3.fr if you need a separate collaboration web for your team. See also AdminToolsCategory.

Legend:	Go to the home of the web	See recent changes in the web
Legend:	Search the web	Subscribe to get notified of changes by e-mail

Revision 22001-11-24 - PeterThoeny

Line: 1 to 1
	Welcome to the home of TWiki.Feyn. This is a web-based collaboration area for ... MeetingMinutes
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	(More options in WebSearch) WebChanges: Find out recent modifications to the TWiki.Feyn web.
Changed:
< <	WebIndex: Display all TWiki.Feyn topics in alphabetical order.
> >	WebIndex: Display all TWiki.Feyn topics in alphabetical order. See also the faster WebTopicList
	WebNotify: Subscribe to be automatically notified when something changes in the TWiki.Feyn web. WebStatistics: View access statistics of the TWiki.Feyn web. WebPreferences: Preferences of the TWiki.Feyn web.

Revision 12001-08-08 - PeterThoeny

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Added:

>
>

Welcome to the home of TWiki.Feyn. This is a web-based collaboration area for ...

MeetingMinutes

Maintenance of the Feyn web

(More options in WebSearch)
WebChanges: Find out recent modifications to the TWiki.Feyn web.
WebIndex: Display all TWiki.Feyn topics in alphabetical order.
WebNotify: Subscribe to be automatically notified when something changes in the TWiki.Feyn web.
WebStatistics: View access statistics of the TWiki.Feyn web.
WebPreferences: Preferences of the TWiki.Feyn web.

Notes:

You are currently in the TWiki.Feyn web. The color code for this web is a (SPECIFY COLOR) background, so you know where you are.
If you are not familiar with the TWiki collaboration tool, please visit WelcomeGuest in the TWiki.TWiki web first.

TWiki Web	Description of Web	Used to...
Main	Welcome to TWiki... Users, Groups	...see who is registered on this TWiki
TWiki	Welcome, Registration, and other StartingPoints; TWiki history & Wiki style; All the docs...	...discover TWiki details, and how to start your own site.
ACAT	Advanced Computing and Analysis Techniques in Physics Research Workshop series	uses this Twiki web site for communication within our community
ACGRID	Asian school in Hanoi	on Advanced Computing and GRID Technologies for Research
ACPP	French, Japanese and Russian teams	...collaborate on Automated Computation in Particle Physics
ASEPS	ASia-Europe Physics Symposium	Public site
Americas	France and USA	...collaborate on Particle Physics
EMC2	Convention CNRS-IN2P3 CEA-DSN-DAPNIA MAE	to support living expenses for US and Japan Researchers working on LHC exp.
FAPPL	Common info for the FXPPL	...collaborate on
FAPPS	France-Asia Particle Physics School	...collaborate on the setting up of the School
FCPPL	France-China Joint Laboratory	for Collaboration on LHC-ILC and Particle Physics
FJPPL	France-Japan Particle Physics Laboratory	...KEK, LAPP, LLR, LPNHE, LAL, DAPNIA welcome French and Japanese teams
FKPPL	France - Korea Joint Laboratory (LIA)	for collaborations on Particle Physics
FVPPL	European and Vietnamese teams	...collaborate on Particle Physics, Astrophysics, Cosmology
Feyn	Feynman at Home based on BOINC	...collaborate on developping and running the Feynman at Home program
Sandbox	Sandbox test area with all features enabled.	...experiment in an unrestricted hands-on web.
You can use color coding by web for identification and reference. This table is updated automatically based on WebPreferences settings of the individual webs. Contact ripp@in2p3.fr if you need a separate collaboration web for your team. See also AdminToolsCategory.

Legend:	Go to the home of the web	See recent changes in the web
Legend:	Search the web	Subscribe to get notified of changes by e-mail

(included from SiteMap; change WebHome to include from SiteMap instead of TWikiWebsTable)

Difference: WebHome (1 vs. 25)

Revision 252007-06-13 - Main.DenisPerretGallix

Comments are welcome:

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Revision 232006-06-26 - Main.DenisPerretGallix

Introduction

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Introduction

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Feynman@Home project

Feynman@Home and the GRID

Introduction

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Feynman@Home project today

Feynman@Home project

Introduction

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Feynman@Home project

Feynman@Home project today

Introduction

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Introduction

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Introduction

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Revision 132005-10-03 - Main.DenisPerretGallix

Revision 122005-07-25 - Main.DenisPerretGallix

Automated Calculations in Particle Physics (ACPP)

Feynman@Home project

Introduction

Comments are welcome:

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Revision 102005-06-06 - Main.DenisPerretGallix

Comments are welcome:

Site Tools of the Feyn Web

Revision 92005-06-06 - Main.DenisPerretGallix

Comments are welcome:

Revision 82005-06-06 - Main.DenisPerretGallix

Revision 72005-06-05 - Main.DenisPerretGallix

Revision 62005-06-05 - Main.DenisPerretGallix

Revision 52005-06-05 - Main.DenisPerretGallix

Automated Calculations in Particle Physics (ACPP)

Introduction

Comments are welcome:

Site Tools of the Feyn Web

Revision 42002-04-14 - PeterThoeny

Maintenance of the Feyn web

Site Tools of the Feyn Web

Revision 32002-04-07 - PeterThoeny

Revision 22001-11-24 - PeterThoeny

Revision 12001-08-08 - PeterThoeny

Maintenance of the Feyn web