ATLAS@Home is a volunteer computing project which allows the public to contribute to computing for the ATLAS experiment through their home or office computers. The project has grown continuously since its creation in mid-2014 and now counts almost 100,000 volunteers. The combined volunteers' resources make up a sizable fraction of overall resources for ATLAS simulation. This paper takes stock of the experience gained so far and describes the next steps in the evolution of the project. These improvements include running natively on Linux to ease the deployment on for example university clusters, using multiple cores inside one job to reduce the memory requirements and running different types of workload such as event generation. In addition ...
The ATLAS experiment has just concluded its first running period which commenced in 2010. After two ...
The ATLAS experiment has just concluded its first running period which commenced in 2010. After two ...
Volunteer computing has the potential to provide significant additional computing capacity for the L...
ATLAS@Home is a volunteer computing project which allows the public to contribute to computing for t...
ATLAS@Home is a volunteer computing project which allows the public to contribute to computing for t...
The volunteer computing project ATLAS@Home has been providing a stable computing resource for the AT...
International audienceA recent common theme among HEP computing is exploitation of opportunistic res...
ATLAS@Home is a volunteer computing project which enables members of the public to contribute comput...
The ATLAS collaboration has recently setup a number of citizen science projects which have a strong ...
Volunteer computing has the potential to provide significant additional computing capacity for the L...
LHC experiments require significant computational resources for Monte Carlo simulations and real dat...
LHC@home has provided computing capacity for simulations under BOINC since 2005. Following the intro...
The Large Hadron Collider will resume data collection in 2015 with substantially increased computing...
The ATLAS@Home project is a volunteer computing project, part of the larger LHC@Home project, aimed ...
The ATLAS experiment has successfully incorporated cloud computing technology and cloud resources in...
The ATLAS experiment has just concluded its first running period which commenced in 2010. After two ...
The ATLAS experiment has just concluded its first running period which commenced in 2010. After two ...
Volunteer computing has the potential to provide significant additional computing capacity for the L...
ATLAS@Home is a volunteer computing project which allows the public to contribute to computing for t...
ATLAS@Home is a volunteer computing project which allows the public to contribute to computing for t...
The volunteer computing project ATLAS@Home has been providing a stable computing resource for the AT...
International audienceA recent common theme among HEP computing is exploitation of opportunistic res...
ATLAS@Home is a volunteer computing project which enables members of the public to contribute comput...
The ATLAS collaboration has recently setup a number of citizen science projects which have a strong ...
Volunteer computing has the potential to provide significant additional computing capacity for the L...
LHC experiments require significant computational resources for Monte Carlo simulations and real dat...
LHC@home has provided computing capacity for simulations under BOINC since 2005. Following the intro...
The Large Hadron Collider will resume data collection in 2015 with substantially increased computing...
The ATLAS@Home project is a volunteer computing project, part of the larger LHC@Home project, aimed ...
The ATLAS experiment has successfully incorporated cloud computing technology and cloud resources in...
The ATLAS experiment has just concluded its first running period which commenced in 2010. After two ...
The ATLAS experiment has just concluded its first running period which commenced in 2010. After two ...
Volunteer computing has the potential to provide significant additional computing capacity for the L...