Add to ORKGThe CMS computing model has been distributed since early in the experiment preparation. In order for the experiment to succeed, CMS needs to develop efficient distributed analysis techniques using grid services. CMS has an active program of development and deployment to ensure the experiment can perform analysis using a worldwide infrastructure of computing clusters already at the beginning of LHC operation. In this presentation the status, plans, and prospects for CMS analysis using the grid are outlined
The computing system of the CMS experiment works using distributed resources from more than 60 compu...
The CMS experiment will soon produce a huge amount of data (a few PBytes per year) that will be dist...
Particle accelerators are an important tool to study the fundamental properties of elementary partic...
The CMS experiment at LHC has had a distributed computing model since early in the project plan. The...
The computing systems required to collect, analyse and store the physics data at LHC would need to b...
The CMS experiment at LHC has developed a baseline Computing Model addressing the needs of a computi...
This document summarises the status of the existing grid infrastructure and functionality for the hi...
The CMS experiment is currently developing a computing system capable of serving, processing and arc...
In order to prepare the Physics Technical Design Report, due by end of 2005, the CMS experiment need...
The CMS experiment expects to manage several Pbytes of data each year during the LHC programme, dist...
From september 2007 the LHC accelerator will start its activity and CMS, one of the four experiments...
The CMS experiment expects to manage several Pbytes of data each year during the LHC programme, dist...
The first running period of the LHC was a great success. In particular vital for the timely analysis...
In this presentation the experiences of the LHC experiments using grid computing were presented with...
Each LHC experiment will produce datasets with sizes of order one petabyte per year. All of this dat...
The computing system of the CMS experiment works using distributed resources from more than 60 compu...
The CMS experiment will soon produce a huge amount of data (a few PBytes per year) that will be dist...
Particle accelerators are an important tool to study the fundamental properties of elementary partic...
The CMS experiment at LHC has had a distributed computing model since early in the project plan. The...
The computing systems required to collect, analyse and store the physics data at LHC would need to b...
The CMS experiment at LHC has developed a baseline Computing Model addressing the needs of a computi...
This document summarises the status of the existing grid infrastructure and functionality for the hi...
The CMS experiment is currently developing a computing system capable of serving, processing and arc...
In order to prepare the Physics Technical Design Report, due by end of 2005, the CMS experiment need...
The CMS experiment expects to manage several Pbytes of data each year during the LHC programme, dist...
From september 2007 the LHC accelerator will start its activity and CMS, one of the four experiments...
The CMS experiment expects to manage several Pbytes of data each year during the LHC programme, dist...
The first running period of the LHC was a great success. In particular vital for the timely analysis...
In this presentation the experiences of the LHC experiments using grid computing were presented with...
Each LHC experiment will produce datasets with sizes of order one petabyte per year. All of this dat...
The computing system of the CMS experiment works using distributed resources from more than 60 compu...
The CMS experiment will soon produce a huge amount of data (a few PBytes per year) that will be dist...
Particle accelerators are an important tool to study the fundamental properties of elementary partic...