The CMS production system has undergone a major architectural upgrade from its predecessor, with the goal of reducing the operational manpower needed and preparing for the large scale production required by the CMS physics plan. The new production system is a tiered architecture that facilitates robust and distributed production request processing and takes advantage of the multiple Grid and farm resources available to the CMS experiment
CMS experiment has used detector simulation software in its conceptual as well as technical design. ...
CMS experiment has used detector simulation software in its conceptual as well as technical design. ...
In order to cope with the challenges expected during the LHC Run 2 CMS put in a number of enhancemen...
none11The CMS production system has undergone a major architectural upgrade from its predecessor, wi...
Monte Carlo production in CMS has received a major boost in performance and scale since the past CH...
Monte Carlo production in CMS has received a major boost in performance and scale since the past CHE...
The analysis of the LHC data at the Compact Muon Solenoid (CMS) experiment requires the production o...
This note describes integration and operational aspects of the CMS Monte Carlo production in the LHC...
The CMS experiment has been using the Open Science Grid, through its US Tier-2 computing centers, fr...
From september 2007 the LHC accelerator will start its activity and CMS, one of the four experiments...
none32Monte Carlo production for the CMS experiment is carried out in a distributed computing enviro...
The vast majority of the CMS Computing capacity, which is organized in a tiered hierarchy, is locate...
From its conception the job management system has been distributed to increase scalability and robus...
The computing system of the CMS experiment works using distributed resources from more than 60 compu...
CMS experiment has used detector simulation software in its conceptual as well as technical design. ...
CMS experiment has used detector simulation software in its conceptual as well as technical design. ...
In order to cope with the challenges expected during the LHC Run 2 CMS put in a number of enhancemen...
none11The CMS production system has undergone a major architectural upgrade from its predecessor, wi...
Monte Carlo production in CMS has received a major boost in performance and scale since the past CH...
Monte Carlo production in CMS has received a major boost in performance and scale since the past CHE...
The analysis of the LHC data at the Compact Muon Solenoid (CMS) experiment requires the production o...
This note describes integration and operational aspects of the CMS Monte Carlo production in the LHC...
The CMS experiment has been using the Open Science Grid, through its US Tier-2 computing centers, fr...
From september 2007 the LHC accelerator will start its activity and CMS, one of the four experiments...
none32Monte Carlo production for the CMS experiment is carried out in a distributed computing enviro...
The vast majority of the CMS Computing capacity, which is organized in a tiered hierarchy, is locate...
From its conception the job management system has been distributed to increase scalability and robus...
The computing system of the CMS experiment works using distributed resources from more than 60 compu...
CMS experiment has used detector simulation software in its conceptual as well as technical design. ...
CMS experiment has used detector simulation software in its conceptual as well as technical design. ...
In order to cope with the challenges expected during the LHC Run 2 CMS put in a number of enhancemen...