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LHCb Data Replication During SC3

LHCb's participation in LCG's Service Challenge 3 involves testing the bulk data transfer infrastructure developed to allow high bandwidth distribution of data across the grid in accordance with the computing model. To enable reliable bulk replication of data, LHCb's DIRAC system has...

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Autor principal: Smith, A
Lenguaje:eng
Publicado: 2006
Acceso en línea:http://cds.cern.ch/record/1136014
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author Smith, A
author_facet Smith, A
author_sort Smith, A
collection CERN
description LHCb's participation in LCG's Service Challenge 3 involves testing the bulk data transfer infrastructure developed to allow high bandwidth distribution of data across the grid in accordance with the computing model. To enable reliable bulk replication of data, LHCb's DIRAC system has been integrated with gLite's File Transfer Service middleware component to make use of dedicated network links between LHCb computing centres. DIRAC's Data Management tools previously allowed the replication, registration and deletion of files on the grid. For SC3 supplementary functionality has been added to allow bulk replication of data (using FTS) and efficient mass registration to the LFC replica catalog.Provisional performance results have shown that the system developed can meet the expected data replication rate required by the computing model in 2007. This paper details the experience and results of integration and utilisation of DIRAC with the SC3 transfer machinery.
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institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2006
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spelling cern-11360142019-09-30T06:29:59Zhttp://cds.cern.ch/record/1136014engSmith, ALHCb Data Replication During SC3 LHCb's participation in LCG's Service Challenge 3 involves testing the bulk data transfer infrastructure developed to allow high bandwidth distribution of data across the grid in accordance with the computing model. To enable reliable bulk replication of data, LHCb's DIRAC system has been integrated with gLite's File Transfer Service middleware component to make use of dedicated network links between LHCb computing centres. DIRAC's Data Management tools previously allowed the replication, registration and deletion of files on the grid. For SC3 supplementary functionality has been added to allow bulk replication of data (using FTS) and efficient mass registration to the LFC replica catalog.Provisional performance results have shown that the system developed can meet the expected data replication rate required by the computing model in 2007. This paper details the experience and results of integration and utilisation of DIRAC with the SC3 transfer machinery.Poster-2008-056oai:cds.cern.ch:11360142006-02-13
spellingShingle Smith, A
LHCb Data Replication During SC3
title LHCb Data Replication During SC3
title_full LHCb Data Replication During SC3
title_fullStr LHCb Data Replication During SC3
title_full_unstemmed LHCb Data Replication During SC3
title_short LHCb Data Replication During SC3
title_sort lhcb data replication during sc3
url http://cds.cern.ch/record/1136014
work_keys_str_mv AT smitha lhcbdatareplicationduringsc3