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LHCb: Fabric Management with Diskless Servers and Quattor on LHCb

Large scientific experiments nowadays very often are using large computer farms to process the events acquired from the detectors. In LHCb a small sysadmin team manages 1400 servers of the LHCb Event Filter Farm, but also a wide variety of control servers for the detector electronics and infrastruct...

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Detalles Bibliográficos
Autores principales: Schweitzer, P, Bonaccorsi, E, Brarda, L, Neufeld, N
Lenguaje:eng
Publicado: 2011
Acceso en línea:http://cds.cern.ch/record/1390784
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author Schweitzer, P
Bonaccorsi, E
Brarda, L
Neufeld, N
author_facet Schweitzer, P
Bonaccorsi, E
Brarda, L
Neufeld, N
author_sort Schweitzer, P
collection CERN
description Large scientific experiments nowadays very often are using large computer farms to process the events acquired from the detectors. In LHCb a small sysadmin team manages 1400 servers of the LHCb Event Filter Farm, but also a wide variety of control servers for the detector electronics and infrastructure computers: file servers, gateways, DNS, DHCP and others. This variety of servers could not be handled without a solid fabric management system. We choose the Quattor toolkit for this task. We will present our use of this toolkit, with an emphasis on how we handle our diskless nodes (Event filter farm nodes and computers embedded in the acquisition electronic cards). We will show our current tests to replace the standard (RedHat/Scientific Linux) way of handling diskless nodes to fusion filesystems and how it improves fabric management.
id cern-1390784
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2011
record_format invenio
spelling cern-13907842019-09-30T06:29:59Zhttp://cds.cern.ch/record/1390784engSchweitzer, PBonaccorsi, EBrarda, LNeufeld, NLHCb: Fabric Management with Diskless Servers and Quattor on LHCbLarge scientific experiments nowadays very often are using large computer farms to process the events acquired from the detectors. In LHCb a small sysadmin team manages 1400 servers of the LHCb Event Filter Farm, but also a wide variety of control servers for the detector electronics and infrastructure computers: file servers, gateways, DNS, DHCP and others. This variety of servers could not be handled without a solid fabric management system. We choose the Quattor toolkit for this task. We will present our use of this toolkit, with an emphasis on how we handle our diskless nodes (Event filter farm nodes and computers embedded in the acquisition electronic cards). We will show our current tests to replace the standard (RedHat/Scientific Linux) way of handling diskless nodes to fusion filesystems and how it improves fabric management.Poster-2011-197oai:cds.cern.ch:13907842011-10-10
spellingShingle Schweitzer, P
Bonaccorsi, E
Brarda, L
Neufeld, N
LHCb: Fabric Management with Diskless Servers and Quattor on LHCb
title LHCb: Fabric Management with Diskless Servers and Quattor on LHCb
title_full LHCb: Fabric Management with Diskless Servers and Quattor on LHCb
title_fullStr LHCb: Fabric Management with Diskless Servers and Quattor on LHCb
title_full_unstemmed LHCb: Fabric Management with Diskless Servers and Quattor on LHCb
title_short LHCb: Fabric Management with Diskless Servers and Quattor on LHCb
title_sort lhcb: fabric management with diskless servers and quattor on lhcb
url http://cds.cern.ch/record/1390784
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AT brardal lhcbfabricmanagementwithdisklessserversandquattoronlhcb
AT neufeldn lhcbfabricmanagementwithdisklessserversandquattoronlhcb