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Dynamic federation of grid and cloud storage

The Dynamic Federations project (“Dynafed”) enables the deployment of scalable, distributed storage systems composed of independent storage endpoints. While the Uniform Generic Redirector at the heart of the project is protocol-agnostic, we have focused our effort on HTTP-based protocols, including...

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Detalles Bibliográficos
Autores principales: Furano, Fabrizio, Keeble, Oliver, Field, Laurence
Lenguaje:eng
Publicado: 2016
Materias:
Acceso en línea:https://dx.doi.org/10.1134/S1547477116050186
http://cds.cern.ch/record/2261348
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author Furano, Fabrizio
Keeble, Oliver
Field, Laurence
author_facet Furano, Fabrizio
Keeble, Oliver
Field, Laurence
author_sort Furano, Fabrizio
collection CERN
description The Dynamic Federations project (“Dynafed”) enables the deployment of scalable, distributed storage systems composed of independent storage endpoints. While the Uniform Generic Redirector at the heart of the project is protocol-agnostic, we have focused our effort on HTTP-based protocols, including S3 and WebDAV. The system has been deployed on testbeds covering the majority of the ATLAS and LHCb data, and supports geography-aware replica selection. The work done exploits the federation potential of HTTP to build systems that offer uniform, scalable, catalogue-less access to the storage and metadata ensemble and the possibility of seamless integration of other compatible resources such as those from cloud providers. Dynafed can exploit the potential of the S3 delegation scheme, effectively federating on the fly any number of S3 buckets from different providers and applying a uniform authorization to them. This feature has been used to deploy in production the BOINC Data Bridge, which uses the Uniform Generic Redirector with S3 buckets to harmonize the BOINC authorization scheme with the Grid/X509. The Data Bridge has been deployed in production with good results. We believe that the features of a loosely coupled federation of open-protocolbased storage elements open many possibilities of smoothly evolving the current computing models and of supporting new scientific computing projects that rely on massive distribution of data and that would appreciate systems that can more easily be interfaced with commercial providers and can work natively with Web browsers and clients.
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institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2016
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spelling oai-inspirehep.net-14854232019-09-30T06:29:59Zdoi:10.1134/S1547477116050186http://cds.cern.ch/record/2261348engFurano, FabrizioKeeble, OliverField, LaurenceDynamic federation of grid and cloud storageComputing and ComputersThe Dynamic Federations project (“Dynafed”) enables the deployment of scalable, distributed storage systems composed of independent storage endpoints. While the Uniform Generic Redirector at the heart of the project is protocol-agnostic, we have focused our effort on HTTP-based protocols, including S3 and WebDAV. The system has been deployed on testbeds covering the majority of the ATLAS and LHCb data, and supports geography-aware replica selection. The work done exploits the federation potential of HTTP to build systems that offer uniform, scalable, catalogue-less access to the storage and metadata ensemble and the possibility of seamless integration of other compatible resources such as those from cloud providers. Dynafed can exploit the potential of the S3 delegation scheme, effectively federating on the fly any number of S3 buckets from different providers and applying a uniform authorization to them. This feature has been used to deploy in production the BOINC Data Bridge, which uses the Uniform Generic Redirector with S3 buckets to harmonize the BOINC authorization scheme with the Grid/X509. The Data Bridge has been deployed in production with good results. We believe that the features of a loosely coupled federation of open-protocolbased storage elements open many possibilities of smoothly evolving the current computing models and of supporting new scientific computing projects that rely on massive distribution of data and that would appreciate systems that can more easily be interfaced with commercial providers and can work natively with Web browsers and clients.oai:inspirehep.net:14854232016
spellingShingle Computing and Computers
Furano, Fabrizio
Keeble, Oliver
Field, Laurence
Dynamic federation of grid and cloud storage
title Dynamic federation of grid and cloud storage
title_full Dynamic federation of grid and cloud storage
title_fullStr Dynamic federation of grid and cloud storage
title_full_unstemmed Dynamic federation of grid and cloud storage
title_short Dynamic federation of grid and cloud storage
title_sort dynamic federation of grid and cloud storage
topic Computing and Computers
url https://dx.doi.org/10.1134/S1547477116050186
http://cds.cern.ch/record/2261348
work_keys_str_mv AT furanofabrizio dynamicfederationofgridandcloudstorage
AT keebleoliver dynamicfederationofgridandcloudstorage
AT fieldlaurence dynamicfederationofgridandcloudstorage