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Iterative development of the ATLAS Publication Tracking System

The ATLAS experiment involves almost 6000 members from approximately 300 institutes spread all over the globe and more than 100 papers published every year. This dynamic environment brings some challenges such as how to ensure publication deadlines, communication between the groups involved, and the...

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Autores principales: Loureiro Cruz, Ana Clara, Niklaus Moreira Da Rocha Rodrigues, Carolina, Aleksandravicius, Gabriel, Lemos Lucidi Pinhao, Gabriela, Goes Afonso, Pedro Henrique, Coura Torres, Rodrigo
Lenguaje:eng
Publicado: 2023
Materias:
Acceso en línea:http://cds.cern.ch/record/2857890
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author Loureiro Cruz, Ana Clara
Niklaus Moreira Da Rocha Rodrigues, Carolina
Aleksandravicius, Gabriel
Lemos Lucidi Pinhao, Gabriela
Goes Afonso, Pedro Henrique
Coura Torres, Rodrigo
author_facet Loureiro Cruz, Ana Clara
Niklaus Moreira Da Rocha Rodrigues, Carolina
Aleksandravicius, Gabriel
Lemos Lucidi Pinhao, Gabriela
Goes Afonso, Pedro Henrique
Coura Torres, Rodrigo
author_sort Loureiro Cruz, Ana Clara
collection CERN
description The ATLAS experiment involves almost 6000 members from approximately 300 institutes spread all over the globe and more than 100 papers published every year. This dynamic environment brings some challenges such as how to ensure publication deadlines, communication between the groups involved, and the continuity of workflows. The solution found for those challenges was automation, which was achieved through the Glance project, more specifically through the Glance Analysis systems, developed to support the analysis and publications life cycle in 2010. Now, after twelve years, in order to satisfy the experiments’ most recent needs, the systems need code refactoring and database remodeling. The goal is to have only one system to accommodate all the analysis and publications workflows, the so-called ATLAS Publication Tracking system, an evolution of the current Analysis systems. This project includes a database remodeling that reflects the hierarchical relation between analyses and publications; a code base that supports non-linear workflows; the expansion of the current API so all the authorized ATLAS members can access ATLAS publication data programmatically; a service-oriented architecture for integration with external software, such as GitLab; the creation of an automatic test environment, which assures the quality of the systems on each update. The ATLAS Publication Tracking system is a long-term project being developed with an iterative and incremental approach, which ensures that the most valuable tools are implemented with priority while allowing a smooth transition between the old systems and the new one.
id cern-2857890
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2023
record_format invenio
spelling cern-28578902023-05-05T18:57:11Zhttp://cds.cern.ch/record/2857890engLoureiro Cruz, Ana ClaraNiklaus Moreira Da Rocha Rodrigues, CarolinaAleksandravicius, GabrielLemos Lucidi Pinhao, GabrielaGoes Afonso, Pedro HenriqueCoura Torres, RodrigoIterative development of the ATLAS Publication Tracking SystemParticle Physics - ExperimentThe ATLAS experiment involves almost 6000 members from approximately 300 institutes spread all over the globe and more than 100 papers published every year. This dynamic environment brings some challenges such as how to ensure publication deadlines, communication between the groups involved, and the continuity of workflows. The solution found for those challenges was automation, which was achieved through the Glance project, more specifically through the Glance Analysis systems, developed to support the analysis and publications life cycle in 2010. Now, after twelve years, in order to satisfy the experiments’ most recent needs, the systems need code refactoring and database remodeling. The goal is to have only one system to accommodate all the analysis and publications workflows, the so-called ATLAS Publication Tracking system, an evolution of the current Analysis systems. This project includes a database remodeling that reflects the hierarchical relation between analyses and publications; a code base that supports non-linear workflows; the expansion of the current API so all the authorized ATLAS members can access ATLAS publication data programmatically; a service-oriented architecture for integration with external software, such as GitLab; the creation of an automatic test environment, which assures the quality of the systems on each update. The ATLAS Publication Tracking system is a long-term project being developed with an iterative and incremental approach, which ensures that the most valuable tools are implemented with priority while allowing a smooth transition between the old systems and the new one.ATL-SOFT-SLIDE-2023-163oai:cds.cern.ch:28578902023-05-05
spellingShingle Particle Physics - Experiment
Loureiro Cruz, Ana Clara
Niklaus Moreira Da Rocha Rodrigues, Carolina
Aleksandravicius, Gabriel
Lemos Lucidi Pinhao, Gabriela
Goes Afonso, Pedro Henrique
Coura Torres, Rodrigo
Iterative development of the ATLAS Publication Tracking System
title Iterative development of the ATLAS Publication Tracking System
title_full Iterative development of the ATLAS Publication Tracking System
title_fullStr Iterative development of the ATLAS Publication Tracking System
title_full_unstemmed Iterative development of the ATLAS Publication Tracking System
title_short Iterative development of the ATLAS Publication Tracking System
title_sort iterative development of the atlas publication tracking system
topic Particle Physics - Experiment
url http://cds.cern.ch/record/2857890
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