he multi-site nature of the KM3NeT neutrino observatory inthe Mediterranean Sea has influenced the development and evolution of itsacquisition control software. It is flexible and portable. The same programsare used in data-taking shore stations of neutrino telescopes as well as intesting sites for detector components at different stages of the integration.Flexibility is obtained through high modularity and tight integration withthe central database system. The software architecture can be defined as"maximally disconnected" to ensure that no "single point of failure" exists.The most recent development is dynamic resource provisioning andfailover, to automatically cope with the possible event of a hardwarefailure of one or more data taking servers or network elements.
KM3NeT Acquisition Control
Bozza, Cristiano
2019-01-01
Abstract
he multi-site nature of the KM3NeT neutrino observatory inthe Mediterranean Sea has influenced the development and evolution of itsacquisition control software. It is flexible and portable. The same programsare used in data-taking shore stations of neutrino telescopes as well as intesting sites for detector components at different stages of the integration.Flexibility is obtained through high modularity and tight integration withthe central database system. The software architecture can be defined as"maximally disconnected" to ensure that no "single point of failure" exists.The most recent development is dynamic resource provisioning andfailover, to automatically cope with the possible event of a hardwarefailure of one or more data taking servers or network elements.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
