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SCI-BUS

SCIENTIFIC GATEWAY BASED USER SUPPORT

Abstract: SCI-BUS will create a generic-purpose gateway technology as a toolset to provide seamless access to major computing, data and networking infrastructures and services in Europe including clusters, supercomputers, grids, desktop grids, academic and commercial clouds. SCI-BUS will elaborate an application-specific gateway building technology and customisation methodology based on which user communities can easily develop their own customised gateways. SCI-BUS will use the gateway technology and customization methodology to create 11 application-specific gateways customized for various types of user communities (represented in the project) and to provide gateway services for these communities including astrophysics, seismology, helio-physics, bio-science, computational chemistry, biomedical communities, PireGrid SMEs. community, Blender community, citizens. web-2 community, DCI application developer community, business process modeling community. SCI-BUS will establish production gateway services for the represented user communities and will attract further user communities by training and by other forms of disseminations activities. SCI-BUS will use the established production customized gateways as best-practice case studies based on which other communities can build their own customized gateway. SCI-BUS will provide gateway development, operation and maintenance support for the new communities to build and operate their own customized gateways. SCI-BUS will provide user support for application developers and end-users to develop and run new DCI applications based on the developed gateways. SCI-BUS will develop business models to enable the commercial exploitation of the developed technologies and to guarantee the sustainability of the gateway services developed in the project.

Dettagli tecnici.

Struttura: INAF OACt
Bando: FP7-INFRA-2011 - 1.2.1
Riferimento: contratto n. 283481
Inizio: 1-10-2011
Durata: 48 mesi
Coordinamento: MTA SZTAKI COMPUTER AND AUTOMATION RESEARCH INSTITUTE-HUNGARIAN ACADEMY OF SCIENCES

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Il 13 aprile 2026 l’ESO ha tenuto la riunione di avvio dello studio di fattibilità per una nuova generazione di ricevitori ALMA europei che coprono la banda 125–211 GHz (ESO-654032) presso la sede dell’INAF-OAS a Bologna, "Partendo dall'esperienza della banda 2, vorremmo gettare le basi per un ulteriore passo avanti nello sviluppo di ricevitori per ALMA", dice Fabrizio Villa dell’INAF di Bologna

Il 13 aprile 2026 l’ESO ha tenuto la riunione di avvio dello studio di fattibilità per una nuova generazione di ricevitori ALMA europei che coprono la banda 125–211 GHz (ESO-654032) presso la sede dell’INAF-OAS a Bologna, "Partendo dall'esperienza della banda 2, vorremmo gettare le basi per un ulteriore passo avanti nello sviluppo di ricevitori per ALMA", dice Fabrizio Villa dell’INAF di Bologna