Access, Discovery and Interoperability of Multi-wavelength/multi-messenger Data

F. Genova, M. Allen, C. Boisson, É. Chassande-Mottin, P. Coyle, M. V. Haarlem, A. Lawrence, M. Molinaro, E. Solano, J. Wambsganss, M. Sterzik
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引用次数: 1

Abstract

Collaboration between European teams to build the astronomical Virtual Observatory has been funded by the European Commission though a series of projects which, between 2001 and 2014, were centred on collaborative work between European teams to develop the Virtual Observatory (VO) interoperability framework. The ASTERICS cluster was a new stage for the European Virtual Observatory: the VO was identified as one possible synergy within the cluster aim “to address cross-cutting synergies and common challenges shared by the Astronomy and Astroparticle ESFRI facilities”. That synergy was addressed by ASTERICS WP4, focused on Data Access, Discovery and Interoperability. The Work Package fully met its aims to build a collaboration between VO teams and the teams from the large ESFRI and ESFRI-like facilities, to support the community in the scientific usage of the VO, and to enable technological development of VO standards and tools customized to the facility needs. The facilities use the VO standards and tools for their own needs, and some of their staff have become actors in the development of the Virtual Observatory.
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多波长/多信使数据的访问、发现和互操作性
欧洲团队之间的合作建立了天文虚拟天文台,由欧洲委员会通过一系列项目资助,这些项目在2001年至2014年期间集中在欧洲团队之间的协作工作上,以开发虚拟天文台(VO)互操作性框架。ASTERICS集群是欧洲虚拟天文台的一个新阶段:VO被确定为集群内一个可能的协同作用,旨在“解决天文学和天体粒子ESFRI设施共享的跨领域协同作用和共同挑战”。ASTERICS WP4解决了这种协同作用,重点是数据访问、发现和互操作性。该工作包完全实现了其目标,即在VO团队与来自大型ESFRI和类似ESFRI设施的团队之间建立合作,支持社区科学使用VO,并使VO标准和工具的技术开发能够满足设施需求。这些设施使用虚拟天文台的标准和工具来满足自己的需要,其中一些工作人员已成为虚拟天文台发展的参与者。
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