The trans-national access in FP7 and H2020: A tool for sensor testing, observing system validation and collaborative research

S. Sparnocchia, P. Farcy, E. Delory
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引用次数: 1

Abstract

In the framework of the FP7 and H2020 European calls for infrastructure integrating activities, a significant role is ascribed to transnational access. The integrated infrastructures should be open, in a collaborative way, to offer free access to user teams other than the internal ones. In this context, JERICO and FixO3 are infrastructure projects which propose access to coastal or open-ocean observatories such as buoys, piles, gliders, ferrybox, underwater observatories and ocean sensor calibration facilities. Through the transnational access, user groups, including non-European members, have the opportunity to establish scientific collaborations with the access providers, in an international framework. Besides being an opportunity for scientists, e.g. to collect new observations or test new methodologies, the transnational access offers also in-situ bench marks to industry and academy for testing prototypes and/or adapting existing instrumentation to new targeted uses. This paper sums up the main concepts of access in European integrated infrastructure projects and examples from JERICO and FixO3 projects.
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FP7和H2020中的跨国访问:传感器测试,观测系统验证和合作研究的工具
在FP7和H2020框架下,欧洲呼吁基础设施整合活动,跨国准入发挥了重要作用。集成的基础设施应该以协作的方式开放,向用户团队(而不是内部团队)提供免费访问。在这种情况下,JERICO和FixO3是基础设施项目,建议使用沿海或公海观测站,如浮标、桩、滑翔机、渡轮箱、水下观测站和海洋传感器校准设施。通过跨国获取,包括非欧洲成员在内的用户群体有机会在国际框架内与获取提供者建立科学合作。除了为科学家提供机会,例如收集新的观察结果或测试新的方法外,跨国访问还为工业和学院提供了原位基准,用于测试原型和/或使现有仪器适应新的目标用途。本文总结了欧洲综合基础设施项目中接入的主要概念,并以JERICO和FixO3项目为例。
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