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NFFA-EUROPE: Information and Data Management Repository Platform for nanoscience in Europe

Stefano Cozzini JRA3 leader CNR-IOM Italy Stefano.cozzini@iom.cnr.it. NFFA-EUROPE: Information and Data Management Repository Platform for nanoscience in Europe. LOGO of your Pilot – organisation / initiative. NFFA-EUROPE. JRA3 GOAL: setup an IDRP for the project.

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NFFA-EUROPE: Information and Data Management Repository Platform for nanoscience in Europe

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  1. Stefano Cozzini JRA3 leader CNR-IOMItaly Stefano.cozzini@iom.cnr.it NFFA-EUROPE: Information and Data Management Repository Platform for nanoscience in Europe LOGO of your Pilot – organisation / initiative

  2. NFFA-EUROPE JRA3 GOAL: setup an IDRP for the project

  3. NFFA-EUROPE IDRP Challenges • Challenges • A nanoscience community (“Bottom-up”) effort to identify/define data needs and metadata standards for nanoscience • make the NFFA data management e-infrastructures to fit with global implementation and settings of emerging data management e-infrastructures • Can we survive without ? • LACK of NFFA data management e-infrastructures will hinder TNA activities and full exploitation of the distributed facility

  4. IDRP role and pros Advantanges For TNA and users: • Standardized data access to all facilities (portal: easy-to-use) • Data is worldwide discoverable and accessible • Data from various facilities can be aggregated • Data is publishable for open access Advantages for NFFA-Europe: • Meets recommendations from e-IRG • Meets recommendations from RDA • Impact to EC and other infrastructure initiatives

  5. Why EUDAT? • Cooperation with EUDAT is obvious and natural choice. • Key point: Integrate already available data services within NFFA-EUROPE IDRP rather than developing them from scratch • Examples so far identified: • Provide data with clear identity via EUDAT services to offer the data identifiers functionality out-of-the-box • Support sharing of long tail experimental data (via B2SHARE) • Provide easy and flexible discovery of data in a central location (via B2FIND) • Explore opportunities for scalable and trusted storage and replication of raw experimental data (via B2SAFE) • These services to be integrated into the NFFA-EUROPE IDRP

  6. The expected future impact • Nano-science community shares needs and tools with other community so NFFA-IDRP could be beneficial for many of them. • A major innovation potential: • Develop a sensible data access and data reuse policy for the NFFA-EUROPE. • IDRP that supports common cases for intellectual property management like giving academic and innovation credits to researchers who collect and process experimental • Sustainable supply of persistent data identifiers should support this common business case of data reuse and intellectual property management.

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