Now showing 1 - 2 of 2
  • Publication
    DSpace-CRIS@HKU: Achieving Visibility with a CERIF Compliant Open Source System
    (2014-07-02) ;
    Mennielli, Michele
    ;
    Abstract The CRIS now at the University of Hong Kong, “HKU Scholars Hub” (the Hub), began as a means to provide visibility to HKU research, people, and their expertise. It now also acts as a tool for management, evaluation and visualization of HKU research. The expected addition of CERIF compliancy to DSpace-CRIS in May 2014, will further enhance the Hub's utility for visibility, collaboration, and benchmarking.
    Scopus© Citations 6WOS© Citations 5  96  3
  • Publication
    Regional Portal FVG: Effective Interoperability Trough DSpace-CRIS and Open Standards
    (2019)
    Trampus R.
    ;
    Piščanc J.
    ;
    ;
    Mennielli M.
    ;
    Balbi L.
    ;
    ; ;
    Demo Site Administrator
    © 2017 The Authors. Friuli-VeneziaGiulia (FVG) Regional Scientific System includes three Public Research Institutions, three Universities, four International Institutions, four Technological Parks in FVG region in North-East Italy. In 2014 the three Universities started to cooperate for a common research output inside a project named UnityFVG: United Universities-FVG. They already have 10 years experience in OA with four Institutional Repositories (DSpace/DSpace-CRIS based) and more than 100,000 Research Publications. So they decided to provide a single point of access under a new Regional Research Portal based on DSpace-CRIS. The project, with the technical support of Cineca consortium, offers a great opportunity to improve the interoperability of DSpace-CRIS based solutions. The European standard for the research domain, CERIF, is the best option to drive rich information to the portal in a standard and reusable way. A plugin/patch for DSpace will be freely available to enable data export using CERIF-XML over OAI-PMH. CERIF-XML will be available for all the main entities (People, Projects, Organizations, Journals, Conferences, Dataset, Publications and metrics). The DSpace OAI-PMH harvester will be extended to support ingestion of complex, interconnected information as provided by the CERIF-XML format. This will enable content replication between DSpace-CRIS instances and easy setup of public OA oriented portals.
    Scopus© Citations 1  3539  7