Data Grids offer redundant and huge distributed storage capabilities, providing an ideal and secure place for the longterm preservation of digitized literary works and documents of artistic and historical relevance.In fact, digitization has been progressively used as a means for avoiding the loss of literary heritage on paper, caused by physical ageing and the environmental conditions in which documents are kept. Document consultation is another problem that leads to additional deterioration. Multiple copies of high resolutions scans stored in a distributed environment and made available for consultation with a easy to use interface is a means to guarantee conservation of cultural heritage. Grid authentication and authorisation mechanisms allow a finegrained access to archives by single users, groups or entire communities. Moreover, metadata services permit a structured organisation of scanned files for quick searches.Two use cases have been considered to demonstrate how grid digital libraries can guarantee enduring preservation of literary heritage: the archives of the work of Italian writer Federico De Roberto, made up of almost 8000 scans, and the musical and the musical archives of the "Civiltà Musicale Napoletana" project, made up of more than 250,000 digitizations.A working prototype of the De Roberto digital repository has been implemented on the gLibrary platform, a grid-based system to host and manage digital libraries developed by INFN Catania, on the Sicilian e-infrastructure of the COMETA consortium.
Abstract. Data Grids offer redundant and huge distributed storage capabilities, providing an ideal and secure place for the long-term preservation of digitized literary works and documents of artistic and historical relevance. In this demo, we are going to show how we deployed some digital repositories of ancient manuscripts making use of gLibrary, a grid-based system to host and manage digital libraries
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E-Infrastructures, made of high-speed networks and geographically distributed multi-domain computing and storage resources, are nowadays supporting many virtual research communities from various scientific disciplines all over the world, allowing their applications to run at a scale of complexity which allows unprecedented studies of very important multi/inter-disciplinary problems. In this chapter the authors show how such platforms can also be beneficial for arts, humanities and cultural heritage at large. Some exemplary hardware infrastructures, middleware services, and software applications will be shown, in order to provide the readers with updated information on the state of the art approaches.
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