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Zapilko, B.: InFoLiS (2017)
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- Abstract
- Die von der DFG geförderte InFoLiS-Projektreihe wurde dieses Jahr erfolgreich abgeschlossen. Die Projekte wurden von GESIS - Leibniz-Institut für Sozialwissenschaften, der Universitätsbibliothek Mannheim und der Hochschule der Medien Stuttgart durchgeführt. Ziel der Projekte InFoLiS I und InFoLiS II war die Entwicklung von Verfahren zur Verknüpfung von Forschungsdaten und Literatur. Diese Verknüpfung kann einen erheblichen Mehrwert für Recherchesystem in Informationsinfrastrukturen wie Bibliotheken und Forschungsdatenzentren für die Recherche der Nutzerinnen und Nutzer darstellen. Die Projektergebnisse im Einzelnen sind: - Entwicklung von Verfahren für die automatische Verknüpfung von Publikationen und Forschungsdaten - Integration dieser Verknüpfungen in die Recherchesysteme der Projektpartner - Automatische Verschlagwortung von Forschungsdaten - Überführung der entwickelten Verfahren in eine Linked Open Data-basierte nachnutzbare Infrastruktur mit Webservices und APIs - Anwendung der Verfahren auf einer disziplinübergreifenden und mehrsprachigen Datenbasis - Nachnutzbarkeit der Links durch die Verwendung einer Forschungsdatenontologie Weitere Informationen finden sich auf der Projekthomepage [http://infolis.github.io/]. Sämtliche Projektergebnisse inklusive Quellcode stehen Open Source auf unserer GitHub-Seite [http://www.github.com/infolis/] für eine Nachnutzung zur Verfügung. Bei Interesse an einer Nachnutzung oder Weiterentwicklung Kontakt-E-Mail (benjamin.zapilko@gesis.org<mailto:benjamin.zapilko@gesis.org>).
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Place, E.: Internationale Zusammenarbeit bei Internet Subject Gateways (1999)
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- Date
- 22. 6.2002 19:35:09
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Severiens, T.; Hohlfeld, M.; Zimmermann, K.; Hilf, E.R.: PhysDoc - a distributed network of physics institutions documents : collecting, indexing, and searching high quality documents by using harvest (2000)
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- Abstract
- PhysNet offers online services that enable a physicist to keep in touch with the worldwide physics community and to receive all information he or she may need. In addition to being of great value to physicists, these services are practical examples of the use of modern methods of digital libraries, in particular the use of metadata harvesting. One service is PhysDoc. This consists of a Harvest-based online information broker- and gatherer-network, which harvests information from the local web-servers of professional physics institutions worldwide (mostly in Europe and USA so far). PhysDoc focuses on scientific information posted by the individual scientist at his local server, such as documents, publications, reports, publication lists, and lists of links to documents. All rights are reserved for the authors who are responsible for the content and quality of their documents. PhysDis is an analogous service but specifically for university theses, with their dual requirements of examination work and publication. The strategy is to select high quality sites containing metadata. We report here on the present status of PhysNet, our experience in operating it, and the development of its usage. To continuously involve authors, research groups, and national societies is considered crucial for a future stable service.
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EuropeanaTech and Multilinguality : Issue 1 of EuropeanaTech Insight (2015)
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- Abstract
- Welcome to the very first issue of EuropeanaTech Insight, a multimedia publication about research and development within the EuropeanaTech community. EuropeanaTech is a very active community. It spans all of Europe and is made up of technical experts from the various disciplines within digital cultural heritage. At any given moment, members can be found presenting their work in project meetings, seminars and conferences around the world. Now, through EuropeanaTech Insight, we can share that inspiring work with the whole community. In our first three issues, we're showcasing topics discussed at the EuropeanaTech 2015 Conference, an exciting event that gave rise to lots of innovative ideas and fruitful conversations on the themes of data quality, data modelling, open data, data re-use, multilingualism and discovery. Welcome, bienvenue, bienvenido, Välkommen, Tervetuloa to the first Issue of EuropeanaTech Insight. Are we talking your language? No? Well I can guarantee you Europeana is. One of the European Union's great beauties and strengths is its diversity. That diversity is perhaps most evident in the 24 different languages spoken in the EU. Making it possible for all European citizens to easily and seamlessly communicate in their native language with others who do not speak that language is a huge technical undertaking. Translating documents, news, speeches and historical texts was once exclusively done manually. Clearly, that takes a huge amount of time and resources and means that not everything can be translated... However, with the advances in machine and automatic translation, it's becoming more possible to provide instant and pretty accurate translations. Europeana provides access to over 40 million digitised cultural heritage offering content in over 33 languages. But what value does Europeana provide if people can only find results in their native language? None. That's why the EuropeanaTech community is collectively working towards making it more possible for everyone to discover our collections in their native language. In this issue of EuropeanaTech Insight, we hear from community members who are making great strides in machine translation and enrichment tools to help improve not only access to data, but also how we retrieve, browse and understand it.
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Blosser, J.; Michaelson, R.; Routh. R.; Xia, P.: Defining the landscape of Web resources : Concluding Report of the BAER Web Resources Sub-Group (2000)
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- Date
- 21. 4.2002 10:22:31
