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Networking Science: Enhancing Interdisciplinary Information Systems in Mathematics and Physics

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This presentation discusses effective networking for interdisciplinary information systems, focusing on mathematics and physics. It covers the challenges of integrating specialized services, diverse interfaces, and the compilation of publications. Key topics include different classifications, search terms, and the use of metadata to improve content analysis and retrieval. The goals include the automatic generation of concordances between MSC and PACS, the comparison of automated and intellectual concordance, and the development of a distributed XML/RDF-based search system. We invite inquiries and comments.

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Networking Science: Enhancing Interdisciplinary Information Systems in Mathematics and Physics

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  1. MathNet / PhysNet Kerstin Zimmermann Institute for Science Networking Fachbereich Physik Carl von Ossietzky Universität Oldenburg IBLC-Vortrag 20.10.2000 Buchmesse Frankfurt

  2. AP 9: Fachübergreifende Informationssysteme Content Analysis,Retrieval,andMetadata:EffectiveNetworking

  3. Problemstellung • 2 fachspezifische Dienste • unterschiedliche Interfaces / Services • Zusammenstellung einer Publikation • verschiedene Classifikationen • andere Suchbegriffe

  4. Publikationen in Mathematik und Physik beinhalten Text Text Formeln Formeln Grafiken Grafiken Experimentelle Daten ... ... keywords keywords MSC PACS

  5. Beispiel: keywords Mathematik Physik Hilbert-Raum Quantenmechanik Körper-Theorie Feldtheorie

  6. 81R99 11.10.Gh 81T13 11.15.-q 11.15.Bt 81T15 11.25.Hf 81U20 11.30.-j 82B26 11.55.Bq 82D29 XML-Database of the Conkordance Tools XML-Liste doppelter Classifizierungen

  7. 19D10

  8. dc.creator rdf:type rdf:bag rdf:_1 rdf:_2 Document rdf:type rdf:type dct:Person dct:Person vCard:FN vCard: EMAIL vCard: EMAIL vCard:FN Marie marie@... Paul paul@... RDF - long example

  9. Ziele AP9 Prototyp für verteiltes, interdisziplinäres Informationssystem • automatische Generierung der Konkordanz zwischen MSC und PACS • Vergleich zwischen automatischer und interlektueller Konkordanz • verteilte XML/RDF basierte Suche • Konvertierung der SOIF Records nach RDF in XML

  10. Anregungen, Kommentare ? kerstin@physik.org Besuchen Sie unseren Stand ! AP 9 ist Teil der Sonderfördermaßnahme CARMEN im Projekt Global-Info finanziert durch das BMBF

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