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Mathematics Subject Classification and related schemes in the OAI framework

Mathematics Subject Classification and related schemes in the OAI framework. Antonella De Robbio, Dario Maguolo Mathematics Library – University Library System University of Padova – ITALY. Electronic Information and Communication in Mathematics Beijing, August 29-31, 2002

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Mathematics Subject Classification and related schemes in the OAI framework

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  1. Mathematics Subject Classificationand related schemes in the OAI framework Antonella De Robbio, Dario Maguolo Mathematics Library – University Library SystemUniversity of Padova – ITALY Electronic Information and Communication in Mathematics Beijing, August 29-31, 2002 A satellite conference to the ICM 2002, International Congress of Mathematicians Alberto MariniInstitute for Applied Mathematics and Information Technology – National Research Council (CNR-IMATI), Milano - ITALY

  2. Contents Subject classification • Discipline-oriented schemesin mathematics and related disciplines • The structure of classification schemes • From structure to browsing • The Scientific Classifications Page The OAI framework • Searching through personal homepages and small archives • E-print communication:tools and networking architectures • The Open Archives Initiative (OAI) • OAI compatible refereed self-archives: the EPrints software

  3. Subject classification schemes in mathematics • MSC – Mathematics Subject Classificationfor the bibliographic databases • MathSci, edited by the American Mathematical Society • Zentralblatt MATH, edited by the European Mathematical Society, the Fachinformationszentrum (FIZ) Karlsruhe, Germany and other Editorial Units all over Europe • ZDM – Zentralblatt für Didaktik der Mathematik Classification Schemefor the bibliographic database • MathDI, edited by the European Mathematical Society, FIZ Karlsruhe, and Zentrum für Didaktik der Mathematik at Karlsruhe University, in cooperation with Math Doc Cell (France)

  4. Subject classification schemes in computing and physics • CCS – Computing Classification Systemdeveloped by the Association for Computing Machinery • PACS Physics and Astronomy Classification Schemedeveloped by the American Institute of Physics • INSPEC Classification • Section A: Physics & Astronomy • Section B: Electrical & Electronic Engineering • Section C: Computer & Control • Section D: Information Technology

  5. The common structure ofsubject classification schemes • Categories: Codes and Descriptions • Main ordering relation: mono- or multihierarchical • Cross-references • Versions

  6. Classification schemes:from structure to browsing • Browsing for search or data entryin metadata repositories • Organizing knowledgein lexical databases, dictionaries, encyclopedias, surveys,digital libraries

  7. The Scientific Classification Pagehttp://www.math.unipd.it/~biblio/math/eng.htm Sections: • The Mathematics Classification Page • Mathematics Subject Classification MSC andDewey Decimal Classification DDC • Relating Scientific Subject Classifications Display modes: • Simple frame • Double view • KWIC lists of descriptions

  8. The Mathematics Classification Page MSC 2000in: • simple frame presentation • English text • Italian translation • interleaved English and Italian texts • with marks of changes from MSC 1991 • with links to subject specific pagesof relevant Websites • double view presentation • English text

  9. RelatingScientific Subject Classifications linked categoriesin double view presentation of: • ACM CCS (1998) andMSC 2000 separate KWIC lists of descriptions of: • MSC 2000 • PACS 2001 • ACM CCS (1998) – English text– English text with appended Italian text a combined KWIC list of descriptions of: • MSC 2000 and PACS 2001 • MSC 2000 andACM CCS (1998)

  10. Towards the OAI framework • The need of quick researchcommunication vs.the slow formal processof journal submission • Dissemination methods:from paper documentsto the Internet

  11. Searching through personal homepagesand small archives • The fragmented worldof ftp sites and web pages • Citeseer-Researchindex:one solution...

  12. E-print communication:tools and networking strategies • small specialized archives • arXiv: a potentially catch-all archive • single or networked institutional archives(NCSTRL, ERCIM Technical Reference Digital Library) • distributed networks connected by some interoperability protocol (RePEc, ReLIS) • umbrella servers (MPRESS) • servers connected to groups of journals • servers sponsored by commercial publishers

  13. The Open Archives Initiative Fundamental concepts and tools: • Data providers • Service providers • Search facilities for end users • Reference linking • Metadata harvesting • The OAI Protocol for Metadata Harvesting

  14. OAI compatible refereed self-archives:the EPrints software EPrints developed at the University of Southampton (UK). • Functions • Searching in the archive • Browsing the archive • User registration • Depositing an e-print • Processing a submission • Exporting metadata for OAI-compliant harvesting

  15. Conclusions The OAI framework can be integrated by archives and service providers with enriched browsing functionalities Hypertextual displays of a full network of bridges among specific subject areas can guide advanced communication activities inside mathematics and between the disciplines that live and develop with mathematics

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