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Steps Toward a Globally Distributed Mathematics Library

Steps Toward a Globally Distributed Mathematics Library . The University of Michigan Experience Sara Rutter March 18, 2002. Overview. Selecting and digitizing the books Linking the collection to an interoperable distributed digital library of mathematical monographs.

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Steps Toward a Globally Distributed Mathematics Library

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  1. Steps Toward a Globally Distributed Mathematics Library The University of Michigan Experience Sara Rutter March 18, 2002

  2. Overview • Selecting and digitizing the books • Linking the collection to an interoperable distributed digital library of mathematical monographs

  3. Background Digital Landscape (late 1998) • Cornell Historic Math Book Collection • Jahrbuch Project • Linking from Mathscinet to journal articles • Making of America Project at the University of Michigan

  4. Local Conditions • Strong collection of 19th century mathematics monographs at UM • Mathematicians, philosophy researchers, needed to use historical mathematics books • Mass deacidification project, pizza box project

  5. Proposal • Scan/digitize and OCR, crumbling books • Focus on non-Euclidean geometry; grow out from that center • Capture important time in mathematics

  6. Bibliographies Used • D.M. Y. Sommerville’s Bibliography of Non-Euclidean Geometry, 2nd ed. • George Halsted’s Bibliography of Hyper-Space and Non-Euclidean Geometry, American Journal of Mathematics 1(1878)

  7. Grand Scheme • Digitize as many of the core works in the bibliographies as possible • Create/show intellectual links; make connections • Link to the Jahrbuch • Link to the Catalogue of scientific papers (when digitized)

  8. Access and Preservation • Provide access to content often difficult to access because of physical condition, location • Preserve content in a way that will enhance scholarly productivity

  9. Selection Process • File extracted from online catalog of mathematics monographs with publishing dates between 1800-1925 • Selected works with connection to development of non-Euclidean geometry • Shared list with faculty within UM and with other interested scholars

  10. Digitizing • Find the books • Communicate with remote storage facility • Cataloging • Inspect each book • NSF-MATH reformatting staff

  11. Criteria • Held by the University of Michigan Library • Published between 1800 to 1923 • Brittle • Not digitized by Cornell or Goettingen • Works of mathematicians who contributed to development of non-Euclidean geometry

  12. University of Michigan Historical Mathematics Collectionhttp://www.hti.umich.edu/u/umhistmath/

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