The University of Lincoln and Cambridge University Library both delivered successful projects (Jerome1 and COMET2) for the JISC Infrastructure for Resource Discovery Programme in 2011. This is a proposal for the continuation of and elaboration upon the work of both projects, via a programme of development work shared between the two institutions. Throughout both projects (COMET-Jerome), parallel approaches in technology and data structure were noted and commented upon. A ‘mash day’ workshop event held in Cambridge in August3 aimed to explore these differences as well as areas of potential synergy. Here project members identified several points of interest to take forward. Both projects produced outputs of interest to researchers, students, librarians, developers, and designers of bibliographic discovery environments. The CLOCK project will harness the success of these two complementary initiatives and investigate new approaches to data creation and discovery in the library domain. In particular, it will investigate, propose, and develop new, web-based bibliographic tools/APIs which will make it easier for developers, academic libraries and library end-users (esp. researchers) to find Open Bibliographic Data and incorporate that data into systems and workflows. This project is an opportunity to [1] exploit through real-world applications the significant amount of data released openly by Cambridge University Library; [2] apply the Jerome database architecture, iterative development methodology, and API framework to a bibliographic dataset an order of magnitude greater than the University of Lincoln’s; and [3] to build and enable a new set of tools and demonstrator services which will enable the future development of public Open Bib Data web applications of practical utility to libraries and end-users.

Cambridge-Lincoln Open Catalogue Knowledgebase (CLOCK)

The University of Lincoln and Cambridge University Library both delivered successful projects (Jerome1 and COMET2) for the JISC Infrastructure for Resource Discovery Programme in 2011. This is a proposal for the continuation of and elaboration upon the work of both projects, via a programme of development work shared between the two institutions.

Throughout both projects (COMET-Jerome), parallel approaches in technology and data structure were noted and commented upon. A ‘mash day’ workshop event held in Cambridge in August3 aimed to explore these differences as well as areas of potential synergy. Here project members identified several points of interest to take forward.
Both projects produced outputs of interest to researchers, students, librarians, developers, and designers of bibliographic discovery environments. The CLOCK project will harness the success of these two complementary initiatives and investigate new approaches to data creation and discovery in the library domain. In particular, it will investigate, propose, and develop new, web-based bibliographic tools/APIs which will make it easier for developers, academic libraries and library end-users (esp. researchers) to find Open Bibliographic Data and incorporate that data into systems and workflows. This project is an opportunity to [1] exploit through real-world applications the significant amount of data released openly by Cambridge University Library; [2] apply the Jerome database architecture, iterative development methodology, and API framework to a bibliographic dataset an order of magnitude greater than the University of Lincoln’s; and [3] to build and enable a new set of tools and demonstrator services which will enable the future development of public Open Bib Data web applications of practical utility to libraries and end-users.

Project Staff

Project Manager
  • Paul Stainthorp, University of Lincoln
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Summary
Start date
1 December 2011
End date
31 July 2012
Funding programme
Digital infrastructure: Information and library infrastructure programme
Strand
Information and library infrastructure: Resource discovery
Project website
Lead institutions

University of Lincoln

Partner institutions
University of Cambridge
Owen Stephens Consulting
Topic