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Supporting Web-based Scholarly Annotation
Supporting Web-based Scholarly Annotation
Supporting Web-based Scholarly Annotation
Supporting Web-based Scholarly Annotation
Supporting Web-based Scholarly Annotation
Supporting Web-based Scholarly Annotation
Supporting Web-based Scholarly Annotation
Supporting Web-based Scholarly Annotation
Supporting Web-based Scholarly Annotation
Supporting Web-based Scholarly Annotation
Supporting Web-based Scholarly Annotation
Supporting Web-based Scholarly Annotation
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Supporting Web-based Scholarly Annotation

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Presented at W3C Workshop on Annotation, 2 April 2014

Presented at W3C Workshop on Annotation, 2 April 2014

Published in: Technology
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  • 1. Supporting Web-based Scholarly Annotation Anna Gerber
  • 2. Scholarly Annotation Requirements • Citable – Including private annotations • Precise • Annotation of segments / regions • Annotate extensible list of media types e.g. text, HTML, PDF, raster images, vector images, video, audio, 3D objects, research data e.g. protein crystallography models, repositories • Annotate within dynamic web applications e.g. maps
  • 3. Scholarly Annotation Requirements • Migrate / display annotations across – Multiple copies of identical resource – Multiple representations of equivalent resource • E.g. TEI/XML rendered using different stylesheets to HTML/PDF, 3D objects at different resolutions – Multiple versions of resource • E.g. versions of web page over time, versions within a scholarly edition, pre-print vs publisher copy of journal article • Copyright concerns
  • 4. Semantic scholarly annotations • Annotate non-information resources e.g. identifiers for concepts, database entities • "Stand-off" annotation to retain integrity of original resource • Multiple targets – Particularly expressing relationship between targets • Multiple bodies/ structure content – E.g. multiple semantic tags + commentary
  • 5. Implementation concerns • Our systems use Annotea, OA – Shared generic backend, custom clients • Discoverability, sharability between systems requires agreed protocols & APIs not just shared model • Flexibility of model needs to be balanced with ease of implementation

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