CS AKTive Space: Representing Computer Science in the Semantic Web. schraefel, Shadbolt, N. R., Gibbins, N., Glaser, H., & Harris, S. In World Wide Web Conference 2004, pages 384--392, 2004.
CS AKTive Space: Representing Computer Science in the Semantic Web [link]Paper  abstract   bibtex   
We present a Semantic Web application that we call CS AKTive- Space. The application exploits a wide range of semantically heterogeneous and distributed content relating to Computer Science research in the UK. This content is gathered on a continuous basis using a variety of methods including harvesting and scraping as well as adopting a range models for content acquisition. The content currently comprises around ten million RDF triples and we have developed storage, retrieval and maintenance methods to support its management. The content is mediated through an ontology constructed for the application domain and incorporates components from other published ontologies. CS AKTiveSpace supports the exploration of patterns and implications inherent in the content and exploits a variety of visualisations and multi dimensional representations. Knowledge services supported in the application include investigating communities of practice: who is working, researching or publishing with whom. This work illustrates a number of substantial challenges for the Semantic Web. These include problems of referential integrity, tractable inference and interaction support. We review our approaches to these issues and discuss relevant related work.
@inproceedings{ ecs9084,
  author = { schraefel and Nigel R. Shadbolt and Nicholas Gibbins and Hugh Glaser and Stephen Harris},
  title = {CS AKTive Space: Representing Computer Science in the Semantic Web},
  abstract = {We present a Semantic Web application that we call CS AKTive- Space. The application exploits a wide range of semantically heterogeneous and distributed content relating to Computer Science research in the UK. This content is gathered on a continuous basis using a variety of methods including harvesting and scraping as well as adopting a range models for content acquisition. The content currently comprises around ten million RDF triples and we have developed storage, retrieval and maintenance methods to support its management. The content is mediated through an ontology constructed for the application domain and incorporates components from other published ontologies. CS AKTiveSpace supports the exploration of patterns and implications inherent in the content and exploits a variety of visualisations and multi dimensional representations. Knowledge services supported in the application include investigating communities of practice: who is working, researching or publishing with whom. This work illustrates a number of substantial challenges for the Semantic Web. These include problems of referential integrity, tractable inference and interaction support. We review our approaches to these issues and discuss relevant related work.},
  booktitle = {World Wide Web Conference 2004},
  pages = {384--392},
  url = {http://eprints.ecs.soton.ac.uk/9084/},
  year = {2004}
}

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