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- 101 type InProceedings.
- 101 label "Produce and Consume Linked Data with Drupal!".
- 101 sameAs 101.
- 101 abstract "Currently a large number of Web sites are driven by Content Management Systems (CMS) which manage textual and multimedia content but also - inherently - carry valuable information about a site's structure and content model. Exposing this structured information to the Web of Data has so far required considerable expertise in RDF and OWL modelling and additional programming effort. In this paper we tackle one of the most popular CMS: Drupal. We enable site administrators to export their site content model and data to the Web of Data without requiring extensive knowledge on Semantic Web technologies. Our modules create RDFa annotations and -- optionally -- a SPARQL endpoint for any Drupal site out of the box. Likewise, we add the means to map the site data to existing ontologies on the Web with a search interface to find commonly used ontology terms. We also allow a Drupal site administrator to include existing RDF data from remote SPARQL endpoints on the Web in the site. When brought together, these features allow networked RDF Drupal sites that reuse and enrich Linked Data. We finally discuss the adoption of our modules and report on a use case in the biomedical field and the current status of its deployment.".
- 101 hasAuthorList authorList.
- 101 hasTopic Semantic_Web.
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- 101 title "Produce and Consume Linked Data with Drupal!".
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- item-1 hasContent stephane-corlosquet.
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- item-2 hasContent renaud-delbru.
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- item-5 hasContent stefan-decker.
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- 104 creator antoine-isaac.
- 104 creator dirk-kramer.
- 104 creator johan-stapel.
- 104 creator lourens-van-der-meij.
- 104 creator shenghui-wang.
- 104 creator stefan-schlobach.
- 104 type InProceedings.
- 104 label "Vocabulary Matching for Book Indexing Suggestion in Linked Libraries -- A Prototype Implementation & Evaluation".
- 104 sameAs 104.
- 104 abstract "In this paper, we report on a technology-transfer effort on using the Semantic Web (SW) technologies, esp. ontology matching, for solving a real-life library problem: book subject indexing. Our purpose is to streamline one library's book description process by suggesting new subjects based on descriptions created by other institutions, even when the vocabularies used are different. The case at hand concerns the National Library of the Netherlands (KB) and the network of Dutch local public libraries. We present a prototype subject suggestion tool, which is directly connected to the KB production cataloguing environment. We also report on the results of a user study and evaluation to assess the feasibility of exploiting state-of-the art techniques in such a real-life application. Our prototype demonstrates that SW components can be seamlessly plugged into the KB production environment, which potentially brings a higher level of flexibility and openness to networked Cultural Heritage (CH) institutions. Technical hurdles can be tackled and the suggested subjects are often relevant, opening up exciting new perspectives on the daily work of the KB. However, the general performance level should be made higher to warrant seamless embedding in the production environmentnotably by considering more contextual metadata for the suggestion process.".
- 104 hasAuthorList authorList.
- 104 hasTopic Semantic_Web.
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- 104 title "Vocabulary Matching for Book Indexing Suggestion in Linked Libraries -- A Prototype Implementation & Evaluation".
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- item-1 hasContent antoine-isaac.
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- 141 creator daniel-elenius.
- 141 creator david-martin.
- 141 creator grit-denker.
- 141 creator reginald-ford.
- 141 type InProceedings.
- 141 label "Reasoning about Resources and Hierarchical Tasks Using OWL and SWRL".
- 141 sameAs 141.
- 141 abstract "Military training and testing events are highly complex affairs, potentially involving dozens of legacy systems that need to interoperate in a meaningful way. There are superficial interoperability concerns (such as two systems not sharing the same messaging formats), but also substantive problems such as different systems not sharing the same understanding of the terrain, positions of entities, and so forth. We describe our approach to facilitating such events: describe the systems and requirements in great detail using ontologies, and use automated reasoning to automatically find and help resolve problems. The complexity of our problem took us to the limits of what one can do with OWL, and we needed to introduce some innovative techniques of using and extending it. We describe our novel ways of using SWRL and discuss its limitations as well as extensions to it that we found necessary or desirable. Another innovation is our representation of hierarchical tasks in OWL, and an engine that reasons about them. Our task ontology has proved to be a very flexible and expressive framework to describe requirements on resources and their capabilities in order to achieve some purpose.".
- 141 hasAuthorList authorList.
- 141 hasTopic Semantic_Web.
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- 141 title "Reasoning about Resources and Hierarchical Tasks Using OWL and SWRL".
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- item-1 hasContent daniel-elenius.
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