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- 414 creator christian-halaschek-wiener.
- 414 creator mark-a-musen.
- 414 creator martin-j-oconnor.
- 414 type InProceedings.
- 414 label "Mapping Master: a Flexible Approach for Mapping Spreadsheets to OWL".
- 414 sameAs 414.
- 414 abstract "We describe a mapping language for converting data contained in spreadsheets into the Web Ontology Language (OWL). The developed language, called M2, overcomes shortcomings with existing mapping techniques, including their restriction to well-formed spreadsheets reminiscent of a single relational database table and verbose syntax for expressing mapping rules when transforming spreadsheet contents into OWL. The M2 language provides expressive, yet concise mechanisms to create both individual and class axioms when generating OWL ontologies. We additionally present an implementation of the mapping approach, Mapping Master, which is available as a plug-in for the Protege ontology editor.".
- 414 hasAuthorList authorList.
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- 414 keyword "semantic web".
- 414 title "Mapping Master: a Flexible Approach for Mapping Spreadsheets to OWL".
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- 419 creator anita-burgun.
- 419 creator annabel-bourde.
- 419 creator marc-cuggia.
- 419 creator oussama-zekri.
- 419 creator paolo-besana.
- 419 type InProceedings.
- 419 label "Using Semantic Web technologies for Clinical Trial Recruitment".
- 419 sameAs 419.
- 419 abstract "Clinical trials are fundamental for medical science: they provide the evaluation for new treatments and new diagnostic approaches. One of the most difficult parts of clinical trials is the recruitment of patients: many trials fail due to lack of participants. Recruitment is done by matching the eligibility criteria of trials to patient conditions. This is usually done manually, but both the large number of active trials and the lack of time available for matching keep the recruitment ratio low. In this paper we present a method, entirely based on standard semantic web technologies and tool, that allows the automatic recruitment of a patient to the available clinical trials. We use a domain specific ontology to represent data from patients' health records and we use SWRL to verify the eligibility of patients to clinical trials.".
- 419 hasAuthorList authorList.
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- 419 title "Using Semantic Web technologies for Clinical Trial Recruitment".
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- item-1 hasContent paolo-besana.
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- 421 creator asuncion-gomez-perez.
- 421 creator bert-bredeweg.
- 421 creator esther-lozano.
- 421 creator jochem-liem.
- 421 creator jorge-gracia.
- 421 creator michal-trna.
- 421 creator oscar-corcho.
- 421 type InProceedings.
- 421 label "Semantic Techniques for Enabling Knowledge Reuse in Conceptual Modelling".
- 421 sameAs 421.
- 421 abstract "Conceptual modelling tools allow users to construct formal representations of their conceptualisations. These models are typically developed in isolation, unrelated to other user models, thus losing the opportunity of incorporating knowledge from other existing models or ontologies that might enrich the modelling process. We propose to apply Semantic Web techniques to the context of conceptual modelling (more particularly to the domain of qualitative reasoning), to smoothly interconnect conceptual models created by different users, thus facilitating the global sharing of scientific data contained in such models and creating new learning opportunities for people who start modelling. This paper describes how semantic grounding techniques can be used during the creation of qualitative reasoning models, to bridge the gap between the imprecise user terminology and a well defined external common vocabulary. We also explore the application of ontology matching techniques between models, which can provide valuable feedback during the model construction process.".
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- item-1 hasContent jorge-gracia.
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