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- item-3 hasContent elena-beisswanger.
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- 37 creator aman-shakya.
- 37 creator hideaki-takeda.
- 37 creator vilas-wuwongse.
- 37 type InProceedings.
- 37 label "Consolidating User-defined Concepts with StYLiD".
- 37 sameAs 37.
- 37 abstract "Information sharing can be effective with structured data. However, there are several challenges for having structured data on the web. Creating structured concept definitions is difficult and multiple conceptualizations may exist due to different user requirements and preferences. We propose consolidating multiple concept definitions into a unified virtual concept. We have implemented a system called StYLiD to realize this. StYLiD is a social software for sharing a wide variety of structured data. Users can freely define their own structured concepts. Attributes of the multiple concept versions are aligned semi-automatically to provide a unified view. It provides a flexible interface for easy concept definition and data contribution. Popular concepts gradually emerge from the cloud of concepts while concepts evolve incrementally. StYLiD also supports linked data by interlinking data instances including external resources like Wikipedia.".
- 37 hasAuthorList authorList.
- 37 isPartOf poster_demo_proceedings.
- 37 keyword "Structured data".
- 37 keyword "concept consolidation".
- 37 keyword "information sharing".
- 37 keyword "linked data".
- 37 keyword "social Semantic Web".
- 37 title "Consolidating User-defined Concepts with StYLiD".
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- 38 creator carlo-allocca.
- 38 creator enrico-motta.
- 38 creator mathieu-daquin.
- 38 type InProceedings.
- 38 label "Finding Equivalent Ontologies in Watson".
- 38 sameAs 38.
- 38 abstract "We present an efficient mechanism for finding equivalent ontologies motivated by the development of the Semantic Web search engine Watson. In principle, it computes a canonical form for the ontologies, which can then be compared syntactically to assess semantic equivalence. The advantage of using this method is that the canonical form can be indexed by the search engine, reducing the search for equivalent ontologies to a usual text search operation using the canonical form. This method is therefore more suitable for a search engine like Watson than the naive comparison of all possible candidate pairs of ontologies using a reasoner.".
- 38 hasAuthorList authorList.
- 38 isPartOf poster_demo_proceedings.
- 38 keyword "Canonical Form".
- 38 keyword "Ontology Relation".
- 38 keyword "Semantic Equivalence".
- 38 keyword "Semantic Web Search Engine".
- 38 title "Finding Equivalent Ontologies in Watson".
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- item-1 hasContent carlo-allocca.
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- 39 creator daniel-olmedilla.
- 39 creator jose-julio-alferes.
- 39 creator philipp-kaerger.
- 39 creator ricardo-amador.
- 39 type InProceedings.
- 39 label "Towards Reactive Semantic Web Policies: Advanced Agent Control for the Semantic Web".
- 39 sameAs 39.
- 39 abstract "The Semantic Web envisions a distributed environment with well-defined data that can be understood and used by machines in order to, among others, allow intelligent agents to automatically perform tasks on our behalf. In the past, different Semantic Web policy languages have been developed as a powerful means to describe a system's behavior by defining statements about how the system must behave under certain conditions. With the growing dynamics of the Semantic Web the need for a reactive control based on changing and evolving situations arises. This paper presents preliminary results towards a framework for the specification and enforcement of reactive Semantic Web policies, which can be used in order to allow agents to automatically perform advanced and powerful tasks, which can neither be addressed by existing Semantic Web policy languages nor by recent efforts towards reactivity on the Semantic Web.".
- 39 hasAuthorList authorList.
- 39 isPartOf poster_demo_proceedings.
- 39 keyword "Reactive Policies".
- 39 keyword "Reactivity".
- 39 keyword "Semantic Web Policies".
- 39 title "Towards Reactive Semantic Web Policies: Advanced Agent Control for the Semantic Web".
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- item-1 hasContent jose-julio-alferes.
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