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- 17 creator gianni-vercelli.
- 17 creator marta-gonzalez.
- 17 creator stefano-bianchi.
- 17 type InProceedings.
- 17 label "Semantic framework for complex knowledge domains".
- 17 sameAs 17.
- 17 abstract "Large amounts of scientific digital contents, potentially available for public sharing and reuse, are nowadays held by scientific and cultural institutions which institutionally collect, produce and store information valuable for dissemination, work, study and research. Semantic technology offers to these stakeholders the possibility to integrate dispersed heterogeneous yet related resources and to build value-added sharing services (overcoming barriers such as knowledge domain complexity, different classification, languages, data formats and localization) by exploiting knowledge formalisation and semantic annotation. Applications in real cases are anyway often hampered by difficulties related to the proper formalization of scientific knowledge domains (ontology engineering) and the description of contents (semantic annotation). Difficulties that become even more relevant when dealing with complex knowledge domains (vast domain + certain level of dynamicity) that formalize heterogeneous resources coming from scattered sources. This paper illustrates the lessons learnt in applying the Semantic Web specifications to support content management and sharing in scientific complex knowledge domains using mixed - formal/informal - annotation and ontology learning approaches to overcome the difficulties posed by dealing with complex knowledge domains such as the aquatic domain.".
- 17 hasAuthorList authorList.
- 17 isPartOf poster_demo_proceedings.
- 17 keyword "Hierarchical free tags".
- 17 keyword "Mixed annotation".
- 17 keyword "Ontology learning".
- 17 keyword "Ontology merging".
- 17 keyword "Semantic services".
- 17 title "Semantic framework for complex knowledge domains".