In several domains, software applications have intensively used Knowledge Organization
Systems (KOS) like database schemas, ontologies, taxonomies and thesauri and their …

Abstract Knowledge Organization Systems (KOSs) are extensively used in the biomedical
domain to support information sharing between software applications. KOSs are proposed …

The continuous evolution of life science ontologies requires the adaptation of their
associated map**s. We propose two approaches for tackling this problem in a largely …

Abstract Background Knowledge Organization Systems (KOS) and their associated
map**s play a central role in several decision support systems. However, by virtue of …

The success of distributed and semantic-enabled systems relies on the use of up-to-date
ontologies and map**s between them. However, the size, quantity and dynamics of …

The highly dynamic nature of domain ontologies has a direct impact on semantic map**s
established between concepts from different ontologies. Map**s must therefore be …

Map**s between related ontologies are increasingly used to support data integration and
analysis tasks. Changes in the ontologies also require the adaptation of ontology map**s …

Map**s established between Knowledge Organization Systems (KOS) increase semantic
interoperability between biomedical information systems. However, biomedical knowledge …

Background Map**s established between life science ontologies require significant efforts
to maintain them up to date due to the size and frequent evolution of these ontologies. In …

Linked Data datasets use interlinks to connect semantically similar resources across
datasets. As datasets evolve, a resources locator can change which can cause interlinks that …