OAEI 2017 results of KEPLER

This paper presents and discusses the results produced by the alignment systems MapPSO and MapEVO for the 2011 Ontology Alignment Evaluation Initiative (OAEI).. The two

In particular, SANOM has the highest recall rate among the participated systems in the confer- ence track, and is competitive with AML, the best performing system, in terms

it can be seen that the ALIN runtime has decreased considerably with the use of the HESML API instead of the WS4J API. In the Anatomy interactive track of OAEI 2016, ALIN did not

YAM-BIO may be seen as an extension of YAM++ [5] that uses existing map- pings between multiple biomedical ontologies as background knowledge to en- hance the matching results..

The adaptations made for the evaluation were: the preprocessing of cross-references from Uberon and DOID for use in the Anatomy and Large Biomedical Ontologies tracks, due to

YAM-BIO may be seen as an extension of YAM++ [5] that uses existing map- pings between multiple biomedical ontologies as background knowledge to en- hance the matching results..

In this section, we present the results obtained by running InsMT+ on instance matching track of OAEI 2015 evaluation campaign.. 2.1 Author

The AOT and AOTL systems are designed for the ontology matching tracks in order to discover new semantic correspondences between entities of different ontologies to be