Table 1.
Examples of events recorded in the SLA-IDF network database.
Fig 1.
Core module of the OntoPaRON ontology.
High-level concepts, such as ‘abstract objects’ and ‘ideal objects’, are presented in this module, together with concepts defined as high-level.
Fig 2.
Overview of the OntoPaRON concept inheritance diagram.
Overview of the inheritance diagram of the OntoPaRON concept and the corresponding URIs. The arrows point in the direction of the modules that perform the import. Thus, the ontologies of the domain (ontoparonmed: medical ontology, ontoparonsoc: socio-environmental ontology; ontoparoncoord: coordination ontology) import the core ontology. In the same way OntoPaRON ontology imports each of the ontologies of the domain and by inference the core ontology.
Table 2.
Metrics of the OntoPaRON ontology modules.
Fig 3.
Fully defined concepts in OntoPaRON.
Partial screenshot of the high-level concepts of OntoPaRON present in the core module. All the concepts present in each of the modules having the relation thematic concept of exhaustion are inferred under the fully defined concept ‘field of exhaustion’.
Table 3.
OntoPaRON alignments with terminological/ontological resources presents in HeTop.
Fig 4.
Partial screenshot of the assessment tool used by experts in the field to evaluate each of the annotations made by OnBaSAM.
Table 4.
Socio-demographic data of the study population.
Table 5.
Semantic annotation of fully defined concepts.
Table 6.
Association between fully defined concepts and clinical variables asses by linear regression model.
Table 7.
Semantic annotation of fully defined concepts in the coordination ontology.
Table 8.
Requests and searches for healthcare professionals.