LC 00511: verschil tussen versies
Geen bewerkingssamenvatting |
Geen bewerkingssamenvatting |
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| Regel 1: | Regel 1: | ||
Knowing-how knowledge (expertise, behavior and (non-)human activities) and worldviews of people acting in particular situations can be described and assessed with EM<sub>ont</sub>. EM<sub>ont</sub> consists of modeling elements, i.e., concepts and relations, which will be introduced shortly with the help of the fictitious and simplified situation of people counteracting a flooding disaster. In the section on applications, advanced modeling concepts are presented in the form of reusable patterns that can be adapted for modeling realistic situations. | |||
The ontology is presented with the help of concept maps, a visual notation for relating concepts. As such, a concept map can be regarded as the visual counterpart of the fundamental semantic web proposition: ''subject —predicate→ object'' (see the Saint Nicolas and Black Peter concept map for an example at {{Internal link|link=LC 00528|name=Semantic Web|dialog=process-linkpage-dialog}}). | |||
<accesscontrol>Access:We got to move</accesscontrol> | |||
{{LC Book config}} | {{LC Book config}} | ||
{{Light Context | {{Light Context | ||
| Regel 12: | Regel 16: | ||
|Show title=Ja | |Show title=Ja | ||
|EMM access control=Access:We got to move, | |EMM access control=Access:We got to move, | ||
}} | }} | ||
{{LC Book additional | {{LC Book additional | ||
|Preparatory reading= | |Preparatory reading= | ||
|Continue reading= | |Continue reading= | ||
}} | }} | ||
Versie van 29 mei 2020 10:00
Knowing-how knowledge (expertise, behavior and (non-)human activities) and worldviews of people acting in particular situations can be described and assessed with EMont. EMont consists of modeling elements, i.e., concepts and relations, which will be introduced shortly with the help of the fictitious and simplified situation of people counteracting a flooding disaster. In the section on applications, advanced modeling concepts are presented in the form of reusable patterns that can be adapted for modeling realistic situations.
The ontology is presented with the help of concept maps, a visual notation for relating concepts. As such, a concept map can be regarded as the visual counterpart of the fundamental semantic web proposition: subject —predicate→ object (see the Saint Nicolas and Black Peter concept map for an example at Semantic Web).
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Hier wordt aan gewerkt of naar verwezen door: Mutual Understanding and Shared Meaning, Social Innovation Applications