2. 3S < 3R << nR
“it is not so much about 3S (service, social, semantics)
it is about many R” (resources)
3. 3S < 3R << nR
“it is not so much about 3S (service, social, semantics)
it is about many R” (resources)
everything is a resource (RDF)
4. 3S < 3R << nR
“it is not so much about 3S (service, social, semantics)
it is about many R” (resources)
everything is a resource (RDF)
every resource can be identified on the web (URI)
5. 3S < 3R << nR
“it is not so much about 3S (service, social, semantics)
it is about many R” (resources)
everything is a resource (RDF)
every resource can be identified on the web (URI)
every resource on the web is a ‘service’ (HTTP)
6. 3S < 3R << nR
“it is not so much about 3S (service, social, semantics)
it is about many R” (resources)
everything is a resource (RDF)
every resource can be identified on the web (URI)
every resource on the web is a ‘service’ (HTTP)
every resource representation is calculated (HTML)
7. 3S < 3R << nR
“it is not so much about 3S (service, social, semantics)
it is about many R” (resources)
everything is a resource (RDF)
every resource can be identified on the web (URI)
every resource on the web is a ‘service’ (HTTP)
every resource representation is calculated (HTML)
9. semantic web / semantic web
what semantics?
– several formalisms (RDFS, OWL, RIF, SKOS, SPARQL)
and models (ontologies, folksonomies, thesauri)
– frictions and bridges between them
10. semantic web / semantic web
what semantics?
– several formalisms (RDFS, OWL, RIF, SKOS, SPARQL)
and models (ontologies, folksonomies, thesauri)
– frictions and bridges between them
what makes an application a SW application?
– import/export data and schemas on the web
– links to other data and schemas on the web
– preferably using standards of the web
“but before all, the web is about linking”
12. linked data as an interface
• linked open data &
linked closed data (access, licenses)
13. linked data as an interface
• linked open data &
linked closed data (access, licenses)
• linked enterprise data
– link out, link in, link inside
– trust, justification, explanation certification
linked data
15. • linked open schemas &
linked closed schemas
semantics as an interface
16. • linked open schemas &
linked closed schemas
• linked enterprise schemas
– link out, link in, link inside
– trust, justification, explanation certification
semantics as an interface
linked schemas
17. linked data and schemas
as an interface between all resources
• linked open data and schemas
• linked closed data and schemas
linking
links & semantics
18. one web of linked resources
fabien gandon,
@fabien_gandon
http://fabien.info