- From: トーレ エリクソン <tore.eriksson@po.rd.taisho.co.jp>
- Date: Tue, 31 Jul 2012 08:38:18 +0900
- To: Hugh Glaser <hg@ecs.soton.ac.uk>
- Cc: Melvin Carvalho <melvincarvalho@gmail.com>, Natasa Bulatovic <bulatovic@mpdl.mpg.de>, "<semantic-web@w3.org>" <semantic-web@w3.org>
Hugh Glaser wrote: > With respect to naming triples, at first sight it seems to me there is > a perfectly sensible way of doing it, as I described in an earlier > message. There is no need to describe a language for encoding the whole > triple a unique URI for the edge uniquely identifies the triple, and > seems quite natural. > This URI can then be subPropertyOf whatever it would have been in the > general form. > So we have gained identifiers for triples for the possible maximum cost > of one extra subPropertyOf triple for each triple to be identified. > And now RDF can be used to make statements about each triple (edge), and > I can do it all in Linked Data. > > This doesn't immediately solve the same thing as Named Graphs, where > groups of triples/edges needed to be identified. > But can't the edges be gathered into Classes? > And with multiple inheritance, you can have arbitrary membership of > Classes by any edge, giving much more power than simple Named Graphs, > where triples/edges can only be members of one graph? [snip] > Is there anything technically wrong with what I am describing? I find this solution quite intriguing as well. It would be easier to implement if RDF were to allow blank nodes in the predicate position. Tore Eriksson _______________________________________________________________ <> [ rdfs:subPropertyOf dc:creator ] [ foaf:name "Tore Eriksson", "トーレ エリクソン"@jp; foaf:mbox_sha1sum "2bd9291b301f112775e118f96eb63314594b1a86"; foaf:workplaceHomepage <http://www.taisho.co.jp/> ].
Received on Monday, 30 July 2012 23:39:55 UTC