- From: Peter Crowther <peter.crowther@networkinference.com>
- Date: Thu, 29 Nov 2001 18:13:15 -0000
- To: "'Seth Russell'" <seth@robustai.net>
- Cc: www-rdf-logic@w3.org
[Removed SUO list from CC:] > From: Seth Russell [mailto:seth@robustai.net] > > From: "Jeen Broekstra" <jbroeks@cs.vu.nl> > > On Thu, 29 Nov 2001 Joachim.Peer@unisg.ch wrote: [...] > > > it would be cool to be able to "upgrade" software agents > > > simply be importing an extension module which (in your > > > case) could contain: > > > - a number of RDF triples (representing axioms of a higher > > > level ontology schema like daml+oil) > > > - a number of RQL queries, that provide some kind of > > > inference patterns. [...] > > I am also unsure whether this idea of flexible addition of > > expressivity is feasible at all. The problem to me seems to > > be that you need a starting point that is itself at least as > > expressive as the language that you are trying to "learn", > > which kind of defeats the purpose of the undertaking. > > Sure, it's feasible! Follow the database records to where > the rules are > coded in a language that is understood by your programs. > Here, this is one way you could do it: > > http://robustai.net/mentography/disjointWith.gif All this does is to shift the burden onto ever-more-complex programs, of whatever nature, that must then be embedded into all Semantic Web-aware clients. Unless, Seth, you have found a way around Godel's Incompleteness Theorem [1]? - Peter [1] http://www.ddc.net/ygg/etext/godel/godel3.htm
Received on Thursday, 29 November 2001 13:14:08 UTC