>> I would bet that merging two KB's obtained by mining natural
>> language would work a lot better than merging two KB's 
>> like Cyc and SUMO that were artificially created by humans.

I think that this phrasing confuses the issue.  It is the structure of the 
final KR scheme, not how the initial KBs were created/obtained that determines 
that difficulty of merging the KBs.  A natural language mining KB's KR scheme 
is going to be forced to be *much* more flexible in it's representation than 
Cyc and SUMO are (thus, your intuition is correct but only because neither Cyc 
nor SUMO have a sufficiently flexible KR scheme).

>> The problem seems to be that we don't, explicitly and declaratively,
>> know how our internal, intuitive knowledge bases are structured.

My personal opinion is that we *don't* have only one way in which our internal, 
intuitive knowledge bases are structured.  I think (and hope) that we have a 
reasonably small number of KR meta-structures that we load fairly simply linked 
data/knowledge into and that the building of KR structures is both difficult 
and the source of our intelligence.

>> IMO, the whole approach of building explicit knowledge-bases 
>> like Cyc and SUMO is a dead-end.

But this is the really, really important point.  Building an explicit knowledge 
base is like handing the AGI a fish.  We can hand the AGI the beginnings of a 
structure (a pole and string) and teach it to learn -- but we also have to be 
really, really careful that we don't cripple it by a poor initial choice of 
what we give it (which is what I think Cyc and SUMO do -- and I don't mean to 
imply that those were bad projects since they were excellent stepping stones 
and valuable sources of *data*).



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