Thread-topic: [xml-dev] Clustering Customization Vs Global Standards
Title: Re: [xml-dev] Clustering Customization Vs Global Standards
The topic gets treated too often as if these concepts
are late breaking epiphanies when in fact, they are rehashes of the work done in
cybernetics fifty years ago. Second order systems are known
types. What has changed as with most web technologies is the scale of the
possible application given all of the data out there. Still, Rick is
right that getting vetted data is an expensive proposition, much less getting
good ontologies and rules.
But I find it fascinating that these concepts for
self-organizing autonomic systems appear over and over again in different
domains. The act of organizing/identifying clusters by force vectors
(strength of relationships) recurs as well.
We've thought long and hard about the local functions
that enable an XML file to be written and modified. At the service
level, we have the relationships of the societal/business functions that cause
these changes to be made. These relationships also have force vector
quantities but I've not seen that discussed much. One might speculate what
real time force vectors are in play in a service-oriented architecture for a
situation, that in fact, this is the nature of a situation semantic: a
situation semantic is a high level 'role' for an SOA of a given
type.
Thoughts?
len
From: Chiusano Joseph
[mailto:chiusano_joseph@bah.com]
<Quote>
the feedback loop involves a lot of
information that is not easily or cannot be collected automatically to put in
the feedback loop.Sometimes the human effort required to get the information is
beyond the resource of the organisation.
</Quote>
Yet Bain had no trouble calculating the
amount of time they have spent on the problem organization-wide, and sending
that information to you:)
Joe (sorry, couldn't resist;)
From: Rick Marshall
[mailto:rjm@zenucom.com]
The big
problem with all this stuff (and I've spent a lot of time - longer than
Bain's) trying to figure this one out - the feedback loop involves a lot of
information that is not easily or cannot be collected automatically to put in
the feedback loop. Sometimes the human effort required to get the information
is beyond the resource of the organisation.
I suspect (and it may have to
wait for my retirement to find time to prove it) that a dom aware neural
network is the correct answer to these problems...