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On the role of ontological semantics in routing contextual knowledge in highly distributed autonomic systems |
KEENEY, JOHN; LEWIS, DAVID; O'SULLIVAN, DECLAN
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Much recent research has focused on applying
Autonomic Computing principles to achieve
constrained self-management in adaptive systems,
through self-monitoring and analysis, strategy
planning, and self adjustment. However, in a highly
distributed system, just monitoring current operation
and context is a complex and largely unsolved problem
domain. This difficulty is particularly evident in the
areas of network management, pervasive computing,
and autonomic communications. This paper presents a
model for the filtered dissemination of semantically
enriched knowledge over a loosely coupled network of
distributed heterogeneous autonomic agents. It also
presents an implementation of such a Knowledge
Delivery Network, which enables the efficient routing
of distributed heterogeneous knowledge to, and only
to, nodes that have expressed an interest in that
knowledge for use as the operational or context
information monitored in order to analyse to the
system?s behaviour as part of an autonomic control
loop.
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Keyword(s):
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Computer Science |
Publication Date:
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2006 |
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Type:
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Other |
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Peer-Reviewed:
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No |
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Language(s):
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English |
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Institution:
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Trinity College Dublin |
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Funder(s):
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Science Foundation Ireland; Higher Education Authority |
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Citation(s):
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J. Keeney, D. Lynch, D. Lewis, D. O'Sullivan `On the role of ontological semantics in routing contextual knowledge in highly distributed autonomic systems? Department of Computer Science, Trinity College Dublin, 2006, Technical Report (TCD-CS-2006-15) |
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Publisher(s):
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Trinity College Dublin |
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File Format(s):
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application/pdf |
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First Indexed:
2014-05-13 05:24:42 Last Updated:
2015-03-23 11:37:49 |
