Event-based systems are a popular substrate for distributing information
derived from sensors to be used in driving adaptive behaviour. This
paper argues that using events directly provides a poor model of
context, and that a hybrid approach that uses events to populate
and maintain a distributed knowledge base offers a more stable solution.
The inherent uncertainties in both sensor data and reasoning imply
that traditional knowledge-based system techniques applied to context
be extended to deal with more uncertain reasoning
%0 Journal Article
%1 Dobson2006Hybridising
%A Dobson, Simon
%A Coyle, Lorcan
%A Nixon, Paddy
%D 2006
%J Journal of Trusted and Autonomic Computing
%K ai autonomic_systems sensor
%T Hybridising events and knowledge as a basis for building autonomic
systems
%U http://www.csi.ucd.ie/UserFiles/publications/1145365322729.pdf
%X Event-based systems are a popular substrate for distributing information
derived from sensors to be used in driving adaptive behaviour. This
paper argues that using events directly provides a poor model of
context, and that a hybrid approach that uses events to populate
and maintain a distributed knowledge base offers a more stable solution.
The inherent uncertainties in both sensor data and reasoning imply
that traditional knowledge-based system techniques applied to context
be extended to deal with more uncertain reasoning
@article{Dobson2006Hybridising,
abstract = {Event-based systems are a popular substrate for distributing information
derived from sensors to be used in driving adaptive behaviour. This
paper argues that using events directly provides a poor model of
context, and that a hybrid approach that uses events to populate
and maintain a distributed knowledge base offers a more stable solution.
The inherent uncertainties in both sensor data and reasoning imply
that traditional knowledge-based system techniques applied to context
be extended to deal with more uncertain reasoning},
added-at = {2007-12-01T21:44:55.000+0100},
author = {Dobson, Simon and Coyle, Lorcan and Nixon, Paddy},
biburl = {https://www.bibsonomy.org/bibtex/2d3d8aab5471df83adae97275c85eb49f/lorcan},
description = {Lorcan Coyle's Bibliography},
interhash = {6a48f67b2c0946771a90343d2258bcd5},
intrahash = {d3d8aab5471df83adae97275c85eb49f},
journal = {Journal of Trusted and Autonomic Computing},
keywords = {ai autonomic_systems sensor},
timestamp = {2007-12-01T22:16:14.000+0100},
title = {Hybridising events and knowledge as a basis for building autonomic
systems},
url = {http://www.csi.ucd.ie/UserFiles/publications/1145365322729.pdf},
year = 2006
}