| Abstract |
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Current peer-to-peer architectures are hardly resistant
against unanticipated exceptions such as the failure of
single peers. This can be justified by the absence of sophisticated
models for detecting and handling exception
in peer-to-peer architectures. On the other hand, existing
models for such self-adaptable architectures are rather
generic and less practical for end-users. In this work, a
component-based self-adaptability model for peer-to-peer
architectures is presented that supports end-users in the
handling of exceptions during use time. Support is also
provided to handle exceptions during deployment and
adaptation of an application. All these approaches are
integral parts of DeEvolve, a peer-to-peer runtime environment
for component-based peer services.
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 Additional Information
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Index Terms- Component technology, peer-to-peer architectures, self-adaptability, composition languages, HCI
Citation:
Sascha Alda,
"Component-Based Self-Adaptability in Peer-to-Peer Architectures,"
icse,
pp. 33-35,
26th International Conference on Software Engineering (ICSE'04),
2004
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