Using Process Technology to Control and Coordinate Software Adaptation

Giuseppe Valetto; Gail E. Kaiser

Using Process Technology to Control and Coordinate Software Adaptation
Valetto, Giuseppe
Kaiser, Gail E.
Technical reports
Computer Science
Persistent URL:
Columbia University Computer Science Technical Reports
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Department of Computer Science, Columbia University
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New York
We have developed an infrastructure for end-to-end run-time monitoring, behavior/performance analysis, and dynamic adaptation of distributed software. This infrastructure is primarily targeted to pre-existing systems and thus operates outside the target application, without making assumptions about the target's implementation, internal communication/computation mechanisms, source code availability, etc. This paper assumes the existence of the monitoring and analysis components, presented elsewhere, and focuses on the mechanisms used to control and coordinate possibly complex repairs/reconfigurations to the target system. These mechanisms require lower level effectors somehow attached to the target system, so we briefly sketch one such facility (elaborated elsewhere). Our main contribution is the model, architecture, and implementation of Workflakes, the decentralized process engine we use to tailor, control, coordinate, etc. a cohort of such effectors. We have validated the Workflakes approach with case studies in several application domains. Due to space restrictions we concentrate primarily on one case study, briefly discuss a second, and only sketch others.
Computer science
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Suggested Citation:
Giuseppe Valetto, Gail E. Kaiser, 2003, Using Process Technology to Control and Coordinate Software Adaptation, Columbia University Academic Commons, http://hdl.handle.net/10022/AC:P:29193.

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