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Grid Computing, IEEE/ACM International Workshop on (2004)
Pittsburgh, PA
Nov. 8, 2004 to Nov. 8, 2004
ISSN: 1550-5510
ISBN: 0-7695-2256-4
pp: 251-258
Miron Livny , University of Wisconsin-Madison
Tevfik Kosar , University of Wisconsin-Madison
George Kola , University of Wisconsin-Madison
A major hurdle facing data intensive grid applications is the appropriate handling of failures that occur in the grid-environment. Implementing the fault-tolerance transparently at the grid-middleware level would make different data intensive applications fault-tolerant without each having to pay a separate cost and reduce the time to grid-based solution for many scientific problems. We analyzed the failures encountered by four real-life production data intensive applications: NCSA image processing pipeline, WCER video processing pipeline, US-CMS pipeline and BMRB BLAST pipeline. Taking the result of the analysis into account, we have designed and implemented Phoenix, a transparent middleware-level fault-tolerance layer that detects failures early, classifies failures into transient and permanent and appropriately handles the transient failures. We applied our fault-tolerance layer to a prototype of the NCSA image processing pipeline and considerably improved the failure handling and report on the insights gained in the process.
Miron Livny, Tevfik Kosar, George Kola, "Phoenix: Making Data-Intensive Grid Applications Fault-Tolerant", Grid Computing, IEEE/ACM International Workshop on, vol. 00, no. , pp. 251-258, 2004, doi:10.1109/GRID.2004.51
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