Provenance trails in the wings pegasus system

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abstract: Our research focuses on creating and executing large-scale scientific workflows that often involve thousands of computations over distributed, shared resources. We describe an approach to workflow creation and refinement that uses semantic representations to (1) describe complex scientific applications in a data independent manner, (2) automatically generate workflows of computations for given data sets, and (3) map the workflows to available computing resources for efficient execution. Our approach is implemented in the Wings/Pegasus workflow system and has been demonstrated in a variety of scientific application domains. This paper illustrates the application-level provenance information generated Wings during workflow creation and the refinement provenance by the Pegasus mapping system for execution over grid computing environments. We show how this information is used in answering the queries of the First Provenance Challenge.

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AbstractOur research focuses on creating and execu Our research focuses on creating and executing large-scale scientific workflows that often involve thousands of computations over distributed, shared resources. We describe an approach to workflow creation and refinement that uses semantic representations to (1) describe complex scientific applications in a data independent manner, (2) automatically generate workflows of computations for given data sets, and (3) map the workflows to available computing resources for efficient execution. Our approach is implemented in the Wings/Pegasus workflow system and has been demonstrated in a variety of scientific application domains. This paper illustrates the application-level provenance information generated Wings during workflow creation and the refinement provenance by the Pegasus mapping system for execution over grid computing environments. We show how this information is used in answering the queries of the First Provenance Challenge. queries of the First Provenance Challenge.
AuthorJihie Kim  +, Ewa Deelman  +, Yolanda Gil  +, Gaurang Mehta  +, and Varun Ratnakar  +
Bibtypearticle  +
BooktitleConcurrency and Computation: Practice and Experience  +
Doihttp://dx.doi.org/10.1002/cpe.1228  +
KeyDBLP:journals/bib/ZhaoMKS09  +
Number5  +
Pages587-597  +
Sourcehttp://dblp.uni-trier.de/rec/bibtex/journals/concurrency/KimDGMR08  +
TagProvenance  +, Semantic web  +, and Computer science  +
TitleProvenance trails in the Wings/Pegasus system  +
Volume20  +
Year2008  +
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