Recycling Workflows and Services through Discovery and Reuse
Recycling Workflows and Services through Discovery and Reuse
Scientific workflows are becoming a valuable tool for scientists to capture and automate e-Science procedures. Their success brings the opportunity to publish, share, reuse and repurpose this explicitly captured knowledge. Within the myGrid project, we have identified key resources that can be shared including complete workflows, fragments of workflows and constituent services. We have examined the alternative ways these can be described by their authors (and subsequent users), and developed a unified descriptive model to support their later discovery. By basing this model on existing standards, we have been able to extend existing Web Service and Semantic Web Service infrastructure whilst still supporting the specific needs of the e-Scientist. myGrid components enable a workflow life-cycle that extends beyond execution, to include discovery of previous relevant designs, reuse of those designs, and subsequent publication. Experience with example groups of scientists indicates that this cycle is valuable. The growing number of workflows and services mean more work is needed to support the user in effective ranking of search results, and to support the repurposing process.
181-194
Wroe, Chris
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Goble, Carole
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Goderis, Antoon
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Lord, Phillip
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Miles, Simon
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Papay, Juri
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Alper, Pinar
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Moreau, Luc
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2006
Wroe, Chris
db321c5b-06b0-49d0-9715-3ba458b85956
Goble, Carole
8c248c0f-f19e-4dda-838b-77a89c5d3d38
Goderis, Antoon
ec60782c-4361-4ee3-85a7-379aeca96a67
Lord, Phillip
479a8709-8124-4c1b-b34c-5b16f6b72671
Miles, Simon
76c81b8e-1ca1-4d6d-ace3-922f03df97e0
Papay, Juri
21652b35-de29-439c-b343-cb3437ef2f9e
Alper, Pinar
df993ccf-5d3d-40c0-acb0-8c33ab5cb79d
Moreau, Luc
033c63dd-3fe9-4040-849f-dfccbe0406f8
Wroe, Chris, Goble, Carole, Goderis, Antoon, Lord, Phillip, Miles, Simon, Papay, Juri, Alper, Pinar and Moreau, Luc
(2006)
Recycling Workflows and Services through Discovery and Reuse.
Concurrency and Computation: Practice and Experience, 19, .
(doi:10.1002/cpe.1050).
Abstract
Scientific workflows are becoming a valuable tool for scientists to capture and automate e-Science procedures. Their success brings the opportunity to publish, share, reuse and repurpose this explicitly captured knowledge. Within the myGrid project, we have identified key resources that can be shared including complete workflows, fragments of workflows and constituent services. We have examined the alternative ways these can be described by their authors (and subsequent users), and developed a unified descriptive model to support their later discovery. By basing this model on existing standards, we have been able to extend existing Web Service and Semantic Web Service infrastructure whilst still supporting the specific needs of the e-Scientist. myGrid components enable a workflow life-cycle that extends beyond execution, to include discovery of previous relevant designs, reuse of those designs, and subsequent publication. Experience with example groups of scientists indicates that this cycle is valuable. The growing number of workflows and services mean more work is needed to support the user in effective ranking of search results, and to support the repurposing process.
Text
Wroe-CCPE06
- Accepted Manuscript
More information
Published date: 2006
Organisations:
IAM
Identifiers
Local EPrints ID: 409370
URI: http://eprints.soton.ac.uk/id/eprint/409370
ISSN: 1532-0626
PURE UUID: a9ded8c9-2da7-4cc2-8c8e-df1ae0f3e2e8
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Date deposited: 28 May 2017 04:08
Last modified: 15 Mar 2024 12:42
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Contributors
Author:
Chris Wroe
Author:
Carole Goble
Author:
Antoon Goderis
Author:
Phillip Lord
Author:
Simon Miles
Author:
Juri Papay
Author:
Pinar Alper
Author:
Luc Moreau
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