Manufacturing knowledge verification in design support systems
Manufacturing knowledge verification in design support systems
This paper identifies the need for a verification methodology for manufacturing knowledge in design support systems; and proposes a suitable methodology based on the concept of ontological commitment and the PSL ontology (ISO/CD18629). The use of the verification procedures within an overall system development methodology is examined, and an understanding of how various categories of manufacturing knowledge (typical to design support systems) map onto the PSL ontology is developed. This work is also supported by case study material from industrial situations, including the casting and machining of metallic components. The PSL ontology was found to support the verification of most categories of manufacturing knowledge, and was shown to be particularly suited to process planning representations. Additional concepts and verification procedures were however needed to verify relationships between products and manufacturing processes. Suitable representational concepts and verification procedures were therefore developed, and integrated into the proposed knowledge verification methodology
3179-3204
Cochrane, S.
e56cebcd-8b15-4549-b25e-37aedb6d9d4f
Young, R.
06068104-fe04-4151-b746-0a57088101c1
Case, K.
831fe206-dcce-44ed-8107-c805ecb7e5e6
Harding, J.
1f9899e0-45c0-4e4a-83f0-998aedb45405
Gao, J.
9defafd9-078c-4928-8e98-c0f6202b8d01
Dani, S.
41a900af-2dcd-42fc-90b5-80303ae0a76e
Baxter, D.
a7d6ba3f-370f-493d-9202-218d5e6dfc54
23 April 2009
Cochrane, S.
e56cebcd-8b15-4549-b25e-37aedb6d9d4f
Young, R.
06068104-fe04-4151-b746-0a57088101c1
Case, K.
831fe206-dcce-44ed-8107-c805ecb7e5e6
Harding, J.
1f9899e0-45c0-4e4a-83f0-998aedb45405
Gao, J.
9defafd9-078c-4928-8e98-c0f6202b8d01
Dani, S.
41a900af-2dcd-42fc-90b5-80303ae0a76e
Baxter, D.
a7d6ba3f-370f-493d-9202-218d5e6dfc54
Cochrane, S., Young, R., Case, K., Harding, J., Gao, J., Dani, S. and Baxter, D.
(2009)
Manufacturing knowledge verification in design support systems.
International Journal of Production Research, 47 (12), .
(doi:10.1080/00207540701802452).
Abstract
This paper identifies the need for a verification methodology for manufacturing knowledge in design support systems; and proposes a suitable methodology based on the concept of ontological commitment and the PSL ontology (ISO/CD18629). The use of the verification procedures within an overall system development methodology is examined, and an understanding of how various categories of manufacturing knowledge (typical to design support systems) map onto the PSL ontology is developed. This work is also supported by case study material from industrial situations, including the casting and machining of metallic components. The PSL ontology was found to support the verification of most categories of manufacturing knowledge, and was shown to be particularly suited to process planning representations. Additional concepts and verification procedures were however needed to verify relationships between products and manufacturing processes. Suitable representational concepts and verification procedures were therefore developed, and integrated into the proposed knowledge verification methodology
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Published date: 23 April 2009
Organisations:
Faculty of Business, Law and Art
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Local EPrints ID: 377621
URI: http://eprints.soton.ac.uk/id/eprint/377621
ISSN: 0020-7343
PURE UUID: 1b6ef7b0-9320-429a-bda7-3576a8d0435e
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Date deposited: 22 Jun 2015 08:17
Last modified: 15 Mar 2024 03:50
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Author:
S. Cochrane
Author:
R. Young
Author:
K. Case
Author:
J. Harding
Author:
J. Gao
Author:
S. Dani
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