Phismith at 18:41, 24 March 2017

2017-03-24T18:41:29Z

← Older revision		Revision as of 18:41, 24 March 2017
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	The UMass Center for e-Design has developed a number of OWL ontologies modeling the engineering domain, including ontologies of engineering analysis models, decision making, and an OWL implementation of NIST’s Core Product Model (CPM). The Center’s ontology development efforts have also focused on the manufacturing and materials domain, resulting in the creation of the SLACKS ontology to describe laminated composites and SAMPRO, an additive manufacturing process ontology expanding the Manufacturing Service Description Language (MSDL) published by [https://www.researchgate.net/profile/Farhad_Ameri3/publication/267486591_An_Upper_Ontology_for_Manufacturing_Service_Description/links/568d481d08aeaa1481ae478b/An-Upper-Ontology-for-Manufacturing-Service-Description.pdf Ameri et al.] More recent efforts have focused on two major areas – facilitating greater interoperability of the e-Design between ontologies using the Basic Formal Ontology (BFO) as a shared upper level ontology, and expanding these ontologies to support design, innovation, and decision in the use of additive manufacturing. As part of this effort, we have worked to retroactively modify and expand the CPM, MSDL, and SAMPRO to integrate with the BFO, with the goal of enabling reasoning and querying across these and other domains.		The UMass [http://edesign.ecs.umass.edu/ Center for e-Design] has developed a number of OWL ontologies modeling the engineering domain, including ontologies of engineering analysis models, decision making, and an OWL implementation of NIST’s Core Product Model (CPM). The Center’s ontology development efforts have also focused on the manufacturing and materials domain, resulting in the creation of the SLACKS ontology to describe laminated composites and SAMPRO, an additive manufacturing process ontology expanding the Manufacturing Service Description Language (MSDL) published by [https://www.researchgate.net/profile/Farhad_Ameri3/publication/267486591_An_Upper_Ontology_for_Manufacturing_Service_Description/links/568d481d08aeaa1481ae478b/An-Upper-Ontology-for-Manufacturing-Service-Description.pdf Ameri et al.] More recent efforts have focused on two major areas – facilitating greater interoperability of the e-Design between ontologies using the Basic Formal Ontology (BFO) as a shared upper level ontology, and expanding these ontologies to support design, innovation, and decision in the use of additive manufacturing. As part of this effort, we have worked to retroactively modify and expand the CPM, MSDL, and SAMPRO to integrate with the BFO, with the goal of enabling reasoning and querying across these and other domains.

Phismith: Created page with "The UMass Center for e-Design has developed a number of OWL ontologies modeling the engineering domain, including ontologies of engineering analysis models, decision making, a..."

2017-03-24T18:41:00Z

Created page with "The UMass Center for e-Design has developed a number of OWL ontologies modeling the engineering domain, including ontologies of engineering analysis models, decision making, a..."

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The UMass Center for e-Design has developed a number of OWL ontologies modeling the engineering domain, including ontologies of engineering analysis models, decision making, and an OWL implementation of NIST’s Core Product Model (CPM). The Center’s ontology development efforts have also focused on the manufacturing and materials domain, resulting in the creation of the SLACKS ontology to describe laminated composites and SAMPRO, an additive manufacturing process ontology expanding the Manufacturing Service Description Language (MSDL) published by [https://www.researchgate.net/profile/Farhad_Ameri3/publication/267486591_An_Upper_Ontology_for_Manufacturing_Service_Description/links/568d481d08aeaa1481ae478b/An-Upper-Ontology-for-Manufacturing-Service-Description.pdf Ameri et al.] More recent efforts have focused on two major areas – facilitating greater interoperability of the e-Design between ontologies using the Basic Formal Ontology (BFO) as a shared upper level ontology, and expanding these ontologies to support design, innovation, and decision in the use of additive manufacturing. As part of this effort, we have worked to retroactively modify and expand the CPM, MSDL, and SAMPRO to integrate with the BFO, with the goal of enabling reasoning and querying across these and other domains.

Center for eDesign General Overview - Revision history

Phismith at 18:41, 24 March 2017

Phismith: Created page with "The UMass Center for e-Design has developed a number of OWL ontologies modeling the engineering domain, including ontologies of engineering analysis models, decision making, a..."