Semantic product modelling and configuration: Challenges and opportunities

M. Böhms, P. Bonsma, M. Bourdeau, Abdul Samad Kazi

Research output: Contribution to journalArticleScientificpeer-review

12 Citations (Scopus)

Abstract

The European Semantic Web-based Open engineering Platform, project (SWOP 2008) is concerned with business innovation when specifying products to suit end-user’s requirements and objectives. This paper will show how Semantic Web (SW) technology of the Word Wide Web Consortium (W3C) can be used to its fullest to model the products to be developed and configured. It introduces a Product Modelling Ontology (PMO) as the main result of SWOP. It is in essence a fully generic, freely reusable 'upper ontology' specified in the Web Ontology Language (OWL), the most prominent SW technology (OWL 2008). PMO contains all necessary and sufficient modelling constructs to define any end-user product ontology, taking into account all relevant end-user's product classes, properties and relationships (in particular the predefined ‘specialization’ and ‘decomposition’ relationships) together with cardinalities, data types, units and default values. Rules in the form of 1) assertions that have to be satisfied and 2) derivations that can be executed add the more complex product knowledge aspects. PMO has already been applied in many end-user situations and other R&D projects.
Original languageEnglish
Pages (from-to)507-525
Number of pages19
JournalElectronic Journal of Information Technology in Construction
Volume14
Publication statusPublished - 2009
MoE publication typeA1 Journal article-refereed

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Ontology
Semantics
Semantic Web
Innovation
Decomposition
Computer simulation
Industry

Keywords

  • Configuration
  • ontologies
  • product modelling
  • semantic web

Cite this

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title = "Semantic product modelling and configuration: Challenges and opportunities",
abstract = "The European Semantic Web-based Open engineering Platform, project (SWOP 2008) is concerned with business innovation when specifying products to suit end-user’s requirements and objectives. This paper will show how Semantic Web (SW) technology of the Word Wide Web Consortium (W3C) can be used to its fullest to model the products to be developed and configured. It introduces a Product Modelling Ontology (PMO) as the main result of SWOP. It is in essence a fully generic, freely reusable 'upper ontology' specified in the Web Ontology Language (OWL), the most prominent SW technology (OWL 2008). PMO contains all necessary and sufficient modelling constructs to define any end-user product ontology, taking into account all relevant end-user's product classes, properties and relationships (in particular the predefined ‘specialization’ and ‘decomposition’ relationships) together with cardinalities, data types, units and default values. Rules in the form of 1) assertions that have to be satisfied and 2) derivations that can be executed add the more complex product knowledge aspects. PMO has already been applied in many end-user situations and other R&D projects.",
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Semantic product modelling and configuration : Challenges and opportunities. / Böhms, M.; Bonsma, P.; Bourdeau, M.; Kazi, Abdul Samad.

In: Electronic Journal of Information Technology in Construction, Vol. 14, 2009, p. 507-525.

Research output: Contribution to journalArticleScientificpeer-review

TY - JOUR

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AU - Bonsma, P.

AU - Bourdeau, M.

AU - Kazi, Abdul Samad

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AB - The European Semantic Web-based Open engineering Platform, project (SWOP 2008) is concerned with business innovation when specifying products to suit end-user’s requirements and objectives. This paper will show how Semantic Web (SW) technology of the Word Wide Web Consortium (W3C) can be used to its fullest to model the products to be developed and configured. It introduces a Product Modelling Ontology (PMO) as the main result of SWOP. It is in essence a fully generic, freely reusable 'upper ontology' specified in the Web Ontology Language (OWL), the most prominent SW technology (OWL 2008). PMO contains all necessary and sufficient modelling constructs to define any end-user product ontology, taking into account all relevant end-user's product classes, properties and relationships (in particular the predefined ‘specialization’ and ‘decomposition’ relationships) together with cardinalities, data types, units and default values. Rules in the form of 1) assertions that have to be satisfied and 2) derivations that can be executed add the more complex product knowledge aspects. PMO has already been applied in many end-user situations and other R&D projects.

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