An ontological core for conformance checking in the engineering life-cycle
Date
2014
Authors
Jordan, A.A.
Selway, M.R.
Mayer, W.E.
Grossmann, G.
Stumptner, M.
Editors
Garbacz, P.
Kutz, O.
Kutz, O.
Advisors
Journal Title
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Volume Title
Type:
Conference paper
Citation
Frontiers in Artificial Intelligence and Applications, 2014 / Garbacz, P., Kutz, O. (ed./s), vol.267, pp.358-371
Statement of Responsibility
Conference Name
FOIS 2014: 8th International Conference on Formal Ontology in Information Systems (22 Sep 2014 - 25 Sep 2014 : Rio de Janeiro, Brazil)
Abstract
Effective exchange of information about processes and industrialplants, their design, construction, operation, and maintenance requiressophisticated information modelling and exchange mechanismsthat enable the transfer of semantically meaningful information betweena vast pool of heterogeneous information systems. In order to represententities relevant to the engineering life-cycle, social concepts, descriptions,roles, artefacts, functions, and information objects must be integrated ina coherent whole. Forming the basis of this integration in our frameworkis the DOLCE foundational ontology. In this paper we propose an ontologicallywell-founded approach to modelling artefacts, their requirementspecifications and functional roles, such that consistency of theirrelationships in the data model can be verified. Specifically, we discussthe modelling of engineering artefacts, roles and role-filling capacity inthe context of data modelling for industrial information exchange.
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Copyright 2014 The Authors and IOS press