Organizations are showing growing interest in paradigms where business models and services compatibility is adaptively tested, e.g. by applying automatic systems to check business rules consistency. In this paper, we build on the original proposal by OMG of using first-order logics for representing business vocabularies and propose an approach based on description logics (DL) as formal logic support for business rules. By translating SBVR business vocabularies and rules into OWL DL ontologies, standard inference procedures of DL can be applied to check the business model consistency in the open-world, which is the default interpretation of SBVR models. Moreover, SBVR facts that cannot be expressed with OWL DL are translated into SWRL rules so that they can then be integrated with the starting ontology and evaluated, albeit within the boundaries of the closed-world made of known facts. We exemplify this process by translating a fragment of the EU-Rent example, drawn from the SBVR specification, into a OWL+SWRL knowledge base.

Modeling semantics of business rules / P. Ceravolo, C. Fugazza, M. Leida - In: 2007 Inaugural IEEE-IES international conference on digital ecosystems and technologies, DEST '07 : 21-23 february 2007, Cairns, Australia : [proceedings]Piscataway : Institute of Electrical and Electronics Engineers, 2007. - ISBN 1424404703. - pp. 171-176 (( convegno Conference on Digital Ecosystems and Technologies (DEST) tenutosi a Cairns nel 2007.

Modeling semantics of business rules

P. Ceravolo;C. Fugazza;M. Leida
2007

Abstract

Organizations are showing growing interest in paradigms where business models and services compatibility is adaptively tested, e.g. by applying automatic systems to check business rules consistency. In this paper, we build on the original proposal by OMG of using first-order logics for representing business vocabularies and propose an approach based on description logics (DL) as formal logic support for business rules. By translating SBVR business vocabularies and rules into OWL DL ontologies, standard inference procedures of DL can be applied to check the business model consistency in the open-world, which is the default interpretation of SBVR models. Moreover, SBVR facts that cannot be expressed with OWL DL are translated into SWRL rules so that they can then be integrated with the starting ontology and evaluated, albeit within the boundaries of the closed-world made of known facts. We exemplify this process by translating a fragment of the EU-Rent example, drawn from the SBVR specification, into a OWL+SWRL knowledge base.
Business rules; Description logics; First-order logic; Reasoning
Settore INF/01 - Informatica
2007
Institute of Electrical and Electronics Engineers
Book Part (author)
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2434/34846
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