A Language for Ontology-Based Metamodeling Systems

Jean, Stéphane; Aït‐Ameur, Yamine; Pierra, Guy

doi:10.1007/978-3-642-15576-5_20

Cited by 5 publications

(1 citation statement)

References 15 publications

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“…The same team at LISI laboratory is currently developing a new query language. It is named Ontology Query Language (OntoQL) (Jean, Pierra, Ait-Ameur, 2005) and a preliminary version runs on several OBDB implementations. Among these applications of OntoQL, we find the usage we propose in our platform.…”

Section: Technical Informationmentioning

confidence: 99%

An Adaptive E-Commerce Architecture for Enterprise Information Exchange

Aklouf¹,

Drias²

2008

International Journal of Enterprise Information Systems

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This article contributes to the design of a generic framework for providing a new way to exchange information between enterprises. This concept is a well addressed in the context of B2B standards. Many organizations are increasingly searching for adopting these standards to automate data exchange. But the limit of such models resides in the fact that the content of exchange is defined in several formats which make their use difficult. To overcome this difficulty, we have explored the possibility to integrate new models for describing content involved in B2B transaction which represent a key issue. Our finding establishes the feasibility of integrating product models described by ontology with e-commerce standards especially at the business process level. This article presents a descriptive model allowing partners to exchange information with other organisations without modifying their Information System. The case study also indicates that our system is developed as a Service Oriented Architecture.

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Section: Technical Informationmentioning

confidence: 99%

An Adaptive E-Commerce Architecture for Enterprise Information Exchange

Aklouf¹,

Drias²

2008

International Journal of Enterprise Information Systems

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Handling behavioral semantics in persistent meta-modeling systems

Bazhar

2012

2012 Sixth International Conference on Research Challenges in Information Science (RCIS)

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The aim of our work is to integrate the benefits of classical MMS together with the advantages of DBMS. Our approach claims the extension of database perspective. Our idea is to define a multi-level DBMS to store metamodels, models and instances with an associated SQL-like declarative exploitation language which provides the capability to define, manipulate (query, update and delete) these different abstraction layers. The different model management operations (e.g., model transformation) should also be available in PMMSs using flexible procedural mechanisms such as external programs (e.g., Java, C++) or web services. Thus, our approach focuses on the capability to dynamically define operators that could be exploited by the PMMS exploitation language. In particular, such operators could be implemented with internal database mechanisms (e.g., triggers, stored procedures) or external programs stored outside the database (e.g., Java or C++ programs), or with web services. As a consequence of this extension, we will be able to perform advanced model management tasks such as model transformations in database, trigger web services from databases. Information exchange and data integration could be also supported in this context.

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