Interoperability of Enterprise Software and Applications / Proceedings of the I-ESA Conferences Bd.1 (PDF)

From the Contents: Development of a Metamodel to Foster Interoperability along the Product Lifecycle Traceability.- Business Process Requirements, Modeling Technique, and Standard: How to Identify Interoperability Gaps on a Process Level.- An Architecture for Semantic Enterprise Application Integration Standards.- Inter-Organization Interoperability in Transport Chains Using Adapters Based on Open Source Freeware.- MAFIIA - an Architectural Description Framework: Experience from the Health Care Domain.- ISO Standards for Interoperability.- ONAR: An Ontologies-based Service-oriented Application Integration Framework.- A Framework for Semantic Enterprise Integration.- A Framework to Support Interoperability Among Semantic Resources.- Virtual Breeding Environment: Working and Sharing Principles.- Modeling and Using Business Collaborations.- Establishing Interoperability of Coordination Protocols in ad hoc Inter-Organizational Collaborations.

Prof. Konstantas is the originator of the Object-oriented Interoperability concept, which placed the basis for the definition of interoperability issues between heterogenous Object Oriented systems and applications. He defined and implemented an inter-language interoperability support framework and proposed different services for object oriented interoperability support. He also worked in the design of applications with object oriented and agent systems, ranging from multimedia to medical applications, where the problems and issues related to interoperability were identified and different solutionswere opted. Today Prof. Konstantas works in the implementation of mobile health systems and services and is interested in the interoperability problems between divers information systems and services.

Prof. Bourrières, works in the models and methods for the use of production systems in modern manufacturing industries. In this context he is interested in the issues and problems related to the software and application life cycle management,where interoperability with new and emerging systems is of major importance. One of the objectives is the creation of unified model where the different issues coming from all levels of an industial system (machine level, management of the production site, multi-site management etc) and aggregation of the related information can be represented. The target being to allow the exchange of information and smooth operation at all levels of the IS.

Prof. Léonard is working in the development of Information Systems and the problems arrising from the interoperability of diverse (legacy) Information Systems. inthis direction he has developed M7, an evolutionary approach for Information System design, offering an environment of specification in a common formalism and capitalizes the various specifications in order to make them reusable. He also works in the Specification and implementation of highly configurable coordination