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Abstract:In an industrial context defined by more acute competition, performance measurement becomes a control tool. The Business Intelligence module of Manufacturing Execution System (MES) software achieves Performances analysis function. However, the implementation of performance indicators in information system is a difficult problem. Indeed, the enterprises need methods to specify and to install their Performance Measurement System (PMS). In this paper, we propose a methodology of performance indicators implementation. We use the UML language to develop PMS model and Component Based Programming for its implementation. This method facilitates Performances Measurement System design and implementation.

Virtual enterprise integration and interoperability between its different information systems are the first systemic paradigms to achieve a successful collaborative product development. In such a context, the information flow has a centric place. Therefore, our aim in this paper is to propose a new ontology-based framework, exploiting the expressiveness of ontologies to ensure collaboration and semantic interoperability between partners and using, at the same time, ontologies inference capacities to support the decision making processes. An industrial application will be developed in the context of the simultaneous design of products and their optimized supply chains.

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