2008•Unpublished venueRequires access

Functional and structural properties in the Model-Driven Engineering approach

Daniela Cancila, Roberto Passerone

Open publisher page 4 citations

Abstract

In this paper we discuss the separation between attributes on functionality and on structure following an approach based on model driven engineering (MDE). We adopt a methodological approach based on correctness-by-construction for modeling high-integrity real-time embedded systems. We illustrate how this separation is implemented by a prototype, recently realized by our research team. Software reuse is incremented by using the prototype. This has been confirmed by the evaluation of two teams from major European space industry. We conclude our work by discussing some open problems.

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What this paper is about

In this paper we discuss the separation between attributes on functionality and on structure following an approach based on model driven engineering (MDE). We adopt a methodological approach based on correctness-by-construction for modeling high-integrity real-time embedded systems. We illustrate how this separation is implemented by a prototype, recently realized by our research team. Software reuse is incremented by using the prototype. This has been confirmed by the evaluation of two teams from major European space industry. We conclude our work by discussing some open problems.

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OpenAlex reports 4 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

In this paper we discuss the separation between attributes on functionality and on structure following an approach based on model driven engineering (MDE). We adopt a methodological approach based on correctness-by-construction for modeling high-integrity real-time embedded systems. We illustrate how this separation is implemented by a prototype, recently realized by our research team. Software reuse is incremented by using the prototype. This has been confirmed by the evaluation of two teams from major European space industry. We conclude our work by discussing some open problems.

Key concepts: Correctness, Reuse, Computer science, Separation of concerns, Model-driven architecture, Software engineering, Systems engineering, Work (physics)

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