In the development of high-integrity real-time systems it is arguably paramount that the engineering process should allow the designer to focus attention on all aspects of interest in a manner that warrants methodological correctness and some controlled form of separation of concerns. Model-driven engineering approaches strive to attain separation between concerns that are either independent or dependent of the platform. They however provide scarce support if any at all for round-trip engineering, which is a crucial asset for high-integrity real-time systems, where functional modelling can only be confirmed by proving feasible in the space and time domain. In this paper we discuss some elements of a development process based on a rigorous metamodel definition and on advanced model transformation techniques, which permits the execution of timing analysis directly on the system model.

A Metamodel-Driven Process Featuring Advanced Model-based Timing Analysis

VARDANEGA, TULLIO
2007

Abstract

In the development of high-integrity real-time systems it is arguably paramount that the engineering process should allow the designer to focus attention on all aspects of interest in a manner that warrants methodological correctness and some controlled form of separation of concerns. Model-driven engineering approaches strive to attain separation between concerns that are either independent or dependent of the platform. They however provide scarce support if any at all for round-trip engineering, which is a crucial asset for high-integrity real-time systems, where functional modelling can only be confirmed by proving feasible in the space and time domain. In this paper we discuss some elements of a development process based on a rigorous metamodel definition and on advanced model transformation techniques, which permits the execution of timing analysis directly on the system model.
2007
Reliable Software Technologies — Ada-Europe 2007
Reliable Software Technologies – Ada Europe 2007
9783540732297
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11577/1781123
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