Predictability of a RTX2000-based implementation |
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Authors: | Charles André Marie-Agnès Péraldi |
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Affiliation: | (1) Laboratoire Informatique, Signaux et Systèmes (13S), Université de Nice-Sophia Antipolis / CNRS, 41 Bvd Napoléon III, F-06041 NICE cedex, France;(2) 13S Lab., EPFL-DI-LIT, CH-1015 Lausanne, Switzerland;(3) Present address: Swiss Federal Institute of Technology, Lausanne Industrial Computer Engineering Laboratory, EPFL-DI-LIT, CH-1015 Lausanne, Switzerland |
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Abstract: | Any implementation should be proven to meet its specification. In this paper, we cope with the issue of checking the temporal correctness of a real-time program, implemented on a RTX microcontroller. Our real-time programs are first written in a high-level synchronous language (Esterel). and then, automatically translated into T-forth. Under these assumptions, the temporal behaviour of the generated RTX program can be predicted, at compile-time. In this paper, we present algorithms that compute realistic durations of system reactions. These algorithms use an abstract representation of the RTX program based on a behavioural semantics given to T-forth. |
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