Philippe Gerner

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We present a theoretically sound and automated model-based design, analysis, and implementation framework for synthesizing correct-by-construction code. Special emphasis is put on multi-threaded software and multi-processor architectures. The framework consists in (1) a formal language which provides platform-independent constructs to specify the behavior(More)
We describe a novel technique for computing efficient schedules for multi-threaded real-time programs. The technique makes use of abstractions which are constructed by embedding the model of the program in a geometric space and then constructing a decomposition of this space. This embedding uses the model of PV diagrams. We introduce a timed version for PV(More)
The paper deals with the problem of computing schedules for multi-threaded real-time programs. In [14] we introduced a scheduling method based on the geometrization of PV programs. In this paper, we pursue this direction further by showing a property of the geometrization that permits finding good schedules by means of efficient geometric computation. In(More)
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