Optimized Distribution of Synchronous Programs via a Polychronous Model
Résumé
—This paper presents a distribution methodology for synchronous programs, applied in particular on programs written in the Quartz language. The given program is first transformed into an intermediate model of guarded actions. After user-specified partitioning, the generated sub-models are transformed into Signal processes. Using the multi-clock calculation model of the Signal language, an optimized data-flow network can be automatically constructed. The optimization includes reducing the communication quantity and the computation load, with no change to the interface behaviors.
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PAPER2014.pdf (104.69 Ko)
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Optimized Distribution of Synchronous Programs via a Polychronous Model (MEMOCODE 2014).pdf (405.73 Ko)
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Origine : Fichiers produits par l'(les) auteur(s)
Origine : Fichiers produits par l'(les) auteur(s)
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