Gilles Bizot

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In this paper, a Self-Recovering strategy, which is able to "re-map" dynamically application tasks on a multi-core system, is presented. Based on run-time failure aware techniques, this Self-Recovering strategy guarantees seamlessly termination and delivering the expected results despite multiple node and link failures in a 2D mesh topology. It has been(More)
In previous publications, a self-recovering strategy, which is able to "re-map" dynamically application tasks on a multi-core system, was presented. Based on run-time failure aware techniques, this Self-Recovering strategy guarantees seamlessly termination and delivering the expected results, despite multiple node and link failures in a 2D mesh topology(More)
The coming era of chips consisting of billions of gates foreshadows processors containing thousands of unreliable cores. In this context, high energy efficiency will be available, under the constraint that applications leverage the large amount of computing cores, while masking frequent faults of the chip. In this paper, an high-level method is proposed to(More)
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