International audienceThe SEU fault-tolerance of a benchmark self-converging algorithm is evaluated by fault injection campaigns performed using a devoted test platform. The number of observed errors significantly decreases depending on adopted implementation strategies
International audienceIn this paper is described a purely software technique allowing to detect SEUs...
Fault tolerance is one of the main concepts in distributed computing. It has been tackled from diffe...
Soft errors are increasing in modern computer systems. These faults can corrupt the results of nume...
International audienceThe SEU fault-tolerance of a benchmark self-converging algorithm is evaluated ...
International audienceThe single-event upset (SEU) fault tolerance of a benchmark self-converging al...
ISBN : 978-1-4244-9485-9International audienceThe robustness with respect to SEUs (Single-Event Upse...
ISBN 978-1-4577-1489-4International audienceSelf-convergence is a property of distributed systems, a...
International audienceAn approach to study the effects of single event upsets (SEU) by fault injecti...
International audienceThe widespread use of multicore processors in computing systems and the impera...
Cette thèse est consacrée à l'étude de la robustesse/sensibilité d'un algorithme auto-convergeant fa...
International audienceA new fully automated SEU fault-injection method is explored. Error rates issu...
This thesis presents a benchmark for evaluating fault tolerance. The benchmark is based on the FTAPE...
International audienceThis paper describes two different but complementary approaches that can be us...
International audienceSingle Event Upset (SEU) phenomena is becoming a major concern in applications...
This paper shows how the use of exhaustive fault injection campaigns in conjunction with the analysi...
International audienceIn this paper is described a purely software technique allowing to detect SEUs...
Fault tolerance is one of the main concepts in distributed computing. It has been tackled from diffe...
Soft errors are increasing in modern computer systems. These faults can corrupt the results of nume...
International audienceThe SEU fault-tolerance of a benchmark self-converging algorithm is evaluated ...
International audienceThe single-event upset (SEU) fault tolerance of a benchmark self-converging al...
ISBN : 978-1-4244-9485-9International audienceThe robustness with respect to SEUs (Single-Event Upse...
ISBN 978-1-4577-1489-4International audienceSelf-convergence is a property of distributed systems, a...
International audienceAn approach to study the effects of single event upsets (SEU) by fault injecti...
International audienceThe widespread use of multicore processors in computing systems and the impera...
Cette thèse est consacrée à l'étude de la robustesse/sensibilité d'un algorithme auto-convergeant fa...
International audienceA new fully automated SEU fault-injection method is explored. Error rates issu...
This thesis presents a benchmark for evaluating fault tolerance. The benchmark is based on the FTAPE...
International audienceThis paper describes two different but complementary approaches that can be us...
International audienceSingle Event Upset (SEU) phenomena is becoming a major concern in applications...
This paper shows how the use of exhaustive fault injection campaigns in conjunction with the analysi...
International audienceIn this paper is described a purely software technique allowing to detect SEUs...
Fault tolerance is one of the main concepts in distributed computing. It has been tackled from diffe...
Soft errors are increasing in modern computer systems. These faults can corrupt the results of nume...