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We combine our algorithm with a novel offline reconfiguration method requiring only 4 bits per router to maintain connectivity upon the occurrence of faults ...
Rout3D: A Lightweight Adaptive Routing Algorithm for Tolerating Faulty Vertical Links in 3D-NoCs. Amir Charif, Nacer-Eddine Zergainoh, Alexandre Coelho ...
Rout3D: A Lightweight Adaptive Routing Algorithm for Tolerating Faulty Vertical Links in 3D-NoCs. Amir Charif, Nacer-Eddine Zergainoh, Alexandre Coelho ...
To achieve this goal, we make use of an additional fault detection circuit based on double-sampling and a rerouting technique to recover from soft-errors.
We combine our algorithm with a novel offline reconfiguration method requiring only 4 bits per router to maintain connectivity upon the occurrence of faults ...
Bibliographic details on Rout3D: A lightweight adaptive routing algorithm for tolerating faulty vertical links in 3D-NoCs.
Rout3D: A lightweight adaptive routing algorithm for tolerating faulty vertical links in 3D-NoCs · Computer Science, Engineering. 2017 22nd IEEE European Test ...
Rout3d: A lightweight adaptive routing algorithm for tolerating faulty vertical links in 3d-nocs ... A soft-error resilient route computation unit for 3D networks ...
Nicolaidis, “Rout3d: A lightweight adaptive routing algorithm for tolerating faulty vertical links in 3d-nocs,” in 22th IEEE European Test Symposium (ETS'17).
This algorithm supports single faults only in. TSV links, whereas faults might has occurred in horizontal links as well. In addition, every node has to know the ...
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