The continued scaling of device dimensions and the operating voltage reduces the critical charge and thus natural noise tolerance level of transistors.

The continued scaling of device dimensions and the operating voltage reduces the critical charge and thus natural noise tolerance level of transistors.

In this paper, we propose a microarchitecture to efficiently support TLR for parallel codes. One of the main design goals is to support a large number of ...

Supporting highly-decoupled thread-level redundancy for parallel programs · Exploiting coarse-grain verification parallelism for power-efficient fault tolerance.

Mar 1, 2013 · Supporting Highly-Decoupled Thread-Level Redundancy for Parallel Programs. M Wasiur Rashid , Michael Huang University of Rochester.

Supporting Highly-Decoupled Thread-Level Redundancy for Parallel Programs, M. Wasiur Rashid and Michael Huang, Proceedings of the International Symposium on ...

Program Reference Code(s): ... Wasiur Rashid and Michael Huang "Supporting Highly-Decoupled Thread-Level Redundancy for Parallel Programs" Proceedings of the High ...

[12] M. Rashid and M. Huang. Supporting highly-decoupled thread-level redundancy for parallel programs. In Proc. of the 14th Int' Symp.

Rashid and M. C. Huang. Supporting Highly-decoupled Thread-level Redundancy for Parallel Programs. In HPCA, pages 393--404. IEEE Computer Society, 2008.

Supporting highly-decoupled thread-level redundancy for parallel programs pp. Speculative instruction validation for performance-reliability trade-off pp ...