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Architectural Support for NVRAM Persistence in GPUs.

, , , and . IEEE Trans. Parallel Distributed Syst., 31 (5): 1107-1120 (2020)

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Efficient GPU hardware transactional memory through early conflict resolution., and . HPCA, page 274-284. IEEE Computer Society, (2016)Efficient GPU NVRAM Persistence with Helper Warps., , , and . DAC, page 155. ACM, (2019)CUDA-DTM: Distributed Transactional Memory for GPU Clusters., , , , , and . NETYS, volume 11704 of Lecture Notes in Computer Science, page 183-199. Springer, (2019)Soft error resilience in Big Data kernels through modular analysis., , , , and . J. Supercomput., 72 (4): 1570-1596 (2016)Accelerating GPU Hardware Transactional Memory with Snapshot Isolation., , and . ISCA, page 282-294. ACM, (2017)NBTI alleviation on FinFET-made GPUs by utilizing device heterogeneity., , , and . Integr., (2015)A framework for evaluating comprehensive fault resilience mechanisms in numerical programs., , , , and . J. Supercomput., 71 (8): 2963-2984 (2015)Soft error resilience of Big Data kernels through algorithmic approaches., , , and . J. Supercomput., 73 (11): 4739-4772 (2017)Architectural Support for NVRAM Persistence in GPUs., , , and . IEEE Trans. Parallel Distributed Syst., 31 (5): 1107-1120 (2020)Mitigating NBTI Degradation on FinFET GPUs through Exploiting Device Heterogeneity., , , and . ISVLSI, page 577-582. IEEE Computer Society, (2014)