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Power-Aware L1 and L2 Caches for GPGPUs
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由 E Atoofian 著作2014被引用 7 次 — This paper focuses on power consumption of L1 data caches and L2 cache in GPGPUs and proposes two optimization techniques: the first optimization technique ...
有關 Power-Aware L1 and L2 Caches for GPGPUs. 的學術文章 | |
Power-Aware L 1 and L 2 Caches for GPGPUs - Atoofian - 7 個引述 Power efficient sharing-aware gpu data management - Tabbakh - 22 個引述 … static and dynamic power of l1 data caches in gpgpus - Atoofian - 4 個引述 | |
Power-Aware L1 and L2 Caches for GPGPUs
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由 E Atoofian 著作2014被引用 7 次 — This paper focuses on power consumption of L1 data caches and L2 cache in GPGPUs and proposes two optimization techniques: the first optimization technique ...
Power-aware caches for GPGPUs - Knowledge Commons
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In this thesis, we propose two optimization techniques to reduce power consumption in L1 caches (data, texture and constant), shared memory and L2 cache.
Power-aware Caches for GPGPUs - Ahsan Saghir
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In this thesis, we propose two optimization techniques to reduce power consumption in L1 caches (data, texture and constant), shared memory and L2 cache.
Reducing static and dynamic power of L1 data caches in GPGPUs
ResearchGate
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L1 data caches boost performance of processors by hiding latency of memory but consume significant power as they need to serve many processing cores. We propose ...
Compressed L1 data cache and L2 cache in GPGPUs
IEEE Xplore
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由 E Atoofian 著作2016被引用 9 次 — In this paper, we exploit compression to increase effective capacity of the L1 data cache and the L2 cache and improve performance and energy of ...
A sharing-aware L1.5D cache for data reuse in GPGPUs
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由 J Wang 著作2019被引用 12 次 — 5D cache that substitutes the private L1D caches in several SMs to reduce the duplicated data and in turn increase the effective cache size for each SM. We ...
Quantifying the performance and energy efficiency of ...
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由 KY Kim 著作2016被引用 15 次 — Specifically, we quantify the performance and energy efficiency of the advanced cache indexing schemes for the L1 data and L2 caches of the GPGPU architecture.
Browsing by Subject "General Purpose Graphics Processing Units ...
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In this thesis, we propose two optimization techniques to reduce power consumption in L1 caches (data, texture and constant), shared memory and L2 cache. The ...
A Sharing-Aware L1.5D Cache for Data Reuse in GPGPUs
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由 J Wang 著作被引用 12 次 — L1.5D: 64KB per cluster. ≈2.44KB, 4-way per cluster. ≈0.1KB, 128-entry. 128B cache line, LRU, 48KB shared memory. L2 cache. Unified, 128KB x 16, ...