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Aug 15, 2018 · In this context, we propose ReDRAM, a novel memory allocation strategy for GPGPUs which re-configures GPU DRAM cache as a heterogeneous unit. It ...
We propose ReDRAM, a novel memory allocation strategy for GPGPUs which re-configures GPU DRAM cache as a heterogeneous unit.
Jul 1, 2018 · It allows allocation of store-before-load data directly onto GPU DRAM and also utilizes it as a cache of the host memory. Our simulation results ...
ReDRAM is proposed, a novel memory allocation strategy for GPGPUs which re-configures GPU DRAM cache as a heterogeneous unit and allows allocation of ...
In this context, we propose ReDRAM, a novel memory allocation strategy for GPGPUs which re-configures GPU DRAM cache as a heterogeneous unit. It allows ...
These technologies enable DRAMs to be used as the last-level cache in both the CPU memory hierarchy [5,15,22,46] and the GPU memory hierarchy [30,31, 48, 49].
In this context, we propose ReDRAM, a novel memory allocation strategy for GPGPUs which re-configures GPU DRAM cache as a heterogeneous unit. It allows ...
The extensive circuit-architecture simulations show that ReDRAM achieves on average 54× and 7.1× higher throughput for performing bulk bit-wise operations ...
Missing: GPGPUs. | Show results with:GPGPUs.
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ReDRAM: A Reconfigurable DRAM Cache for GPGPUs. IEEE Computer Architecture Letters. 2018-07-01 | Journal article. DOI: 10.1109/LCA.2018.2865552. Contributors ...
ReDRAM: A reconfigurable DRAM cache for GPGPUs. D Sahoo, S Sha, M Satpathy, M Mutyam. IEEE Computer Architecture Letters 17 (2), 213-216, 2018. 1, 2018. An ...