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The increase in memory capacity is substantially behind the increase in computing power in today's supercomputers. In order to alleviate the effect of this gap, diverse options such as NVM - non-volatile memory (less expensive but slow) and HBM - high bandwidth memory (fast but expensive) are being explored. In this paper, we present a common approach using parallel runtime techniques for utilizing...
Today's supercomputers are moving towards deployment of many-core processors like Intel Xeon Phi Knights Landing (KNL), to deliver high compute and memory capacity. Applications executing on such many-core platforms with improved vectorization require high memory bandwidth. To improve performance, architectures like Knights Landing include a high bandwidth and low capacity in-package high bandwidth...
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