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PPT

机译:PPT

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摘要

With the popularity of multi-core architecture, to sustain the memory demands from different cores, the memory system is expected to grow significantly in both speed and capacity. This will lead to increasing power consumption in the memory system. Therefore, it is critical to address the power issue in the memory subsystem. In designing a power-aware memory system, due to the interplay among power, thermal and performance, all the three factors need to be taken into account. In this paper, we propose the first joint performance, power and thermal management framework (PPT) through orchestrating task execution and page allocation. The PPT framework adapts to system loading to maximize power saving and avoid memory hotspot at the same time whiling sustaining the system bandwidth demand.
机译:随着多核体系结构的普及,为了满足不同核对存储的需求,预计存储系统的速度和容量都会显着增长。这将导致存储系统中的功耗增加。因此,解决内存子系统中的电源问题至关重要。在设计功耗感知存储系统时,由于功耗,散热和性能之间的相互作用,因此需要考虑所有三个因素。在本文中,我们通过协调任务执行和页面分配提出了第一个联合性能,电源和热管理框架(PPT)。 PPT框架适应系统负载,以最大程度地节省功率并避免内存热点,同时维持系统带宽需求。

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