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A high-performance DRAM controller based on multi-core system through instruction prefetching

机译:通过指令预取基于多核系统的高性能DRAM控制器

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In this paper, we propose a cost-effective way to improve the performance of DRAM based on multi-core system. A novel DRAM controller with instruction prefecthing mechanism is introduced. The controller dynamically selects Open Page(OP) or Close Page(CP) policy by getting some information of future accesses in advance. This DRAM controller with dynamic policy based on instruction prefetching(DP_BIF), can provide DRAM the lowest possible latency without increasing too many areas of chip when compared with the controller only with OP policy or CP policy. The analysis of the simulation results show that the access latency of the DRAM memory can be improved nearly 10.4%, and the throughput of the DRAM is also increased nearly 10.2% by adopting the DP_BIF policy.
机译:在本文中,我们提出了一种经济有效的方法来提高基于多核系统的DRAM的性能。介绍了一种具有指令完善机制的新型DRAM控制器。控制器通过提前获取将来访问的一些信息来动态选择“打开页面”(OP)或“关闭页面”(CP)策略。与仅具有OP策略或CP策略的控制器相比,具有基于指令预取(DP_BIF)的动态策略的DRAM控制器可以为DRAM提供尽可能低的延迟,而不会增加芯片的面积。对仿真结果的分析表明,采用DP_BIF策略可以将DRAM存储器的访问延迟提高近10.4%,并且将DRAM的吞吐量提高近10.2%。

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