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An optimized method of memory simulation accuracy in multicore multithread processor

机译:多核多线程处理器中的内存仿真精度优化方法

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As memory accesses become slower with respect to the processor and consume more power with increasing memory size, the focus of memory performance and power consumption has become increasingly important especially in Multicore-Multithread processor. Multi2Sim is a kind of computer architecture simulation and modeling tool which support Multicore-Multithread processor simulate[4]. The feature makes it a suitable tool for the research of the CMPs architecture. The source code of Multi2Sim is open, which makes it easy to modify and port. But the Multi2Sim provided a poor accuracy to memory system simulation. In this paper, we presented the Multi2Sim simulation framework and make a deep analysis for the key modules kernel. According to the defect, we introduced a project that integrate the DRAMsim with Multi2Sim to solve the problem and gain a accurate memory simulation. At last we discussed the performance of the project.
机译:由于内存访问相对于处理器变慢并消耗更多的功率随着内存大小的增加,但内存性能和功耗的焦点尤其在多核多线程处理器中越来越重要。 Multi2SIM是一种计算机架构仿真和建模工具,支持多芯多线程处理器模拟[4]。 该功能使其成为研究CMPS架构的合适工具。 Multi2sim的源代码是打开的,这使得可以轻松修改和端口。 但是,Multi2sim为内存系统仿真提供了较差的准确性。 在本文中,我们介绍了Multi2SIM仿真框架并对钥匙模块内核进行了深入的分析。 根据缺陷,我们介绍了一个项目,将DRAMSIM与Multi2SIM集成,以解决问题并获得准确的内存仿真。 最后,我们讨论了项目的表现。

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