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Memory System Design and Implementation for a Multiprocessor

机译:多处理器存储系统设计与实现

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In the era of multi-core processors,the challenge of designing a high efficient memory system is more severe than before. This paper focuses on the memory hierarchy design and implementation on a multiprocessor system. With the distributed shared memory (DSM) model,some techniques have been presented to improve the performance of traditional memory hierarchy and simplify the complexity of cache coherence logic. Moreover,the proposed memory system is in favor of power-saving by reducing the number of times to access the lower-level memory devices. The structure of the memory system has been implemented with a 0.18μm CMOS process and some experimental results are presented.
机译:在多核处理器时代,设计高效内存系统的挑战比以往更加严峻。本文着重于多处理器系统上的存储器层次结构设计和实现。使用分布式共享内存(DSM)模型,已提出了一些技术来改善传统内存层次结构的性能并简化缓存一致性逻辑的复杂性。此外,所提出的存储器系统通过减少访问下级存储器设备的次数而有利于节能。该存储系统的结构已采用0.18μmCMOS工艺实现,并给出了一些实验结果。

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