用于多处理器的多级分层缓存一致性协议

Craig Anderson, J. Baer
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引用次数: 9

摘要

为了满足未来十年的计算需求,共享内存处理器必须具有可扩展性。尽管单个共享总线架构在过去已经取得了成功,但是总线带宽的缺乏限制了可以有效地放在单个总线机器上的处理器数量。已经提出的解决有限带宽问题的一种体系结构由通过总线的树型层次结构连接的处理器组成。作者提出了一种基于分层总线的共享内存系统的研究工具。他们强调了分层缓存一致性协议的主要特点,并给出了通过指令级模拟器获得的一些初步性能结果。
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A multi-level hierarchical cache coherence protocol for multiprocessors
In order to meet the computational needs of the next decade, shared-memory processors must be scalable. Though single shared-bus architectures have been successful in the past, lack of bus bandwidth restricts the number of processors that can be effectively put on a single bus machine. One architecture that has been proposed to solve the limited bandwidth problem consists of processors connected via a tree hierarchy of buses. The authors present a tool to study a hierarchical bus based shared-memory system. They highlight the main features of a hierarchical cache coherence protocol and give some preliminary performance results obtained via an instruction level simulator.<>
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