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A Scalability Analysis of the Symmetric Multiprocessing Architecture in Multi-Core System

机译:多核系统对称多处理架构的可伸缩性分析

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The quickly development of the multi-core technology brings plenty of logical processors to the symmetric multiprocessing (SMP) system. As all of cores share the same system bus and memory bandwidth, the additional computing resources canpsilat fully play their roles. It is the basic restrict to the scalability of such a system. Furthermore, the operating system which runs in this system typically provides complex abstractions implemented over shared data structures protected by locks. More contentions come along with the increase of cores in such type of kernel. After several detailed experiments to 5 different types of benchmarks, we recognize these problems in the multi-core SMP system. At last, reasons causing the problems are analyzed and corresponding solutions are raised briefly.
机译:多核技术的快速开发为对称多处理(SMP)系统提供了大量的逻辑处理器。随着所有核心共享相同的系统总线和内存带宽,额外的计算资源坎普拉特完全发挥作用。这是对这种系统的可扩展性的基本限制。此外,在该系统中运行的操作系统通常提供通过受锁保护的共享数据结构实现的复杂抽象。在这种类型的内核中的核心增加,更多的争论伴随着。经过几个详细的实验到5种不同类型的基准,我们认识到多核SMP系统中的这些问题。最后,分析了导致问题的原因,并简要提出了相应的解决方案。

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