简单、可见的缓存一致性

R. Kunz, M. Horowitz
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引用次数: 2

摘要

共享内存研究社区已经提出了许多复杂的通信协议,旨在消除特定的性能瓶颈,同时仍然提供易于使用的通信接口。虽然定制的协议可以消除实际应用程序中出现的一些瓶颈,但是通过软件优化和错误修复来消除瓶颈的原因实现起来更便宜,修复起来更快(一旦发现),并且除了简单的共享内存接口之外,不需要硬件的额外支持。事实上,根据我们的经验,选择一致性协议远不如提供有效的硬件反馈来识别问题的根源重要。未来的缓存一致性研究应该集中精力阐明内存系统的行为,提供更智能的工具来识别瓶颈,并通过软件优化来帮助消除它们。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The case for simple, visible cache coherency
The shared memory research community has proposed many complex communication protocols that aim to eliminate specific performance bottlenecks, while still providing an easy-to-use communication interface. Although tailored protocols can eliminate some bottlenecks that arise in real applications, removing the cause of the bottleneck through software optimizations and bug fixes is cheaper to implement, faster to fix (once found), and requires no additional support by the hardware beyond a simple shared memory interface. In fact, in our experience, the choice of coherence protocol is much less important than providing an efficient hardware feedback that indentifies the source of the problem. Future cache-coherence research should focus efforts on illuminating memory system behavior, providing smarter tools to identify bottlenecks, and helping to eliminate them through software optimizations.
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