Out of Hand for Hardware? Within Reach for Software!

Zhihong Luo, Silvery Fu, Emmanuel Amaro, Amy Ousterhout, S. Ratnasamy, S. Shenker
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Abstract

Events that take 10s to 100s of ns like cache misses increasingly cause CPU stalls. However, hiding the latency of these events is challenging: hardware mechanisms suffer from the lack of flexibility, whereas prior software mechanisms fall short due to large overhead and limited event visibility. In this paper, we argue that with a combination of two emerging techniques - light-weight coroutines and sample-based profiling, hiding these events in software is within reach.
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硬件失控?触手可及的软件!
像缓存丢失这样耗时10秒到100秒的事件越来越多地导致CPU停滞。然而,隐藏这些事件的延迟是具有挑战性的:硬件机制缺乏灵活性,而先前的软件机制由于开销大和事件可见性有限而不足。在本文中,我们认为结合两种新兴技术——轻量级协同程序和基于样本的分析,在软件中隐藏这些事件是可以实现的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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