Compile-time concurrent marking write barrier removal

V. K. Nandivada, David Detlefs
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引用次数: 9

Abstract

Garbage collectors incorporating concurrent marking to cope with large live data sets and stringent pause time constraints have become common in recent years. The snapshot-at-the-beginning style of concurrent marking has several advantages over the incremental update alternative, but one main disadvantage: it requires the mutator to execute a significantly more expensive write barrier. This paper demonstrates that a large fraction of these write barriers are unnecessary, and may be eliminated by static analysis.
编译时并发标记写屏障移除
近年来,采用并发标记来处理大型实时数据集和严格的暂停时间限制的垃圾收集器已经变得很常见。与增量更新替代方法相比,初始快照样式的并发标记有几个优点,但有一个主要缺点:它要求mutator执行一个代价高得多的写屏障。本文证明,这些写障碍中的很大一部分是不必要的,可以通过静态分析消除。
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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