自动增量状态保存

D. West, K. Panesar
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引用次数: 86

摘要

我们提出了一种增量状态保存技术,通过直接编辑应用程序可执行文件来自动插入状态保存调用。这种方法的优点是易于使用,因为它是全自动的,并且具有良好的性能,因为它只在修改状态时增加开销。由于编辑发生在可执行代码上,因此该方法独立于编译器,并允许使用第三方库。之前的增量状态保存方法都没有这两种特性。我们发现,与复制状态保存相比,如果在每个事件中修改的状态少于15%,则使用自动增量状态保存是有益的。这种技术允许我们有效地并行现有的模拟,并使时间扭曲更容易访问非时间扭曲专家。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automatic Incremental State Saving
We present an Incremental State Saving technique for which the state saving calls are inserted automatically by directly editing the application executable. This method has the advantage of being easy to use since it is fully automatic, and has good performance since it adds overhead only where state is being modified. Since the editing happens on executable code, the method is independent of the compiler, and allows third party libraries to be used. None of the previous incremental state saving methods have both of these features. We find that it is beneficial to use Automatic Incremental State Saving if less than 15% of the state is modified in each event as compared to copy state saving. This technique allows us to efficiently parallelize existing simulations, and makes Time Warp more accessible to non-Time Warp experts.
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