论文的再现性报告:“并行离散事件模拟的混合投机同步”

Elsa Gonsiorowski
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引用次数: 0

摘要

本文提出了一种并行离散事件仿真(PDES)运行时,该运行时能够结合两种不同的同步算法:Window Racer(保守)和Time Warp(乐观)。作者已经将他们的工件上传到Zenodo,以确保工件的DOI和长期保留,从而获得工件可用徽章。该工件允许轻松地重新运行所有实验和生成所有结果图形。依赖性有很好的文档记录。工件中的软件运行正确,并且与论文相关。因此,本文可以获得器物评估功能徽章。此外,实验参数易于调整和重新配置,从而获得工件评估可重用徽章。虽然再现的图表显示了不同的数据,但原论文的结论和分析仍然成立,并授予Results reproduction徽章。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Reproducibility Report for the Paper: “Hybrid Speculative Synchronisation for Parallel Discrete Event Simulation”
The examined paper presents a parallel discrete-event simulation (PDES) runtime which is able to combine two disparate synchronization algorithms: Window Racer (conservative) and Time Warp (optimistic). The authors have uploaded their artifact to Zenodo, ensuring a DOI and long-term retention of the artifact earning the Artifacts Available badge. The artifact allows for easy re-running of all experiments and generation of all resultant figures. The dependencies are well documented. The software in the artifact runs correctly and is relevant to the paper. This paper can thus recieve the Artifacts Evaluated–Functional badge. In addition, the experimental parameters are easily adjusted and reconfigured, thus earning the Artifacts Evaluated–Reusable badge. Although some of the reproduced graphs show different data, the conclusions and analysis of the original paper still hold and the Results Reproduced badge is awarded.
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