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Topic 2: Performance and Power Modeling,Prediction and Evaluation

机译:主题2:性能和功率建模,预测和评估

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In recent years, a range of novel methods and tools have been developed for the evaluation, design, and modeling of parallel and distributed systems and applications. At the same time, the term 'performance' has broadened to also include scalability and energy efficiency, and touching reliability and robustness in addition to the classic resource-oriented notions.The papers submitted to this track represent researchers working on different aspects of performance modeling, evaluation, and prediction, be it for systems or for applications running on the whole range of parallel and distributed systems (multicore and heterogeneous architectures, HPC systems, grid and cloud contexts, etc.). The accepted papers present novel research in all areas of performance modeling, prediction, and evaluation, and to help bring together current theory and practice.The topic received 17 submissions, which were thoroughly reviewed by the 7 members of the track Program Committee and external reviewers. Out of all the submissions and after a careful and detailed discussion among committee members, we finally decided to accept 5 papers, resulting in a per-topic acceptance ratio of 29%.We would like to thank the authors for their submissions, the Euro-Par 2020 Organizing Committee for their help throughout all the process, and the Program Committee members and the reviewers for providing timely and detailed reviews as well as for participating in the discussion we carried on after the reviews were received.
机译:近年来,已经开发了一系列新颖的方法和工具,用于并行,分布式系统和应用程序的评估,设计和建模。同时,除了经典的面向资源的概念外,“性能”一词已扩展到还包括可伸缩性和能效,以及触及的可靠性和鲁棒性。 提交给该研究的论文代表研究人员从事性能建模,评估和预测的不同方面的研究,无论是针对系统还是在整个并行和分布式系统(多核和异构体系结构,HPC系统,网格和云)上运行的应用程序上下文等)。被接受的论文对性能建模,预测和评估的各个领域进行了新颖的研究,并有助于汇集当前的理论和实践。 该主题收到了17份意见书,由赛道计划委员会的7名成员和外部审核员进行了全面审查。在所有提交的材料中,经过委员会成员的认真详细讨论之后,我们最终决定接受5篇论文,每主题的接受率为29%。 我们要感谢作者的意见,Euro-Par 2020年组织委员会在整个过程中的帮助以及计划委员会成员和审稿人提供及时详细的审稿以及参与我们进行的讨论收到评论后继续。

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