自动封装HPC最佳实践到数据传输

HUST '15 Pub Date : 2015-11-15 DOI:10.1145/2834996.2834997
Paul Z. Kolano
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引用次数: 2

摘要

本文介绍了Shift自动传输工具及其所采用的机制,以实现更好的性能,同时保持高性能计算环境的稳定性。Shift封装了领域专家在传输过程中理解的最佳实践,因此科学家可以专注于他们的科学,而无需研究文件传输、资源管理和文件系统。Shift了解如何利用可能在广泛分布的用户群中部署的各种传输,如何最大化每种传输可实现的性能,以及每种传输最有效的场景。Shift了解在特定的HPC环境中哪些资源是可用的,以及如何利用它们来显著提高性能,同时防止资源耗尽。最后,Shift了解文件可以传输到哪个文件系统,从哪个文件系统传输到哪个文件系统,以及在幕后影响性能和稳定性的细微差别。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automatically encapsulating HPC best practices into data transfers
This paper presents the Shift automated transfer tool and the mechanisms it employs to achieve better performance while preserving the stability of HPC environments. Shift encapsulates best practices understood by domain experts during transfers so that scientists can focus on their science without the need to study file transports, resource management, and file systems as well. Shift understands how to utilize the variety of transports that might be deployed throughout a widely distributed user base, how to maximize the performance achievable by each, and the scenarios in which each is most effective. Shift understands which resources are available in a particular HPC environment and how to utilize them for significant performance increases while preventing resource exhaustion. Finally, Shift understands the file systems to which and from which files may be transferred and the nuances to their use that affect performance and stability behind the scenes.
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