Redefining Research in Nanotechnology Simulations: A New Approach to Data Caching and Analysis

Darin Tsai, Alan Zhang, A. Rebeiro
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引用次数: 0

Abstract

As the world shifts deeper into the virtual workspace, previous models and systematic designs become obsolete or inconvenient. To keep up with the ever-growing field of nanotechnology simulations, nanoHUB, a public platform for computation research in nanotechnology and related fields, has recently created a code library called Sim2ls. Sim2ls is a revolutionary tool allowing data processed by a simulation to be saved into a globally accessible storage area. Implementation of Sim2ls instantly allows retrieval of output data that has been run before if the same inputs were to be used, skipping the entire calculation process that could take up to several hours of runtime.
重新定义纳米技术模拟研究:数据缓存和分析的新方法
随着世界向虚拟工作空间的深度转移,以前的模型和系统设计变得过时或不方便。为了跟上不断发展的纳米技术模拟领域,纳米技术及相关领域计算研究的公共平台nanoHUB最近创建了一个名为Sim2ls的代码库。Sim2ls是一个革命性的工具,允许将模拟处理的数据保存到全局可访问的存储区域。如果要使用相同的输入,Sim2ls的实现允许立即检索之前运行过的输出数据,从而跳过可能花费几个小时运行时的整个计算过程。
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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发文量
41
审稿时长
22 weeks
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