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Using Docker Containers to Improve Reproducibility in Software Engineering Research

机译:使用Docker容器提高软件工程研究的可重复性

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摘要

The ability to replicate and reproduce scientific results has become an increasingly important topic for many academic disciplines. In computer science and, more specifically, software engineering, contributions of scientific work rely on developed algorithms, tools and prototypes, quantitative evaluations, and other computational analyses. Published code and data come with many undocumented assumptions, dependencies, and configurations that are internal knowledge and make reproducibility hard to achieve. This technical briefing presents how Docker containers can overcome these issues and aid the reproducibility of research artifacts in software engineering and discusses their applications in the field.
机译:复制和复制科学结果的能力已成为许多学科越来越重要的话题。在计算机科学(更具体地说,是软件工程)中,科学工作的贡献依赖于开发的算法,工具和原型,定量评估以及其他计算分析。已发布的代码和数据带有许多未记录的假设,依赖关系和配置,这些假设,依赖关系和配置是内部知识,因此很难实现可重复性。本技术简报介绍了Docker容器如何克服这些问题并有助于软件工程中研究工件的可重复性,并讨论了它们在该领域的应用。

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