arXiv 2103.013872021-03-02cs.SE

基于数据科学的软件工程析因知识体系结构研究

On a Factorial Knowledge Architecture for Data Science-powered Software Engineering

Zheng Li

摘要：

鉴于科学中的数据密集型和协作趋势，软件工程社区也越来越关注从数据存储库中获得有价值和有用的见解。然而，将数据科学应用于软件工程（例如，如果缺乏合适的知识体系结构（KA），挖掘软件存储库）可能是盲目的和无意义的。通过观察软件工程实践通常通过一组因素（例如，编程器容量、不同的环境条件等）在此基础上，提出了一种基于因素的软件工程知识共享层次模型，以最大化软件资源库的价值，并对未来的软件数据驱动研究有所启发。特别是，它是有组织的因素和它们的关系，有助于指导软件工程知识挖掘，而挖掘的知识反过来将通过相关的因素和它们的相互作用索引/管理。本文阐述了我们关于阶乘KA的思想，并简要地说明了一个KA组件，即软件产品工程的早期版本KA。一旦充分的范围，这个拟议的KA将补充众所周知的SWEBOK的因素为中心的知识管理和潜在的软件工程知识的覆盖面/含义。

英文摘要：

Given the data-intensive and collaborative trend in science, the software engineering community also pays increasing attention to obtaining valuable and useful insights from data repositories. Nevertheless, applying data science to software engineering (e.g., mining software repositories) can be blindfold and meaningless, if lacking a suitable knowledge architecture (KA). By observing that software engineering practices are generally recorded through a set of factors (e.g., programmer capacity, different environmental conditions, etc.) involved in various software project aspects, we propose a factor-based hierarchical KA of software engineering to help maximize the value of software repositories and inspire future software data-driven studies. In particular, it is the organized factors and their relationships that help guide software engineering knowledge mining, while the mined knowledge will in turn be indexed/managed through the relevant factors and their interactions. This paper explains our idea about the factorial KA and concisely demonstrates a KA component, i.e. the early-version KA of software product engineering. Once fully scoped, this proposed KA will supplement the well-known SWEBOK in terms of both the factor-centric knowledge management and the coverage/implication of potential software engineering knowledge.

机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。

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英文摘要：

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