Effect or Program Constructs on Code Readability and Predicting Code Readability Using Statistical Modeling

IF 1.8 Q3 COMPUTER SCIENCE, ARTIFICIAL INTELLIGENCE
Aisha Batool, Muhammad Bilal Bashir, M. Babar, Adnan Sohail, N. Ejaz
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引用次数: 0

Abstract

Abstract In software, code is the only part that remains up to date, which shows how important code is. Code readability is the capability of the code that makes it readable and understandable for professionals. The readability of code has been a great concern for programmers and other technical people in development team because it can have a great influence on software maintenance. A lot of research has been done to measure the influence of program constructs on the code readability but none has placed the highly influential constructs together to predict the readability of a code snippet. In this article, we propose a novel framework using statistical modeling that extracts important features from the code that can help in estimating its readability. Besides that using multiple correlation analysis, our proposed approach can measure dependencies among di erent program constructs. In addition, a multiple regression equation is proposed to predict the code readability. We have automated the proposals in a tool that can do the aforementioned estimations on the input code. Using those tools we have conducted various experiments. The results show that the calculated estimations match with the original values that show the effectiveness of our proposed work. Finally, the results of the experiments are analyzed through statistical analysis in SPSS tool to show their significance.
程序结构对代码可读性的影响及使用统计建模预测代码可读性
摘要在软件中,代码是唯一保持最新的部分,这表明代码的重要性。代码可读性是指代码的能力,使其对专业人员可读和理解。代码的可读性一直是开发团队中程序员和其他技术人员非常关心的问题,因为它对软件维护有很大的影响。已经做了很多研究来衡量程序结构对代码可读性的影响,但没有一项研究将具有高度影响力的结构放在一起来预测代码片段的可读性。在本文中,我们提出了一个使用统计建模的新框架,该框架从代码中提取重要特征,有助于估计代码的可读性。除了使用多重相关性分析之外,我们提出的方法还可以测量不同程序结构之间的依赖性。此外,还提出了一个多元回归方程来预测代码的可读性。我们已经在一个工具中自动化了提案,该工具可以对输入代码进行上述估计。利用这些工具,我们进行了各种实验。结果表明,计算的估计值与原始值相匹配,表明了我们提出的工作的有效性。最后,在SPSS工具中对实验结果进行统计分析,说明其意义。
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来源期刊
Foundations of Computing and Decision Sciences
Foundations of Computing and Decision Sciences COMPUTER SCIENCE, ARTIFICIAL INTELLIGENCE-
CiteScore
2.20
自引率
9.10%
发文量
16
审稿时长
29 weeks
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