Contributions of Bioinformatics for computing education in the detection of programming assignment plagiarism

Kaio P. Gomes, S. N. Matos
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引用次数: 1

Abstract

Any source code can be modified in several ways to confuse plagiarism detection systems. Such diverse modifications require the usage of systems which can handle different types of plagiarism. The usage of automatic source code plagiarism detectors has implications for computing education. This paper extends Pedersen’s work, a Bioinformatics method, by performing the application of this method on programming plagiarism domain, and by analyzing the usage of such tools through a discussion associated with the support for professors in assessing students’ assignments. The application results are compared to a commonly used solution for the same purpose, the JPLAG tool. As a result of the evaluating study, the applied method showed a higher rate of similarity for specific types of plagiarism. Also, as a result of the analysis involving the use of an automatic tool for plagiarism in programming showed the benefits for computing education.
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生物信息学对计算机教育在程序作业抄袭检测中的贡献
任何源代码都可以通过多种方式修改,以混淆抄袭检测系统。如此多样的修改需要使用能够处理不同类型抄袭的系统。自动源代码抄袭检测器的使用对计算机教育具有重要意义。本文扩展了Pedersen的工作,这是一种生物信息学方法,通过将这种方法应用于编程抄袭领域,并通过与教授评估学生作业的支持相关的讨论来分析这些工具的使用情况。将应用程序的结果与用于相同目的的常用解决方案JPLAG工具进行比较。评估研究的结果是,所应用的方法对特定类型的剽窃显示出更高的相似性。此外,由于分析涉及在编程中使用抄袭自动工具,显示了对计算机教育的好处。
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Contributions of Bioinformatics for computing education in the detection of programming assignment plagiarism A rota da aprendizagem: Seriam os games uma via? SATA (Sistema de Acompanhamento do Tratamento de Autismo)
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