Toward a software development model for automatic marking software

H. Koike, K. Akama, Chiharu Ishikawa, Nagatomo Nakamura, Shinya Watanabe
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引用次数: 8

Abstract

In recent years, we have developed several automatic marking systems and used them for marking students' programs, Word files, Excel files, and e-mails in our courses. The automatic marking software provides an effective way to know students' learning states, and enables us to conduct many tests in a large class or an internet online class. Teachers can give students more appropriate instructions and advice referring to the information collected by the systems. If we can expand the use of automatic marking software for other subjects, more teachers and students would benefit. However, developing reliable and efficient marking systems using conventional methods is a difficult and time-consuming job. To help programmers develop automatic marking systems in a clearer, more systematic way, we need a software development model for automatic marking systems. Through development of our systems, we found common structures among several different systems. Generalizing the structures is a first step towards making the model. In this paper, we share our experience of developing automatic marking software and using them in our classes. We then formalize generalizations of the automatic marking systems.
探讨了自动打标软件的软件开发模型
近年来,我们开发了几个自动阅卷系统,并将其用于学生的程序,Word文件,Excel文件和电子邮件的阅卷。自动阅卷软件为了解学生的学习状态提供了一种有效的方式,使我们能够在大班或网络在线课堂上进行大量的测试。教师可以根据系统收集的信息给学生更合适的指导和建议。如果我们可以将自动阅卷软件扩展到其他科目,更多的老师和学生将受益。然而,使用传统方法开发可靠和高效的标记系统是一项困难且耗时的工作。为了帮助程序员以更清晰、更系统的方式开发自动标记系统,我们需要一个自动标记系统的软件开发模型。通过开发我们的系统,我们在几个不同的系统中发现了共同的结构。概括结构是建立模型的第一步。在本文中,我们分享了我们开发自动阅卷软件并在课堂上使用它的经验。然后,我们将自动标记系统的一般化形式化。
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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