使用Matlab/Octave脚本和自动选择包自动设计工程学生考试

Milana Lima dos Santos, Hernán Prieto Schmidt, G. Manassero, E. Pellini
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引用次数: 2

摘要

本文介绍了利用Matlab/Octave脚本和AMC (Auto Multiple Choice)软件包开发的工程类课程试卷的一些应用结果。生成了大量的考试版本;每个学生都会收到一个特定的版本,里面有特定的数字数据,甚至还有特定的问题。考试是通过LaTeX文本处理指令组成的。由于这个过程可能非常繁琐,因此包含Matlab/Octave脚本,以便自动生成所有版本的输入数据和相应的答案。然后,AMC会扫描所有返回的试卷,计算分数,并通过电子邮件将标记好的试卷发送给学生。这种方法带来的好处如下:(i)学生可以获得快速、详细的反馈,从中他们可以自我评估自己的学习过程;(ii)对学生就特定问题或主题的整体表现进行统计分析是直截了当的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automated design for engineering student examinations using Matlab/Octave scripts and the Auto Multiple Choice package
This paper presents some results from the application of examination papers for engineering courses developed through Matlab/Octave scripts and the AMC (Auto Multiple Choice) package. A large set of exam versions is generated; each student receives a particular version with specific numerical data, and even specific questions. Exams are composed through LaTeX text processing instructions. As this process can be very tedious, Matlab/Octave scripts are included so as to automate the generation of input data and the corresponding answers for all versions. AMC then scans all returned exams, computes the scores and sends the marked exams back to the students through e-mail. Benefits arising from this methodology are as follows: (i) the students receive fast, detailed feedback from which they can self-evaluate their own learning process, and (ii) executing statistical analyses regarding the students' overall performance with respect to a particular question or topic is straightforward.
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