A Lecture Centric Automated Distractor Generation for Post-Graduate Software Engineering Courses

Rudeema Chughtai, F. Azam, Muhammad Waseem Anwar, Wasi Haider Butt, M. U. Farooq
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Abstract

Critical circumstances, natural disasters or pandemics like COVID 19 gave rise to the wide applicability of E-learning into education system. Efficient and fair online assessment is very important to utilize the inevitable benefits of E-learning.. In order to make it efficient, the trend of assessment has shifted from the subjective type to the objective type assessments which is mainly based on Multiple Choice Questions (MCQs), generation of MCQs is a tedious, tiresome and time consuming task. To cater this dire need, this study proposes an automated Multiple Choice Question (MCQ) generation by utilizing state of the art transformer based model T5 for the task of question generation and a lexicon based approach Sense2vec for the task of distractor generation. It also presented a domain specific lecture text based test data for performing evaluation on the task of domain specific lecture text based MCQ generation.
研究生软件工程课程中以讲座为中心的自动干扰物生成
紧急情况、自然灾害或COVID - 19等流行病使电子学习广泛适用于教育系统。有效和公平的在线评估对于利用电子学习的不可避免的好处是非常重要的。为了提高评估的效率,评估的趋势已经从主观式的评估转向了主观式的评估,主观式的评估主要以选择题为主,选择题的生成是一项繁琐、繁琐、耗时的工作。为了满足这一迫切需求,本研究提出了一种自动生成多项选择题(MCQ)的方法,该方法利用最先进的基于变压器的模型T5来生成问题,利用基于词典的方法Sense2vec来生成干扰物。提出了一种基于特定领域讲座文本的测试数据,用于对基于特定领域讲座文本的MCQ生成任务进行评估。
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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