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Extending Cognitive Skill Classification of Common Verbs in the Domain of Computer Science for Algorithms Knowledge Units

机译:扩展计算机科学领域的常见动词的认知技能分类,用于算法知识单位

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To provide an adaptive guidance to the instructors through designing an effective curriculum and associated learning objective, an automatic system needs to have a solid idea of the prerequisite cognitive skills that students have before commencing a new knowledge before enhancing those skills which will enable students to steadily acquire new skills. Obtaining the learning objectives in knowledge units based on cognitive skills is a tedious and time-consuming task. This paper presents subtasks of an automatic meta-learning recommended model that enables the extraction of learning objectives from knowledge units, which are teaching materials. Knowing the cognitive skills will help mentors to connect the knowledge gaps between learning materials and their aims. The model applies Natural Language Processing (NLP) techniques to identify relevant knowledge units and their verbs, which assist in the identification of extracting the learning objectives and classifying the verbs based on cognitive skill levels. This work focuses on the computer science knowledge domain. We share the result that evaluates and validates the model using three textbooks. The performance analysis shows the importance and the strength of the automatic extraction and classification of the verbs among knowledge units based on cognitive skills.
机译:为了通过设计有效的课程和相关的学习目标向教师提供适应性的指导,自动系统需要坚定地了解学生在开始新知识之前的先决条件认知技能,在提高那些将使学生稳步发展的技能之前获得新技能。基于认知技能获得知识单位的学习目标是乏味且耗时的任务。本文介绍了自动元学习推荐模型的子组织,可以从知识单位提取学习目标,这些模型是教​​材。了解认知技能将有助于导师在学习材料和目标之间连接知识差距。该模型应用自然语言处理(NLP)技术来识别相关知识单位及其动词,这有助于确定提取学习目标并根据认知技能水平对动词进行分类。这项工作侧重于计算机科学知识领域。我们分享使用三本教科书评估和验证模型的结果。性能分析显示了基于认知技能的知识单位自动提取和自动提取和分类的重要性和强度。

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