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Semantic Model of Syllabus and Learning Ontology for Intelligent Learning System

机译:智能学习系统的课程大纲语义模型和学习本体

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The syllabus is a blueprint of course for teaching and learning because it contains the important meaning of promise between instructor and students in higher education and university. However, the current most of all syllabus management systems provide simple functionalities including creation, modification, and retrieval of the unstructured syllabus. In this paper, our approach consists of a definition of the ontological structure of the syllabus and semantic relationships of syllabuses, classification and integration of the syllabus based on ACM/IEEE computing curriculum, and formalization of learning goals, learning activity, and learning evaluation in syllabus using Bloom's taxonomy for improving the usability of the syllabus. Also, we propose an effective method for enhancing the learning effect of students through the construction of subject ontology, which is used in discussion, visual presentation, and knowledge sharing between instructor and students. We prove the retrieval and classification correctness of our proposed methods according to experiments and performance evaluations.
机译:该课程大纲是教学课程的蓝图,因为它包含了高等教育和大学中教师与学生之间的承诺的重要含义。但是,当前大多数的课程提纲管理系统都提供简单的功能,包括非结构化课程提纲的创建,修改和检索。在本文中,我们的方法包括定义教学大纲的本体结构和教学大纲的语义关系,基于ACM / IEEE计算课程的教学大纲的分类和集成,以及学习目标,学习活动和学习评估的形式化教学大纲使用Bloom的分类法来提高教学大纲的可用性。此外,我们提出了一种通过构建主题本体来提高学生学习效果的有效方法,该方法用于讨论,视觉呈现以及师生之间的知识共享。我们根据实验和性能评估证明了所提出方法的检索和分类正确性。

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