Developing educational ontology: a case study in physics

Jizhi Chen, Junzhong Gu
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引用次数: 4

Abstract

Nowadays, e-learning systems are widely developed. With e-learning, students can learn different subjects remotely, and teachers can edit online teaching scripts and issue online courseware. But complain is ceaseless, that is either students or teachers are not satisfied with the existing state of affairs. The reason is that they expect that students can master knowledge architecture of required subjects, but current scattered courseware lacks systematicness. How to describe knowledge architectures of subjects, e.g. in K12, and help students to master them? Ontology can be used to efficiently present knowledge architecture of different subjects, such as Physics. A big challenge is how to construct educational ontology to describe systematic knowledge of subjects automatically. In this paper educational ontology is as a new topic discussed. An approach to automatically constructing educational ontology is proposed to convert textbook into a corresponding Ontology, with High School Physics as an example.
发展教育本体论:以物理学为例
如今,电子学习系统得到了广泛的发展。通过电子学习,学生可以远程学习不同的科目,教师可以编辑在线教学脚本并发布在线课件。但抱怨是不断的,那是学生或教师不满意的现状。原因是他们希望学生能够掌握必修科目的知识架构,而目前零散的课件缺乏系统性。如何描述学科的知识架构,例如高二的知识架构,并帮助学生掌握?本体可以有效地表示不同学科的知识体系结构,如物理。如何构建教育本体来自动描述学科的系统知识是一个很大的挑战。本文将教育本体论作为一个新课题进行探讨。以高中物理为例,提出了一种自动构建教育本体的方法,将教材转化为相应的本体。
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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