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Creating a Topic Maps Based e-Learning System on Introductory Physics

Paper, was published by Motomu Naito and Shu Matsuura at 2008-10-16

This paper discusses a construction of an introductory physics e-learning system based on Topic Maps.

External Link: download paper

Construction of an introductory physics e-learning system based on Topic Maps is discussed in view of subject-centric design of web-based learning. A pilot system with a visualized Topic Maps portal was created and utilized for students’ self-study of university lectures. The aim of this system is to provide a platform where learners can design their study by themselves, and extend their study into information resources on the Internet. The students’ response to an inquiry on their impressions of the pilot system suggested that the
Topic Maps portal is useful for figuring out the relationships of knowledge, and that navigation for the order of learning materials was required for beginners. Further, an e-Learning Topic Maps system that consists of three main domains, i.e., physics subjects, learning resource types, and learning record types, was created to improve the system
extensible in physics related knowledge and in the types of associations between subjects.

Authors

Shu Matsuura

No contact information available. 

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Shu is involved in Everyday Physics on Web.

Presented at

TMRA 2008

Conference in Leipzig from {{start}} to {{end}}

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TMRA 2008 will be the fourth event in the annual series of international conferences on Topic Maps Research and Applications. TMRA is the advanced …

Visit homepage of TMRA 2008

Projects

Everyday Physics on Web

is a {{project}}.

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Motomu Naito and Shu Matsuura at Tokyo Gakugei University have developed a web site for physics students, called Everyday Physics on Web. The site ...

Visit homepage of Everyday Physics on ...

 

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maiana

Topic Maps is an excellent paradigm to support human thinking and to visualize networked information. As part of my PhD project, I therefore chose Topic Maps as the conceptual foundation for designing and implementing a software prototype for semantic knowledge retrieval.

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