- http://www.topicmapslab.de/people/Shu_Matsuura
Shu Matsuura
Author of
Creating a Topic Maps Based e-Learning ...
by Motomu Naito and Shu Matsuura
Construction of an introductory physics e-learning system based on Topic Maps is discussed in view of subject-centric design of web-based learning. …
Was presented at TMRA 2008.
Development of a Trans-Field Learning ...
by Shu Matsuura
A knowledge base consisting of topic maps of various fields, such as physics, chemistry, earth science, industry, daily life, history etc., was …
Was presented at TMRA 2009.
Introductory physics education by a Topic ...
by Shu Matsuura
This article is only available in japanese! In the previous e-Learning system that the author had developed, the learning materials specific to …
Creating a Topic Map-Driven Learning Portal
by Shu Matsuura
The author had created and publicized an original e-Learning system of introductory physics on the basis of original learning resources. In this …
Was presented at TMJP - Topic Maps ....
Development of a Constellation Topic Map ...
by Shu Matsuura, Kimitaka Amano, ...
We are developing a learning portal, “Everyday Physics on Web" at http://tm.u-gakugei.ac.jp:8080/epw/ based on the Topic Maps. In the present …
Was presented at TMJP - Topic Maps ....
Use of the Wii Remote for Interaction in a ...
by Shu Matsuura
Topic Maps is expected to be a fundamental for the future web system that will be embedded in the daily life environment. In the future web …
Was presented at TMRA 2010.
Learning Trajectory on a Topic Map of ...
by Shu Matsuura
An introductory physics e-Learning equipped with a topic map portal to induce exploratory self-learning was developed. This topic map also …
Was presented at Asian Topic Maps ....
Project Member of
Everyday Physics on Web
is a Topic Maps driven web application.
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 ...
Topic Maps is the only formal semantic model which is optimized for humans, not for computers. Applications and web portals based on Topic Maps are easy to use, without limitations for flexibility and creativity.
Ruby Topic Maps
