2016/08/09 Dの田中早苗さん、M2のアリアさんがIEEE-ICCSE 2016で研究発表！
2016/09/02
8月23日（火）～25日（木）まで、国際学会（IEEE- The 11th International Conference on Computer Science & Education (CCSE 2016)が名古屋大学で開催されます。
Dの田中早苗さん（東京家政大学准教授）、M2のアリアさんの発表論文が採択され、この国際学会で発表することになりました。
2人とも初めての英語での発表なので、準備がたいへんだと思いますが、がんばってください。
研究テーマ
「A Proposal of an Education Method for Dress-Making Utilizing Learning Management System」
著者
Sanae Tanaka, Kayoko Yamamoto
要旨
The moving images are very effective in explaining how to sew clothes. This study aims to propose a new education method for dress-making utilizing Learning Management Systems (LMS) at universities. Specifically, the authors created the contents of moving images as the teaching materials for clothing, and distributed those utilizing LMS. Since there are no PCs for students in most of sewing practical rooms at universities, 67% of students accessed the contents of moving images using PCs and smartphones after coming homes. In order to examine the possibility of LMS adaptation into the formal classes in clothing, the authors conducted a questionnaire survey to the students. More than 90 % of the students had the environment in which they can view the moving images, and about 70% of the students actually accessed them. The authors calculated the correlation coefficient between the number of accesses, attention frequency and work evaluation. As a result, the number of accesses and attention frequency had a negative correlation.
研究テーマ
「Development of AR/VR Navigation System Using Non-Linguistic Information」
著者
Marzieh Aliabadi Farahani, Kayoko Yamamoto
要旨
This study aims to develop a navigation system for a wide range of people including foreigners who visit Japan and cannot understand Japanese at all. Though there are already a lot of navigation systems corresponding to many languages, it is impossible to further develop such systems in the same way as before. Therefore, this study demonstrates the originality to use non-linguistic information such as symbols, marks and pictograms, and to supports the tourist excursions by making it possible to collect, accumulate, share and utilize tourist spot information, using mixed AR/VR technologies. The usefulness of this system, especially when used outdoors, can be summarized in the following three points: 1) Reduction of constraints of time and space: Because the system can provide non-linguistic information with or without a recommendation request using AR technology, users can acquire appropriate information anytime, anywhere. 2) Realization of a dynamic real-time situation: By taking account of each user’s situation and the information that becomes a topic on Twitter, the system can provide users with information relevant to each situation in real time. 3) Reduction of the burden of information acquisition: Because the system can provide information relevant to the situation at any time using mixed AR/VR technologies, the occasions for users to acquire information via terminals are reduced, enabling them to engage in efficient tourist activities.
