权益分类	功能权益	普通用户	{{item.name}}会员
{{category.name}}	{{benefitItem.name}}

Proposal and demonstration experiment of the next generation education style using high-speed optical wireless LAN system.

使用高速光纤无线局域网系统的下一代教育方式的提案和演示实验。

基本信息

批准号：
16604008
负责人：
SHIMIZU Kayo
金额：
$ 2.37万
依托单位：
Japan Women's University
依托单位国家：
日本
项目类别：
Grant-in-Aid for Scientific Research (C)
财政年份：
2004
资助国家：
日本
起止时间：
2004 至 2005
项目状态：
已结题

项目摘要

This study is aimed for construction of a virtual university of science education in the 21st century. We show below the details of the result that we investigated.【2004.4-2005.3】(1)Making of teaching material that can use sharing lecture of physics and experiment contentsI performed contents development for teaching aids of "a holography experiment" with a multimedia content authoring tool APSEM. The question on the handling of the device has decreased by using this content. The possibility that a few staff was able to achieve a kind experiment education was shown. Result of the questionnaire was shown that students advanced their experiment by themselves and then they felt the achievement for the experiment.(2)Data collection for performance examination of optical wireless LAN systemVisibility and precipitation, etc. were continuously acquired, and the weather dependency was examined in an existing optical wireless system of (800m) between Japan Women's University and Waseda Universi … More ty. As a result, the line utilization rate of 99.9% was obtained through year, and no line utilization rate of 0.1% was intermittently caused.【2005.3-2006.3】(1)Practical use of trail decentralization contentsWe made "Optical Sensing" contents. This content was used in the credit transfer by e-learning with The University of Electro-Communications graduate school. The contents have the feature of the collaborative activity and interactive. Moreover, the material was made a data base, and the system that was able to share by plural lectures was constructed.(2)Three dimension image distribution and real-time scene distribution demonstration experiment by optical wireless LANWe used Optical wireless LAN systems constructed between separate buildings in school and between the Japan Women's Univ. and Waseda Univ., and executed a remote lecture. The image without the noise was able to be delivered. Moreover, we received a favorable review from those who attended a lecture. In addition, we distributed real-time three dimension image by using the developed three dimension image contents display system. Less

本研究旨在构建面向21世纪的虚拟理科教育大学。具体内容如下：[2004.4-2005.3](1)物理与实验内容共享教材的制作利用多媒体内容创作工具APSEM进行了《全息实验》教具的内容开发。通过使用这些内容，有关设备操作的问题已经减少。显示了少数工作人员能够实现良好的实验教育的可能性。问卷调查的结果表明，学生是通过自己的努力来推进实验的，并感受到了实验的成就感。(2)在日本女子大学和早稻田大学…之间现有的(800米)光无线系统中，连续采集了可见度和降雨量等性能测试数据，并考察了天气的相关性更多的TY。结果，历年线路利用率达到99.9%，没有间歇性地造成线路利用率0.1%。[2005.3-2006.3](1)轨道分散内容的实际应用我们制作了《光学传感》内容。这一内容被用于与电子通信大学研究生院进行电子学习的学分转移。内容具有协作性、互动性的特点。利用光纤无线局域网进行三维图像分发和实时场景分发演示实验。我们采用了构建在学校内部独立建筑之间和日本女子大学之间的光纤无线局域网系统。和早稻田大学，并进行了一次远程讲座。没有噪音的图像能够被传递。此外，我们还收到了参加讲座的人的好评。此外，利用开发的三维图像内容显示系统，实现了实时三维图像的发布。较少