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Research of Communication in the Science Teaching-Learning Process through the Index of Physiological Response

通过生理反应指标研究科学教与学过程中的沟通

基本信息

批准号：
12680185
负责人：
MURAI Moriyasu
金额：
$ 1.6万
依托单位：
Oita University
依托单位国家：
日本
项目类别：
Grant-in-Aid for Scientific Research (C)
财政年份：
2000
资助国家：
日本
起止时间：
2000 至 2001
项目状态：
已结题

来源：
https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-12680185/
关键词：
Science Education Teaching-Learning Process Physiology Response Analysis Communication Class Research 授業研究

项目摘要

Today, the phenomena which influences even true nature of the school, may be symbolized with the word such as class collapse and a technological distance comes out. These phenomena occurred in the environment that society became rich. But a true nature is deeply concerned with whether a teacher can teach better in a class. So, this research was done about science-teaching-learning process which made a physiology response an index. First, the relation of the power spectrum and the frequency of the data on the skin resistance response in class are analyzed. Second, when the subjects concentrated very much and listened attentively, that slope becomes close to 2, and when the subjects tended of the stir, that slope becomes close to 1. At this time, this phenomena had two piles of that distribution in the communication process. This can be thought to come from reflecting the double structure of the emotion information processing and the recognition information processing. And, as a brain waves analysis, we measured the brain waves of all the subjects in science class about following case, (1) use of Internet, (2) micro-class which consists of one teacher, four learners, and one observer, (3) debate which consists of one chairman, four debater and one judge. Through analyzing these data we got some meaningful knowledge about the activities conditions of the brain and possibility of the use of the brain waves for the communication analysis.

今天，甚至影响学校真正性质的现象，可以用阶级崩溃和技术距离等词来象征。这些现象都是在社会富裕的大环境下发生的。但真正的本性是深深关心一个老师是否能在课堂上教得更好。因此，本研究以生理反应为指标，对科学教学过程进行了研究。首先，分析了类内表面电阻响应数据的功率谱与频率的关系。第二，当受试者非常集中注意力并认真倾听时，斜率接近2，而当受试者倾向于搅拌时，斜率接近1。此时，这种现象在传播过程中就有了两堆即分布。这可以认为是反映了情感信息加工和认知信息加工的双重结构。作为脑电波分析，我们测量了所有被试在科学课堂上的以下情况下的脑电波：（1）使用互联网，（2）由一名教师，四名学习者和一名观察员组成的微课堂，（3）由一名主席，四名辩论者和一名法官组成的辩论。通过对这些数据的分析，我们得到了一些有意义的知识，大脑的活动情况和脑电波用于通信分析的可能性。