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Learning Environment and Learning Activities With Chemistry and Physics Laboratory on the Web

机译:网络上的化学物理实验室的学习环境和学习活动

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In this project we had based on the Internet Science Laboratory that constructed in the Computer Supported Cooperative Works learning model within virtual environments, for specifically selected confused science topics which caused lots of learning difficulties for students as tutorial materials, to acknowledge cognitive, affective, skillful instruction goals. Then, arranging students to learn science materials in the Internet classroom. The final step is to focus on the learning process to proceed the formative evaluation using questionnaire and Likert scaling, trying to understand the learning motivation, the procedure of problem solving and the learning disability in secondary schools. We proposed the "Dynamic Remedial-Instruction Path(DRIP)" algorithm to diagnose what is student's learning barriers, according to the learning concepts and weight values of conceptual graph to establish the assisted learning paths, then found out the real misconcept. In order to achieve the goal of learning, our system provided teaching materials, experiment materials, search engine, Web BBS...etc for learning activity.
机译:在这个项目中,我们基于互联网科学实验室,该实验室在虚拟环境中的计算机支持的合作作品学习模型中构建,用于专门选择的混淆性科学主题,这些主题给学生带来很多学习困难,作为教程材料,以承认他们的认知,情感,技巧教学目标。然后,安排学生在互联网教室中学习科学材料。最后一步将重点放在学习过程上,以问卷和李克特量表进行形成性评估,试图了解中学的学习动机,解决问题的过程和学习障碍。我们提出了“动态辅导路径”算法来诊断什么是学生的学习障碍,根据学习概念和概念图的权重值来建立辅助学习路径,进而找出真正的误解。为了达到学习目的,我们的系统提供了学习活动的教材,实验材料,搜索引擎,Web BBS ...等。

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