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首页> 外文期刊>Journal of Theoretical and Applied Information Technology >THE DEVELOPMENT AND APPLICATION OF A RESPONSIVE WEB-BASED SMART LEARNING SYSTEM FOR THE CYBER PROJECT LEARNING OF ELEMENTARY INFORMATICS GIFTED STUDENTS
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THE DEVELOPMENT AND APPLICATION OF A RESPONSIVE WEB-BASED SMART LEARNING SYSTEM FOR THE CYBER PROJECT LEARNING OF ELEMENTARY INFORMATICS GIFTED STUDENTS

机译:基于响应式Web的智能信息基础学生网络项目学习的开发与应用

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摘要

The purpose of this study is to develop a responsive web-based smart learning system for elementary informatics gifted students by using a cyber teaching and learning environment and to verify the effects of this smart learning system on the information science creative personality. To achieve our goal, we explored theoretical background and surveyed the requirements of the cyber learning system by teachers and students, and then compared them with those of existing cyber learning systems. Next, we developed a responsive web-based smart learning system based on our theoretical background and users? requirements. Then we analyzed our experimental results after applying the cyber learning environment to the 5th and the 6th grade elementary informatics gifted students. We performed our experiment to both a traditional class of the control group by using an existing cyber learning system and a new class of the experimental group by using our smart learning system, and then the paired samples t-tests were carried out. As a result, the mean score of the experimental group is significantly higher on the area of interest in information science and affirmation. According to the result, it has been proved that our smart learning system is effective in improving interest in information science and affirmation for the elementary informatics gifted students.
机译:这项研究的目的是通过使用网络教学环境,为基础信息学的资优学生开发一种基于Web的响应式智能学习系统,并验证该智能学习系统对信息科学创造力的影响。为了实现我们的目标,我们探索了理论背景并调查了师生对网络学习系统的要求,然后将其与现有网络学习系统的要求进行了比较。接下来,我们根据我们的理论背景和用户开发了一种基于Web的响应式智能学习系统。要求。然后,在将网络学习环境应用于5年级和6年级基础信息学天才学生之后,我们分析了实验结果。我们使用现有的网络学习系统对对照组的传统班级进行了实验,并使用我们的智能学习系统对实验组的新班级进行了实验,然后进行了配对样本t检验。结果,在信息科学和确认方面,实验组的平均分数明显更高。根据结果​​,已经证明我们的智能学习系统对于提高信息科学的兴趣和对基础信息学资优学生的肯定是有效的。

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