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首页> 外文期刊>WSEAS Transactions on Advances in Engineering Education >Collaborative Learning Environment to Improve Novice Programmer with Convincing Opinions
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Collaborative Learning Environment to Improve Novice Programmer with Convincing Opinions

机译:协作学习环境以令人信服的观点改善新手程序员

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摘要

At the present, many universities do not have enough teaching staffs for programming training. The teacher cannot give suggestions in a timely fashion to all of the students who need guidance for their programming problems. The training condition reduces motivation to learn programming of the students. We propose a model to promote collaborative learning among the students. In the model, the students are combined into small groups to practice programming. Although every group member has to do programming independently, they are encouraged to share programming problems with other group members to find out solution. The voting mechanism is applied to each group. If a group member gives an opinion which is evaluated convincing one, the member is rewarded by others with COOP points. For effective collaboration of students in each group, we combine students based on two features of each student. One is programming ability, which are scores of the source codes. The other is contribution to group, which are COOP points accumulated during the collaborative learning. Using the model, we developed a collaborative learning environment, Col-E. The Col-E has been applied to actual classes in Ritsumeikan university, Japan. The experiment results show that Col-E has good possibilities to improve any kinds of students.
机译:目前,许多大学没有足够的教学人员来进行程序设计培训。老师不能及时为所有需要编程问题指导的学生提供建议。训练条件降低了学习学生编程的动力。我们提出了一种促进学生之间协作学习的模型。在模型中,学生被分成小组来练习编程。尽管每个小组成员都必须独立进行编程,但是鼓励他们与其他小组成员共享编程问题以找出解决方案。投票机制适用于每个组。如果小组成员提出的意见得到评估,该意见令人信服,那么该成员将获得其他人的COOP奖励。为了使每个小组中的学生有效合作,我们会根据每个学生的两个特征来组合他们。一种是编程能力,这是源代码的分数。另一个是对小组的贡献,这是在协作学习过程中累积的COOP点。使用该模型,我们开发了协作学习环境Col-E。 Col-E已应用于日本立命馆大学的实际课程。实验结果表明,Col-E具有改善任何类型学生的良好可能性。

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