A learning system of Quadratic Functions based on scaffolding support

T. Ishida, Y. Hirai, K. Kaneko
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Abstract

In this study, we aimed to implement a learning system that supports learners to solve problems with respect to `Existence Domain of Solutions of Quadratic Functions (EDSQF)'. Our system also supports them to relearn previous units of quadratic functions. In addition, we designed a method for estimating learners' weak points with their use histories on our system. In our system, learners can learn by using learning materials with respect to EDSQF and related units. Our system has a function that checks learners' answers automatically and a function that provides explanations. Namely, learners can recognize immediately whether their answer is correct or not. Moreover, if they failed to solve problems, they can find explanations of those problems and challenge to solve related exercises. By providing these functions, learners can do self-learning with our system. Experimental results are proved that our system had a positive effect on learning EDSQF and related units to solve problems.
基于脚手架支撑的二次函数学习系统
在这项研究中,我们旨在实现一个学习系统,支持学习者解决关于“二次函数解的存在域(EDSQF)”的问题。我们的系统还支持他们重新学习以前的二次函数单位。此外,我们设计了一种方法来估计学习者在我们系统上的使用历史的弱点。在我们的系统中,学习者可以使用与EDSQF和相关单元相关的学习材料进行学习。我们的系统有一个自动检查学习者答案的功能和一个提供解释的功能。也就是说,学习者可以立即识别他们的答案是否正确。此外,如果他们没有解决问题,他们可以找到这些问题的解释,并挑战解决相关的练习。通过提供这些功能,学习者可以使用我们的系统进行自学习。实验结果证明,该系统对学习EDSQF及相关单元解决问题具有积极的作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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