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Applying ARCS Model for Enhancing and Sustaining Learning Motivation in Using Robot as Teaching Assistant

机译:应用弧模型加强和维持使用机器人作为教学助手的学习动机

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Although many researchers have pointed out that educational robots can stimulate learners' learning motivation, learning motivation will be inevitably decreased over time if the amusement just came from the new technology itself. Accordingly, learners must be well guided by suitable instructional strategies to gain the enhancement and sustainability of the learning motivation. In other words, it still requires adopting suitable instructional strategies so as to enhance and sustain their learning motivation even if introducing educational robots to learners can stimulate learning motivation at the beginning. This paper presents a preliminary experiment result to explore if the instructional strategy of integrating robot teaching assistant (RTA) with ARCS model can enhance and sustain learning motivation. The result from the pilot experiment showed that the test group learners had potential to outperform the control group learners in terms of enhancement and sustainability of learning motivation and learning performance.
机译:虽然许多研究人员指出,教育机器人可以刺激学习者的学习动机,但如果娱乐刚刚来自新技术本身,学习动机会随着时间的推移而不可避免地减少。因此,学习者必须通过合适的教学策略引导,以获得学习动机的增强和可持续性。换句话说,它仍然需要采用合适的教学策略,以便即使向学习者引入教育机器人时,也可以增强和维持他们的学习动机可以在开始时刺激学习动机。本文介绍了初步实验结果,以探索与弧模型集成机器人教学助理(RTA)的教学策略,可以增强和维持学习动机。试点实验的结果表明,试验组学习者在学习动机和学习绩效的增强和可持续性方面有可能表现出对照组学习者。

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