Abstract
This article presents a study in which we explored the effect of a social robot on the explanatory behavior of children (aged 6--10) while working on an inquiry learning task. In a comparative experiment, we offered children either a baseline Computer Aided Learning (CAL) system or the same CAL system that was supplemented with a social robot to verbally explain their thoughts to. Results indicate that when children made observations in an inquiry learning context, the robot was better able to trigger elaborate explanatory behavior. First, this is shown by a longer duration of explanatory utterances by children who worked with the robot compared to the baseline CAL system. Second, a content analysis of the explanations indicated that children who worked with the robot included more relevant utterances about the task in their explanation. Third, the content analysis shows that children made more logical associations between relevant facets in their explanations when they explained to a robot compared to a baseline CAL system. These results show that social robots that are used as extensions to CAL systems may be beneficial for triggering explanatory behavior in children, which is associated with deeper learning.
Original language | English |
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Article number | 5 |
Journal | ACM Transactions on Human-Robot Interaction |
Volume | 9 |
Issue number | 1 |
DOIs | |
Publication status | Published - Dec 2019 |
Keywords
- UT-Hybrid-D
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EASEL Project Archive
Davison, D. P. (Creator), Evers, V. (Supervisor), Wijnen, F. M. (Creator), Reidsma, D. (Supervisor), Charisi, V. (Research team member) & van der Meij, J. (Supervisor), Areda (University of Twente), 24 Jan 2022
https://areda.utsp.utwente.nl:9000/eemcs-hmi/EASEL_ARCHIVE.tar.aes
Dataset