Effects of sensory reactivity and haptic interaction on children's anthropomorphism of a haptic robot

Hikaru Nozawa, Masaharu Kato
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Abstract

Social touch is vital for developing stable attachments and social skills, and haptic robots could provide children opportunities to develop those attachments and skills. However, haptic robots are not guaranteed suitable for every child, and individual differences exist in accepting these robots. In this study, we proposed that screening children's sensory reactivity can predict the suitable and challenging attributes for accepting these robots. Additionally, we investigated how sensory reactivity influences the tendency to anthropomorphize a haptic robot, as anthropomorphizing a robot is considered an indicator of accepting the robot. Sixty-seven preschool children aged 5–6 years participated. Results showed that the initial anthropomorphic tendency toward the robot was more likely to decrease with increasing atypicality in sensory reactivity, and haptic interaction with the robot tended to promote anthropomorphic tendency. A detailed analysis focusing on children's sensory insensitivity revealed polarized results: those actively seeking sensory information (i.e., sensory seeking) showed a lower anthropomorphic tendency toward the robot, whereas those who were passive (i.e., low registration) showed a higher anthropomorphic tendency. Importantly, haptic interaction with the robot mitigated the lower anthropomorphic tendency observed in sensory seekers. Finally, we found that the degree of anthropomorphizing the robot. positively influenced physiological arousal level. These results indicate that children with atypical sensory reactivity may accept robots through haptic interaction This extends previous research by demonstrating how individual sensory reactivity profiles modulate children's robot acceptance through physical interaction rather than visual observation alone. Future robots must be designed to interact in ways tailored to each child's sensory reactivity to develop stable attachment and social skills.
感觉反应性和触觉交互对儿童触觉机器人拟人化的影响
社交接触对于发展稳定的依恋关系和社交技能至关重要,而触觉机器人可以为儿童提供发展这些依恋关系和技能的机会。然而,触觉机器人并不能保证适合每个孩子,在接受这些机器人时存在个体差异。在这项研究中,我们提出筛选儿童的感官反应可以预测接受这些机器人的合适和具有挑战性的属性。此外,我们研究了感官反应如何影响拟人化触觉机器人的倾向,因为拟人化机器人被认为是接受机器人的一个指标。67名5-6岁学龄前儿童参与。结果表明,随着感觉反应非典型性的增加,机器人的初始拟人化倾向更有可能降低,与机器人的触觉交互倾向于促进拟人化倾向。通过对儿童感官不敏感的详细分析,发现了两极分化的结果:主动寻找感官信息(即感官寻求)的儿童对机器人的拟人化倾向较低,而被动(即低注册)的儿童对机器人的拟人化倾向较高。重要的是,与机器人的触觉互动减轻了在感官寻求者中观察到的较低的拟人化倾向。最后,我们发现机器人的拟人化程度。积极影响生理唤醒水平。这些结果表明,具有非典型感觉反应性的儿童可能通过触觉交互接受机器人。这扩展了先前的研究,展示了个体感觉反应性如何通过物理交互而不是视觉观察来调节儿童对机器人的接受。未来的机器人必须根据每个孩子的感官反应来设计互动方式,以培养稳定的依恋和社交技能。
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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