C.R.C. Centro Ricerca e Cura, Rome, Italy.
Dipartimento di Psicologia e Scienze Cognitive, Università degli studi di Trento, Italy.
Clin Ter. 2023 Mar-Apr;174(2):132-138. doi: 10.7417/CT.2023.2509.
Social robotics is a research field aimed at providing robots with skills related to social behavior and natural human interaction. Many studies have demonstrated the efficacy of these robots as socio-communicative mediators. Others have used them to create a new communication channel and promote social interaction in chil-dren with autism spectrum disorder (ASD). For children with ASD prolonged interpersonal interaction can sometimes generate extreme frustration. They may find it difficult to focus their attention and learn social skills. The robot may therefore become a reliable and more predictable technological intermediary for the child.
Our study involved the use of the PARO seal robot as a social mediator in groups of children with neurodevelopmental disorders. We aimed to investigate whether the social robot could facilitate relationships with adults in children with neurodevelopmental disorders by comparing their interactions with those of typically developing children.
The results of our research partially confirm what has been reported in the existing literature, while introducing some innovations that could be addressed by future research. The results of the statistical analysis show a positive correlation in the 'interaction' dimension and the presence of the PARO seal in subjects diagnosed with autism without intellectual impairment. These data highlight the PARO robot's ability to facilitate communication and social.
The results of the present study confirm that social robotics can be a valid tool to improve socio-communication skills in clinical samples of children with autism without intellectual impai-rment.
社交机器人是一个旨在为机器人提供与社会行为和自然人类交互相关技能的研究领域。许多研究已经证明了这些机器人作为社交沟通媒介的功效。其他研究也使用它们来创建新的沟通渠道,并促进自闭症谱系障碍(ASD)儿童的社会互动。对于 ASD 儿童来说,长时间的人际互动有时会产生极大的挫败感。他们可能会发现很难集中注意力并学习社交技能。因此,机器人可能成为儿童可靠且更可预测的技术中介。
我们的研究使用 PARO 海豹机器人作为神经发育障碍儿童群体的社交媒介。我们旨在通过比较患有神经发育障碍儿童与典型发育儿童的互动,来研究社交机器人是否可以促进与成人的关系。
我们的研究结果部分证实了现有文献中已经报道的内容,同时引入了一些可能由未来研究解决的创新点。统计分析的结果表明,在没有智力障碍的自闭症患者中,“互动”维度与 PARO 海豹的存在呈正相关。这些数据突出了 PARO 机器人促进沟通和社交的能力。
本研究的结果证实,社交机器人可以成为改善自闭症儿童无智力障碍临床样本的社交沟通技能的有效工具。