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Robotic Social Environments: A Promising Platform for Autism Therapy

机译:机器人社会环境:自闭症治疗的有希望平台

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Observational learning, especially in social environments, is considered an important part of the learning process in a human development. Unfortunately, children with autism lack this learning ability, especially in human social environments due to their deficiency in social interaction. Consequently, in this paper we present a pilot study in which we show that children with autism can learn through observing a Robotic Social Environment (RSE). The proposed RSE consisted of two parrot-like robots and a robotic ball to enable us to teach children with autism both social and nonsocial skills. The results on data from six high functioning children with autism show that the children learned an unknown skill, such as how to play with the robotic ball, through observing the robots. Furthermore, the results show that, despite limited capabilities of our robots for social interaction (i.e., voice-based social interaction), the children could understand the social characteristics, such as turn taking of the designed RSE.
机译:观察学习,特别是在社会环境中,被认为是人类发展中学习过程的重要组成部分。不幸的是,由于社会互动的不足,患有自闭症的儿童缺乏这种学习能力,特别是在人类社会环境中。因此,在本文中,我们提出了一项试验研究,我们展示了自闭症的儿童可以通过观察机器人社会环境(RSE)来学习。拟议的RSE由两只鹦鹉类似的机器人和机器人球组成,使我们能够教导患有自闭症的儿童社会和非本社会技能。来自六个高功能性儿童的数据的结果表明,孩子们学到了一个未知的技能,例如如何通过观察机器人来玩机器人球。此外,结果表明,尽管我们的机器人能力有限的社交互动(即语音的社交互动),但孩子们可以了解社会特征,例如转向设计的RSE。

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