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Designing a system of interactive robots for training collaborative skills to autistic children

机译:设计互动机器人系统,以培养自闭症儿童的合作技能

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Using robots to reward and stimulate children doing tasks together can be helpful in improving their social skills. Robots implemented 3 types of behavior scenarios — imitate, enhance and counteract — in a collaborative game of teaching robots perform movements shown by hand gestures. The paper presents a novel account of ASD symptoms based on the interplay of empathic concern and empathic accuracy in different personalities with and without cognitive deficits. Performance of autistic children was compared with two age groups of typically developing children — under and above the age of 7. The study confirmed the limited resource hypothesis — cognitive and motivational — bringing about the observed phenomena in situations of limited attention resources and performance under distraction. The robotic framework for educating children has shown potential for developing of various complex cognitive and social skills and has substantial developmental impact.
机译:使用机器人奖励和刺激儿童在一起做任务可以有助于提高他们的社交技巧。 机器人实施了3种类型的行为情景 - 模仿,增强和抵消 - 在教学机器人的协同游戏中执行手势所示的动作。 本文基于不同个性的异常关注和异常准确性的相互作用,提出了一种新颖的ASD症状陈述。 自闭症儿童的表现与两年龄段的典型发展儿童 - 7岁及以上。该研究证实了资源假设有限的资源假设 - 认知和励志 - 在分心下关注资源和表现的情况下,引发了观察到的现象 。 教育儿童的机器人框架表明了各种复杂认知和社会技能的潜力,具有大量的发育影响。

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