元认知,正念和自闭症包容机器人

Eleni Mitsea, Niki Lytra, Antigoni Akrivopoulou, A. Drigas
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引用次数: 43

摘要

自闭症是一种多因素的神经发育障碍,其特征是在沟通、社交和情绪识别和管理方面存在严重的认知缺陷。自闭症儿童面临着记忆机制故障、控制过程困难(即注意调节和/或组织知识以做出适当的决定解决问题),使他们难以适应各种环境变化。许多研究人员已经证明,机器人在培养自闭症儿童的元认知技能、提高社交技能、情感意识和沟通能力方面是有效的。这篇文章重点介绍了2010年至今的详细研究,同时通过机器人的互动、艺术、编程、合作游戏和正念训练来研究机器人对自闭症儿童的影响。本综述的结果强调了儿童管理和发展自我意识所必需的自我控制、自我反思、可视化、注意力集中、自我评价、自我调节等机制的能力。这些结果有助于儿童发展所需的更高的心理能力,从而在日常生活中实现决策和解决问题的能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Metacognition, Mindfulness and Robots for Autism Inclusion
Autism is a neurodevelopmental disorder with multi factorial causes, characterized by major cognitive deficits in communication, socialization and emotion recognition and management. Children with autism face a memory mechanism malfunction, difficulty in the control processes (i.e attentional regulation and / or organizing their knowledge in order to make the appropriate decisions solving problems), making it difficult for them, adapt to various environmental changes. Many researchers have shown the effectiveness of robots in developing metacognitive skills to autistic children, as well as in improving social skills, emotion awareness and communication. This article highlights the detailed research took place between 2010 - present, while examining the impact of robots on autistic children through their interaction, use of art, programming, cooperative games and mindfulness training. The outcome of this review emphasizes to the ability of children, to manage and develop mechanisms such as self-control, self-reflection, visualization, focus attention, self-evaluation, self-regulation among others, necessary for their self-awareness. These results to helping children develop the higher mental abilities needed, so that decision-making and problem-solving achieved in their daily life.  
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