Development of Knowledge Based Assistive Technology Using Robot to Enhance Cognitive Ability for Intellectual Disability

Arsy Huda Fathaniard, A. Arifin, M. Fatoni, M. Nuh
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Abstract

Intellectual disability is a term for a person with intellectual abilities that are below average compared to normal children. Therefore, an interactive learning system was designed to be able to improve intellectual disability children's cognitive with the help of robots, so that it can make it easier to educate intellectual disability children. The system was tested with one subject of Moderate Intellectual Disability. Assessment of learning capability of subject then was compared with the conventional learning method. The average learning score $\mathbf{77.68} \pm\ \mathbf{15.17}$ was superior to the conventional learning one $\mathbf{31.40}\ \pm \mathbf{16.01}$. The Results show that utilizing the proposed learning assistive robot could be expected to improve subject focus and affected in improving cognitive abilities of the subject. Improvements would be addressed to the development database of learning that is needed for further analysis of cognitive abilities.
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基于知识的机器人辅助技术在提高智障认知能力中的应用
智障是指智力低于正常儿童平均水平的人。因此,我们设计了一个互动学习系统,可以借助机器人来提高智障儿童的认知能力,从而使智障儿童的教育变得更加容易。该系统在一名中度智力残疾的受试者身上进行了测试。并与传统的学习方法进行比较。平均学习成绩$\mathbf{77.68} \pm\ mathbf{15.17}$优于常规学习成绩$\mathbf{31.40}\ \pm\ mathbf{16.01}$。结果表明,利用所提出的学习辅助机器人可以提高受试者的注意力,并对提高受试者的认知能力产生影响。将对进一步分析认知能力所需的学习发展数据库进行改进。
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