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Investigating Cognitive Global Coordination in normal and autistic children using virtual reality environments – An EEG Study

机译:使用虚拟现实环境调查正常和自闭症儿童的认知全球协调 - EEG研究

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Virtual Reality (VR) is one of the most prevalent interdisciplinary branches of technology where a human being can communicate with the components of virtual environment. It has been serving as a successful assistive technology for several disordered conditions. Children with neuro developmental disorders have the inadequacy to learn new things or adapt to changes in the environment. Although, there are various conventional techniques like flashcards, blackboard, parental care etc., available to train such children, VR has been found to bring promising outcomes in terms of behavior and learning. In this study, different virtual environments have been developed and experimented with a sample group of normal and autistic children to test the cognitive learning ability. Correspondingly, EEG signal acquisition and evaluation has been performed which showed significant improvement in their cognitive learning ability during VR therapy.
机译:虚拟现实(VR)是技术最普遍的技术跨学科分支之一,其中人类可以与虚拟环境的组件通信。 它一直是几种无序条件的成功辅助技术。 神经发育障碍的儿童具有学习新事物或适应环境变化的不足。 虽然,有各种传统技术,如抽奖卡,黑板,父母保健等,可用于培训此类儿童,VR已被发现在行为和学习方面带来了有希望的结果。 在这项研究中,已经开发了不同的虚拟环境,并通过样本组的正常和自闭症儿童进行了实验,以测试认知学习能力。 相应地,已经进行了EEG信号采集和评估,其在VR治疗期间表现出其认知学习能力的显着提高。

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