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Virtual Reality Social Robot Platform: A Case Study on Arash Social Robot

机译:虚拟现实社会机器人平台:Arash社会机器人的案例研究

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The role of technology in education and clinical therapy cannot be disregarded. Employing robots and computer-based devices as competent and advanced learning tools for children indicates that there is a role for technology in overcoming certain weaknesses of common therapy and educational procedures. In this paper, we present a new platform for a virtual reality social robot (VR-social robot) which could be used as an auxiliary device or a replacement for real social robots. To support the idea, a VR-robot, based on the real social robot Arash, is designed and developed in the virtual reality environment. "Arash" is a social robot buddy particularly designed and realized to improve learning, educating, entertaining, and clinical therapy for children with chronic disease. The acceptance and eligibility of the actual robot among these children have been previously investigated. In the present study, we investigated the acceptability and eligibility of a virtual model of the Arash robot among twenty children. To have a fair comparison a similar experiment was also performed utilizing the real Arash robot. The experiments were conducted in the form of storytelling. The initial results are promising and suggest that the acceptance of a VR-robot is fairly compatible to the real robot since the performance of the VR-robot did not have significant differences with the performance of the real Arash robot. Thereby, this platform has the potential to be a substitute or an auxiliary solution for the real social robot.
机译:技术在教育和临床疗法中的作用不能被忽视。使用机器人和基于计算机的设备作为儿童的能力和高级学习工具表明技术在克服常见治疗和教育程序的某些弱点时存在作用。在本文中,我们为虚拟现实社交机器人(VR-Social Robot)提供了一个新的平台,可以用作辅助设备或真实社会机器人的替代品。为了支持这个想法,基于真实社会机器人Arash的VR机器人在虚拟现实环境中设计和开发。 “Arash”是一个特别设计和实现的社会机器人伙伴,以改善慢性疾病儿童的学习,教育,娱乐和临床治疗。此前已经调查了这些儿童中实际机器人的接受和资格。在本研究中,我们调查了二十个孩子中Arash机器人虚拟模型的可接受性和资格。为了进行公平的比较,还利用真正的Arash机器人进行类似的实验。实验以讲故事的形式进行。初步结果很有希望,并表明VR机器人的接受与真实机器人相当兼容,因为VR-Robot的性能没有与真正的Arash机器人的性能有显着差异。因此,该平台具有替代或辅助解决方案的真实社会机器人。

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