阿凡达-达尔文是一种具有远程呈现能力的社会性类人,目标是具体化的阿凡达系统

Akshay Dave, Jean Chagas Vaz, Jeongeun Kim, Nicolas Kosanovic, Nathan Kassai, Paul Y. Oh
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引用次数: 0

摘要

人类的同情心推动了社交机器人的诞生,这些机器人为有需要的人提供帮助和互动。然而,这样的系统是预先编程的,因此是非社会性的,因为它们在相互作用中缺乏适应性和真实性。本文将微型两足机器人“DARwIn-OP”升级为“Avatar-DARwIn”,这是一个传播人类认知的类人远程呈现平台。为了解决微型人形实施体的身体对应问题,提出了一种“木偶法”的缩放方法。此外,结果表明,操作员的动作被成功地重新定位到Avatar-DARwIn,允许操作员完成一系列社交任务。此外,在11名参与者中进行了系统可用性量表(SUS)测试,以评估操作员经验和系统功能。从SUS测试中收集的数据(基于5分LIKERT量表)发现,操作员对远程呈现的感觉很高,因为这一类别的得分为4.36。总的来说,这种远程操作的实时远程呈现系统允许人类操作员体现一个微型的社会人形,以连接世界各地的人们,无论距离如何。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Avatar-Darwin a Social Humanoid with Telepresence Abilities Aimed at Embodied Avatar Systems
Human compassion has driven the creation of social robots that provide aid and interactions to people in need. However, such systems are preprogrammed and are therefore asocial as they lack adaptability and authenticity in their interactions. In this paper, the miniature biped DARwIn-OP was upgraded into Avatar-DARwIn, a humanoid telepresence platform that broadcasts human cognition. To address a body correspondence problem related to miniature humanoid embodiment, a “Marionette Method” of scaling was developed. Furthermore, results have shown that operator motions were successfully retargeted to Avatar-DARwIn, allowing operators to complete an array of social tasks. Additionally, a System Usability Scale (SUS) Test was administered amongst a pool of eleven participants to evaluate operator experience and system functionality. Data collected from SUS testing (based on a 5-point LIKERT scale) found that operators felt a high sense of telepresence as this category received a score of 4.36. Overall, this teleoperated, real-time telepresence system allows human operators to embody a miniature social humanoid to connect people around the world, regardless of distance.
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