Design of the Humanoid Robot TOCABI

M. Schwartz, Jaehoon Sim, June-Sung Ahn, Soonwook Hwang, Yisoo Lee, Jaeheung Park
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引用次数: 5

Abstract

The rapidly improving mechanical systems and control algorithms of humanoid robots brings them ever-closer to integration with humans in-situ. As this trend begins a process of research robots to general products, the dissemination of design decisions and application-specific compromises becomes as equally important as the underlying technology itself. Like-wise, the newly discovered applications and societal integration raise new questions for research, including how a humanoid robot should look - and what technological innovations are needed to support such look. While the uncanny valley is often the forefront of humanoid robot design discussions, we present a new full-size humanoid robot named TOCABI, that side-steps the valley and brings forth the question of academic challenges needed to support a new paradigm of industrial design for humanoid robots.
仿人机器人TOCABI的设计
人形机器人的机械系统和控制算法的快速改进,使其越来越接近与人类的原位融合。随着这一趋势开始从研究机器人到一般产品的过程,设计决策的传播和特定应用的妥协变得与底层技术本身同样重要。同样,新发现的应用和社会融合也为研究提出了新的问题,包括人形机器人应该是什么样子,以及需要什么样的技术创新来支持这种外观。虽然恐怖谷通常是人形机器人设计讨论的前沿,但我们提出了一种名为TOCABI的新型全尺寸人形机器人,它绕过了山谷,提出了支持人形机器人工业设计新范式所需的学术挑战问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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