A High Telepresence Visual Perception Method Based on VR Technology, Depth Camera and Three Degree of Freedom Series Robot

Zhiwen Xie, Zeyu Shi, Hui Wu
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Abstract

In the system design of electric robot, in order to improve the realism and telepresence of robot control, virtual reality (VR) technology is introduced into the design process, which can bring better experience to users. This paper studies a high telepresence visual perception method, adopts VR technology, depth camera and three degree of freedom series robot, and designs the inverse kinematics solution and target scaling algorithm of the operating system, which is of great research significance for the visual design of electric robot.
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基于VR技术、深度相机和三自由度系列机器人的高临场视觉感知方法
在电动机器人的系统设计中,为了提高机器人控制的真实感和临场感,在设计过程中引入了虚拟现实(VR)技术,可以给用户带来更好的体验。本文研究了一种高临场视觉感知方法,采用VR技术、深度相机和三自由度系列机器人,设计了操作系统的运动学逆解和目标缩放算法,对电动机器人的视觉设计具有重要的研究意义。
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