Kinect-based control of a DaNI robot via body gesture

Xiaoqian Mao, Robert Swanson, Micheal Grishaber, Wei Li, Genshe Chen
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引用次数: 4

Abstract

This paper presents a body gesture-based controlled mobile robot system, consisting of a DaNI robot, a Kinect sensor, and a Pan-Tilt camera. The Kinect sensor is used to track skeletons and joints of an operator for controlling the robot, while the pan-tilt camera is used to feed back live videos around surrounding information. The DaNI robot platform is a powerful tool for teaching robotics and mechatronics concepts or for developing a robot prototype with LabVIEW Robotics. The body gesture-based controller telepresence controls the DaNI robot by interpreting movements of the two hands of the operator.
基于肢体动作的DaNI机器人控制
本文提出了一种基于肢体动作控制的移动机器人系统,该系统由一个DaNI机器人、一个Kinect传感器和一个Pan-Tilt摄像头组成。Kinect传感器用于跟踪操作员的骨骼和关节,以控制机器人,而倾斜摄像头用于反馈周围信息的实时视频。DaNI机器人平台是教授机器人和机电一体化概念或使用LabVIEW robotics开发机器人原型的强大工具。基于身体手势的远程呈现控制器通过解读操作者双手的动作来控制DaNI机器人。
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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