首页> 外文会议>Robot and Human Interactive Communication, 2000. RO-MAN 2000. Proceedings. 9th IEEE International Workshop on >A teleoperation support system with the help of dual views ofCartesian and configuration space
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A teleoperation support system with the help of dual views ofCartesian and configuration space

机译:借助以下方面的双重视角的远程支持系统笛卡尔和配置空间

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We propose dual views of Cartesian and configuration space as ateleoperation support system. To overcome a transmission delay betweenmaster and slave robots. We use a 3D graphics display besides a masterrobot, which virtually represents a slave robot and its environment (aslave site). In this system, an operator picks up a sequence of goodmotions of a slave robot while watching the 3D graphics display. In thiscase, we discuss what kinds of graphics images are needed for anoperator to select each robot motion adequately. In this paper, weprepare not only Cartesian space of a slave site but also itsconfiguration space as graphics images. Moreover, the configurationspace is expressed by not only a 3D whole space but also its 2D slicedimage. Finally, usefulness and efficiency of the visual support systemare ascertained in some experiments by several test subjects
机译:我们提出了笛卡尔笛卡尔和配置空间的双重观点, 远程支持系统。克服之间的传输延迟 主从机器人。除了母版之外,我们还使用3D图形显示 机器人,实际上代表了一个奴隶机器人及其环境( 奴隶站点)。在该系统中,操作员选择了一个良好的序列 观看3D图形显示时从机机器人的动作。在这个 案例,我们讨论了需要使用哪种图形图像 操作员充分选择每个机器人动作。在本文中,我们 不仅准备从站的笛卡尔空间,还准备 配置空间作为图形图像。而且,配置 空间不仅由3D整体空间表示,而且还由2D切片表示 图像。最后,视觉支持系统的有用性和效率 在某些实验中由几个测试对象确定

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