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New Visual System of Remote Control Type Humanoid Robot

机译:新型遥控人形机器人视觉系统

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摘要

We are developing a new visual system, which we call a "Remote stereovision", with the objective of loading it on a remote control type robot If we can convey stereoscopic vision observed by a remote control robot to an operator via the Internet and at the same time communicate information on the observation state from the operator side to the robot through the Internet, and if we can adjust the convergence angle of the stereo camera installed on the robot automatically based on this information, we will be able to dramatically improve the operator's ability to observe stereoscopic images. Concretely speaking, we developed the system to adjust the direction of the camera in order to automatically decrease the parallax against the object as much as possible. Furthermore, we created a new concept called the object point, as opposed to the cross point of 3D camera, setting the object point on the desired object
机译:我们正在开发一种新的视觉系统,我们将其称为“远程立体视觉”,目的是将其加载到远程控制型机器人上。如果我们能够通过互联网和通过互联网将远程控制机器人观察到的立体视觉传达给操作员,同时通过互联网将操作者侧的观察状态信息传达给机器人,并且如果我们能够基于该信息自动调整安装在机器人上的立体摄像机的会聚角度,我们将能够极大地改善操作者的视线。观察立体图像的能力。具体而言,我们开发了一种系统来调整相机的方向,以尽可能自动地减小对物体的视差。此外,我们创建了一个新的概念,称为对象点,与3D相机的交叉点相对,将对象点设置在所需对象上

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