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Adaptive Teleoperation of a Mobile Robot under Communication Time Delay

机译:通信时延下的移动机器人自适应遥操作

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In this paper, we present a concept of adaptive teleoperation of a mobile robot, and describe the theoretical background and experimental results with a real mobile robot. It is not so easy for users to operate a mobile robot in remote environment by observing video sequence of the robot''s view, because the communication time delay in both control and image data becomes a serious problem. In order to overcome this problem, we propose a novel method by utilizing a predicted image sequence generated from the image history obtained from the on-board camera on the robot. Moreover, the robot is operated not only by direct human''s operation, but also in an autonomous manner according to the situation. We discuss that this adaptation mechanism plays an important role in the remote-controlled robot under communication time delay.
机译:在本文中,我们提出了一种移动机器人的自适应远程操作的概念,并用真正的移动机器人描述理论背景和实验结果。用户通过观察机器人视图的视频序列,用户在远程环境中操作移动机器人并不是那么容易,因为控制和图像数据中的通信时间延迟变得严重问题。为了克服这个问题,我们通过利用从机器人上的车载相机获得的图像历史产生的预测图像序列提出了一种新方法。此外,该机器人不仅通过直接人类的操作而运营,而且以自主方式根据情况。我们讨论这种适应机制在通信时间延迟下在遥控机器人中起着重要作用。

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