Teleoperations over an IP network : virtual PUMA robot

P. Fraisse, C. Agniel, D. Andreu, J. de Los Rios
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引用次数: 12

Abstract

We present a stable remote position/force control scheme for manipulator robot via Internet based on Smith predictor principle. To validate this control method, we developed a real time Virtual Puma robot based on RT-linux operating system. This virtual robot contains a real time task which computes the differential non linear equation of the PUMA robot including a virtual environment in order to perform a force control loop. Some interesting experiments in the case of long distance (Mexico-France: /spl sim/8000 km) show the real improvement obtained by this method with a long mean time delay (/spl sim/250ms). This addition enhances and secures the teleoperation through the internet.
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基于IP网络的远程操作:虚拟PUMA机器人
基于Smith预测器原理,提出了一种基于Internet的机械手远程稳定位置/力控制方案。为了验证这种控制方法,我们开发了一个基于RT-linux操作系统的实时虚拟美洲豹机器人。该虚拟机器人包含一个实时任务,该任务计算PUMA机器人的微分非线性方程,包括虚拟环境,以执行力控制回路。在长距离(墨西哥-法国:/spl sim/8000 km)的情况下,一些有趣的实验表明,在较长的平均时间延迟(/spl sim/250ms)下,该方法获得了真正的改进。这增加了通过互联网进行远程操作的能力和安全性。
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