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Real-Time Bilateral Control for an Internet-Based Telerobotic System

机译:基于Internet的远程机器人系统的实时双边控制

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摘要

There is a growing tendency to use the Internet as the transmission medium of the tele-robotic system since the Internet is inexpensive and available all over the world. However, the bilateral real-time teleroperation can be unstable due to the random time delays of the Internet. The 'Event based teleoperation' is one of the fine approaches to overcome the random time delays. Since the event based control uses a non-time action reference, the stability and response performance of the system are affected by the time which an event is held for. This study introduces the variable holding time to secure stability and response performance at once. The proper holding time for each event is obtained depending on the characteristics of the task through the fuzzy logic. The proposed control scheme was implemented on a robot arm over the Internet to show its effectiveness.
机译:由于因特网价格便宜并且在世界范围内可用,因此使用因特网作为远程机器人系统的传输介质的趋势正在增长。但是,由于Internet的随机时间延迟,双边实时远程操作可能会不稳定。 “基于事件的遥操作”是克服随机时间延迟的一种很好的方法。由于基于事件的控件使用非时间动作参考,因此系统的稳定性和响应性能受事件持续时间的影响。这项研究介绍了可变保持时间以立即确保稳定性和响应性能。通过模糊逻辑,根据任务的特性获得每个事件的适当保留时间。所提出的控制方案已在Internet上的机械手臂上实现,以显示其有效性。

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