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Precise Position/Force Hybrid Control With Modal Mass Decoupling and Bilateral Communication Between Different Structures

机译:具有模态质量解耦和不同结构之间的双向通讯的精确位置/力混合控制

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摘要

In this study, we achieve haptic communication between different structures. In haptic communication, tactile sensation is transmitted to a remote place by cooperating robots. Conventional haptic communication is implemented under the assumption that the masses of the actuators are equal. We have found that haptic communication system is a kind of position/force hybrid control system and that it is not necessary to follow that assumption. In addition, exact modeling of haptic communication system and decoupling of tasks are essential for highly precise haptic communication.
机译:在这项研究中,我们实现了不同结构之间的触觉通信。在触觉通信中,通过合作机器人将触觉传递到遥远的地方。常规触觉通信是在致动器的质量相等的假设下实现的。我们已经发现,触觉通信系统是一种位置/力混合控制系统,并且没有必要遵循该假设。另外,对于高度精确的触觉通信,触觉通信系统的精确建模和任务的解耦是必不可少的。

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