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Bilateral Teleoperation with Nonlinear Environments: Multiplier Approach

机译:具有非线性环境的双侧遥操作:乘法器方法

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The level of force transmitted to the human operator in bilateral teleoperation is being restricted due to the stability analysis methods. To increase telepresence, the multiplier approach has recently been exploited to analyse the absolute stability of the bilateral teleoperation where the environment is modelled as a bounded monotonic nonlinearity (Tugal et al., 2016). In this paper, we extend this methodology to 3-Channel architecture. The benefits of this methodology are demonstrated with experimental results, in particular we show that an improvement of the transparency index without stability degradation.
机译:由于稳定性分析方法,正在限制在双侧耳机中传递给人类操作员的力水平。为了提高遥感,最近被剥削了乘数方法来分析平面漫步的绝对稳定性,其中环境被建模为有界单调非线性(Tugal等,2016)。在本文中,我们将该方法扩展到3通道架构。实验结果证明了该方法的益处,特别是我们表明没有稳定性降解的透明度指数的提高。

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