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Stabilization of Mechanical Systems on Semidirect Product Lie Groups with Broken Symmetry via Controlled Lagrangians ?

机译:通过受控拉格朗日的对称性对称性稳定模型产品LIE组的机械系统

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Motivated by the problem of stabilizing bottom-heavy underwater vehicles, we find the matching condition for controlled Lagrangians via the kinetic shaping for mechanical systems on a semidirect product Lie group with broken symmetry. Of particular interest is the problem of stabilizing a steady translational motion of an underwater vehicle. We show that the control by the kinetic shaping stabilizes the equilibrium, and also that an additional dissipative control renders it asymptotically stable.
机译:通过稳定底部沉重的水下车辆的问题,我们发现通过具有破裂对称性的半导体产品Lie组机械系统的动力学整形来找到受控拉格朗日的匹配条件。 特别感兴趣的是稳定水下车辆稳定的平移运动的问题。 我们表明,通过动力学塑造的控制稳定了平衡,以及额外的耗散控制使其渐近稳定。

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