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The Dynamic Stability Criterion of the Wheel-based Humanoid Robot Based on ZMP Modeling

机译:基于ZMP建模的轮式人形机器人的动态稳定性判据。

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摘要

The concept of ZMP was introduced. The iterative ZMP computational method combining the effective Newton-Euler Algorithm with the concept of ZMP was proposed. The method has clear physical interpretation, lower computation complexity, is easy to program and control. The ZMP model of the wheel-based humanoid robot was built using the iterative ZMP computational method. The simplified ZMP computational equation of the wheel-based humanoid robot was given. Finally the dynamic stability criterion and the stability degree of the humanoid robot were defined.
机译:引入了ZMP的概念。提出了一种有效的牛顿-欧拉算法与ZMP概念相结合的迭代ZMP计算方法。该方法物理解释清晰,计算复杂度低,易于编程和控制。使用迭代的ZMP计算方法建立了基于轮的类人机器人的ZMP模型。给出了基于轮的类人机器人的简化ZMP计算方程。最后定义了类人机器人的动态稳定性准则和稳定性程度。

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