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Numerical Aspects and Performances of Trajectory Planning Methods of Flexible Axes

机译:柔性轴的轨迹规划方法的数值方面和性能

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Adequate Path Planning design is an important stage for controlling flexible axes because it may allow to cancel vibrations induced by oscillating modes. Among bang-bang profiles which are linked to optimal control, jerk assignment (acceleration derivative) and input shapers have been investigated. Theoretical results show the performance and robustness with respect to natural frequency mismatch. Practical validations on a real robot arm show the relevance of the jerk algorithm which is more robust with the same productivity performances as input shaping techniques.
机译:适当的路径规划设计是控制柔性轴的重要阶段,因为它可以消除由振荡模式引起的振动。在与最佳控制相关的爆炸轮廓中,已研究了冲击力分配(加速度导数)和输入整形器。理论结果显示了针对自然频率失配的性能和鲁棒性。实际机器人手臂上的实际验证表明,混蛋算法的相关性更强,同时具有与输入整形技术相同的生产率。

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