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Simulation and Comparison Research of Lagrange and Kane Dynamics Modeling for The 4-DOF Modular Industrial Robot

机译:Lagrange和Kane Dynamics建模对4 DOF模块化工业机器人的仿真与比较研究

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摘要

Based on joint parameter and robot configuration, the Lagrange and Kane dynamics modeling are established for the 4-DOF modular industrial robot in this paper. The planning mission was performed in the Lagrange dynamics modeling and Kane dynamics modeling by simulation software. The simulation results shown that the Kane model is better than the Lagrange model in the 4-DOF robot. And the Kane model has better execution effect when the joint torque is greater.
机译:基于联合参数和机器人配置,本文为4-DOF模块化工业机器人建立了拉格朗日和KANE动力学建模。通过仿真软件在拉格朗日动力学建模和kane动力学建模中进行了规划任务。仿真结果表明,凯恩模型比4-DOF机器人中的拉格朗日模型更好。当关节扭矩更大时,凯恩模型具有更好的执行效果。

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