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Study on the control algorithm of the translational crawl for a quadruped robot

机译:二次机器人的翻译抓取控制算法研究

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The concept called the translational crawl of the quadruped robot is defined, a periodic gait of the translational crawl is described for the TITAN-VIII robot in a known environment. According to its simplified kinematic process, the robot can implement omnidirectional walking in a known environment by real-time control of the gait. The control algorithm of the gait is presented in detail. The effectiveness of the proposed approach is illustrated by giving simulation results.
机译:定义了称为二次耦合机器人的翻译爬网的概念,在已知环境中针对Titan-VIII机器人描述了翻译爬网的周期性步态。根据其简化的运动过程,通过对步态的实时控制,机器人可以在已知环境中实现全向行走。详细介绍了步态的控制算法。通过给出模拟结果来说明所提出的方法的有效性。

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