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Determination of center of gravity location and ground reaction forces for 4-legged walking robot

机译:四足步行机器人重心位置和地面反作用力的确定

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摘要

There is kinematics analysis, leading to determination of center of gravity location for 4-legged walking robot presented in the paper. Forward kinematics equations for all the legs was derived. The mappings from the local leg frames to global frame located in the chassis center of gravity were proposed and derived. The Quadrapod robot by Lynxmotion was considered as the base for all the computations. Matlab software was used for implementing, testing and verifying the elaborated model. Two methods, with different simplification assumptions, were proposed to find ground reaction forces distribution.
机译:通过运动学分析,可以确定本文介绍的四足步行机器人的重心位置。推导了所有腿的正向运动学方程。提出并推导了从局部支腿框架到位于底盘重心的整体框架的映射。 Lynxmotion的Quadrapod机器人被视为所有计算的基础。 Matlab软件用于实现,测试和验证详细模型。提出了两种具有不同简化假设的方法来寻找地面反作用力分布。

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