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The direction control of a biped robot using gyro sensor feedback

机译:使用陀螺仪传感器反馈的Biped机器人的方向控制

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The turning (Direction Changing Walking) is necessary to move a robot all over the working place. However, the disturbance is the serious problem in the turning for example the slipping the feet on the ground or the swing by walking. In this paper, we proposed the robust direction control system that used gyro sensor feedback under environment with disturbance. We analyzed a steady-state characteristic by numerical simulation, proved that the direction control was effective by the walking simulation. We succeeded in stable turning by the walking experiments and decreased 45% of RMS of angle error than conventional method.
机译:为了使机器人在整个工作区域中移动,必须进行转弯(方向改变行走)。然而,扰动是转弯中的严重问题,例如,脚在地面上滑动或通过步行摆动。在本文中,我们提出了一种在干扰环境下利用陀螺仪传感器反馈的鲁棒方向控制系统。通过数值仿真分析了稳态特性,通过步行仿真证明了方向控制是有效的。通过行走实验,我们成功地实现了稳定的转弯,与传统方法相比,角度误差的RMS降低了45%。

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