简单人体行走模型

A. Lukowska
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引用次数: 0

摘要

人在行走或跑步时的稳定性是指在运动过程中保持直立姿势的能力。倒立摆的行为非常类似于人保持平衡。倒立摆多用于分析现代控制算法。该系统是控制理论和动力学中最著名的问题之一。它是一个物理摆,质心在悬挂点之上。倒立位置是通过一个控制系统来获得的,该系统监测杆的角度并平衡摆。提出的工作的目的是解释在一个增强版的线性倒立摆上行走的基本动力学。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Simple Human Walking Modelling
The stability of human while walking or running is the ability to maintain the upright posture during locomotion. The behavior of the inverted pendulum is very similar to maintaining a balance by a human being. Inverted pendulums are mostly used to analyze modern control algorithms. This system is one of most known problems in control theory and dynamics. It is a physical pendulum with a center of mass above the suspension point. The inverted position is gained by using a control system which is monitoring the angle of the rod and balancing the pendulum. The purpose of presented work was to explained fundamental dynamic of walking on an enhanced version of the linear inverted pendulum.
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