将人体平衡建模为倒立摆

A. Kot, A. Nawrocka
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引用次数: 11

摘要

从生物力学的角度来看,保持平衡是人类随着身体进化而获得的能力。为了保持一个垂直的姿势,神经系统一直刺激肌肉骨骼系统持续运动。这种运动是在一个微微摇晃的矢状面和正面,提醒自己的行为倒立摆。应该注意的是,在经典倒立摆的情况下,它的直立位置是通过改变推车相对于地面的位置来保持的。相反,人相对于地面是不动的,通过肌肉张力的变化来保持其位置。重心的投影位于地面上人脚的轮廓上。这意味着在某些假设条件下,人体可以被建模为具有各种复杂性的倒立摆。本文介绍了人体平衡系统的建模与仿真方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Modeling of human balance as an inverted pendulum
From a biomechanical point of view, maintaining the balance is the human ability which is gained with the evolution of its body. In order to maintain a vertical posture nervous system all the time stimulates the musculoskeletal system to continuous motion. This movement is in a rocked slightly sagittal planes and frontal, reminds their behavior inverted pendulum. It should be noted that in the case of the classic inverted pendulum its upright position is held by changing position of the cart relative to the ground. In contrast, man is not moving relative to the ground maintains its position through changes in muscle tension.. Projection of the center of gravity is located on the ground in the contour of the human feet. It means that for some sets of assumptions human body can be modelled as inverted pendulum with the various kinds of its complexity. Article presents authors approach to modelling and simulation of human balance system.
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