Analysis for inverted pandulums use for human sway modeling

A. Kot, A. Nawrocka
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引用次数: 2

Abstract

The human postural control system to maintain a vertical posture all the time stimulates the musculoskeletal system to continuous motion called sway. This movement rely on a slight rocking in sagittal and frontal planes, reminds inverted pendulum in their behavior. During balancing center of gravity (COG) projection on the ground can be described by a trajectory, which in the case of a healthy person is in the feet contour. The occurrence of internal or external disruption can cause deviation of the COG outside the stable range. In this case, the imbalance man reacts in accordance to one of the strategies to maintain a balance. Such strategies correlate with the performance of the reverse pendulums with varying degrees of complexity. The article presents an analysis of the pendulums in relation to the issue of maintaining the balance by man.
人体摇摆模型的倒pandulums应用分析
人体的姿势控制系统一直保持垂直的姿势,刺激肌肉骨骼系统进行持续的运动,称为摇摆。这种运动依赖于矢状面和额状面的轻微晃动,在它们的行为上使人想起倒立摆。在平衡过程中,重心(COG)在地面上的投影可以用一条轨迹来描述,这在健康人的情况下是在双脚的轮廓上。内部或外部干扰的发生会导致COG偏离稳定范围。在这种情况下,不平衡的人根据维持平衡的策略之一做出反应。这些策略与不同复杂程度的反向摆的性能相关。本文分析了钟摆与人保持平衡的关系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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