Feasibility of a Novice Motion Sensor for Assessment of Movement During Maximal Knee Flexion and Extension

Feasibility of a Novice Motion Sensor for Assessment of Movement During Maximal Knee Flexion and Extension

论文摘要

Advancement in technology has been a vital part of proper healthcare throughout the years. A body attachable novice wireless sensor was modified to assess body limb motion real-time. Acceleration results were compared to the peak torque values obtained during the lower limb extension and flexion motions with maximal resistance. Five extension and flexion motions were assessed for compared. As a result, correlation coefficient value of 0.98(p < 0.5) was obtained which indicate a strong correlation relationship between the peak torque values and acceleration values. In conclusion, a novice sensor for body movement assess may be utilized to predict reduction in peak torque due to fatigue.

论文目录

文章来源

类型: 国际会议

作者: Haemi JEE,Jaehyun PARK

来源: 2019 International Conference on Information Technology, Electrical and Electronic Engineering (ITEEE 2019) 2019-01-20

年度: 2019

分类: 基础科学,医药卫生科技,信息科技

专业: 生物学,生物医学工程,自动化技术

单位: Of Sports and Health Care,Namseoul University,Full Dept.of Information and Communication Engineering,Inha University

分类号: TP212;R318

DOI: 10.26914/c.cnkihy.2019.078484

页码: 385-389

总页数: 5

文件大小: 618k

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Feasibility of a Novice Motion Sensor for Assessment of Movement During Maximal Knee Flexion and Extension
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