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The development of reducing risk system for running injury

机译:减少行驶伤害风险系统的发展

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This paper describes the detection and monitoring human running for alert and reduces a risk of injuries. The design divided into two part. There are comprised of the detection of stop suddenly running and the monitoring ground force reaction (GFR) of human running behavior for analysis running gesture in medical. Design and development using the accelerometer based on a smartphone. The recognition using the Support Vector Magnitude (SVM) algorithm for detected stop suddenly running and the third of Newton's laws for calculated GFR. The system alert using the vibrator of smartphone and collected into a log file for monitoring human posture. The experimental results using true classification rate for analyzing the performance of SVM acceleration and represented the corrected of human running stop suddenly. For male runner accuracy about 97 percentage and female runner accuracy about 94 percentage.
机译:本文介绍了检测和监视人为警报并降低受伤风险的方法。设计分为两部分。其中包括紧急停止的检测和对人的跑步行为的地面力反应(GFR)的监视,以分析医疗中的跑步姿势。使用基于智能手机的加速度计进行设计和开发。使用支持向量幅度(SVM)算法进行识别以检测到的停止突然运行,并使用牛顿定律的三分之一计算GFR。该系统使用智能手机的振动器发出警报,并收集到用于监视人体姿势的日志文件中。用真实分类率对SVM加速性能进行分析的实验结果,代表了人类突然停止跑步的纠正方法。对于男性跑步者,准确率约为97%,对于女性跑步者,准确率约为94%。

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