基于地磁和加速度传感器的跳台滑雪运动监测系统模型的设计与试验

Masaki Oikawa, Nobuyoshi Sato, Y. Murata
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引用次数: 5

摘要

我们一直在开发一种使用地磁传感器和加速度传感器的工厂工人监控系统。地磁传感器不适合监测直线运动,但我们证实了它可以高精度地监测旋转运动。体育是该系统的一个新的应用领域。有人认为,地磁传感器不适用于足球等运动员移动的运动,而适用于棒球投球、高尔夫挥杆等需要稳定形式的运动。本文探讨了将基于地磁传感器的监测系统应用于跳台滑雪这一对运动员形态要求比较稳定的运动项目的可能性。通过对下降速度和起跳位置的初步评价,确定了基于地磁传感器的监测系统应用于跳台滑雪的可能性较大。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Proposal and Trial on a Model of a Motion Monitor System for a Ski Jumper Using Terrestrial Magnetism and Acceleration Sensors
We have been developing a monitor system of workers in a factory using terrestrial magnetism sensors and acceleration sensors. Terrestrial magnetism sensor is not suitable to monitor linear movement, however, we confirmed it can monitor rotation movement in very high accuracy. Sport is a new possible application area for this system. Terrestrial magnetism sensor is not suitable for sports that player moves about such as soccer, however, it is suitable for sports that require stable forms such as pitching form of baseball, swinging on golf, it is thought. In this paper, we discussed a possibility to apply terrestrial magnetism sensor based monitoring system into ski jumping which seem to be one of sports which require stable forms to athlete. As a result of preliminary evaluation to measure descending speed, and position of taking off, we confirmed high possibility to apply terrestrial magnetism sensor based monitoring system into ski jumping.
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