基于加速度计、陀螺仪的安卓智能手机跌倒检测及冲击力计算

Traitot Rungnapakan, T. Chintakovid, Pongpisit Wuttidittachotti
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引用次数: 6

摘要

泰国已经成为一个老龄化社会。意外跌倒是老年人的常见问题。本研究开发了一个用于跌倒检测的Android移动应用程序。该应用程序将加速度计和陀螺仪的阈值以及冲击力与传感器获得的当前值进行比较,以检测跌倒。在本研究中,冲击力的阈值是基于老年人的体重计算,以提高跌倒检测的准确性。研究了老年人的四种行为类型。第一类是非运动行为(坐着和站着)。第二组是不断运动的行为(走路和跑步)。下一组是改变运动(站着坐着,坐着站着)。最后一类是与摔倒有关的行为(走路后摔倒在臀部,走路后摔倒在背部,跑步后摔倒在背部,跳跃后摔倒在背部)。结果表明,该应用程序的正确率为97.33%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fall Detection Using Accelerometer, Gyroscope & Impact Force Calculation on Android Smartphones
Thailand has become an aging society. An accidental fall is a common problem found for the elderly. This research developed an Android mobile application for fall detection. The application compared threshold values of accelerometer and gyroscope together with impact force with the present values obtained from sensors to detect a fall. In this study, threshold values of impact force were computed based on an elder's weight to improve an accuracy of fall detection. Four types of elders' behaviors were studied. The first type was non-movement behavior (sitting and standing). The second group was constantly moving behavior (walking and running). Next group involved a change of movement (standing then sitting and sitting then standing). The last type were behaviors with falling (walking then falling on the buttocks, walking then falling on the back, running then falling on the back, and hopping then falling on the back). Results showed that the application could correctly identify the fall 97.33 percent.
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