Implementation of the Human Action State Recognition Using Smartphone

Kuan-Yu Chen, Jiun-Jian Liaw
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Abstract

In today's society, smartphone have become part of our lives. With regard to these small devices, the function of an accelerometer sensor has been installed as essential. Therefore, it is utilized by the public to recognize humans' action state. Among these different actions, there is a difference existing in the accelerometer value, so as to raise the nine features: Signal Magnitude Area, Variation, Correlation, Kurtosis, Skewness, Amplitude, Differential Signal, Magnitude, Mean and Standard Deviation to help us for the recognition of the action state. The bigger the difference among these features, the easier to differentiate the information of unknown actions. Therefore, we can recognize people's actions such as walking, running and static states in their daily lives.
基于智能手机的人类动作状态识别的实现
在当今社会,智能手机已经成为我们生活的一部分。对于这些小型设备,加速度计传感器的功能已被安装为必不可少的。因此,它被公众用来识别人类的行为状态。在这些不同的动作中,加速度计的值存在差异,从而提出信号幅度区、变异、相关、峰度、偏度、幅值、差分信号、幅值、均值和标准差这九个特征,帮助我们识别动作状态。这些特征之间的差异越大,就越容易区分未知动作的信息。因此,我们可以识别人们在日常生活中的行走、跑步、静态等动作。
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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