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Can magnetic field sensors replace gyroscopes in wearable sensing applications?

机译:磁场传感器能否在穿戴式传感应用中取代陀螺仪?

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We investigate if and how magnetic sensors can be used to replace gyroscopes in wearable activity recognition. The work is motivated by (1) sensor configurations typically found in smart phones where magnetic sensors are used to complement GPS position with orientation and (2) the fact that gyroscopes are an important source of information for activity recognition. We propose a method to compute angular velocity from 3D magnetic sensor data and discuss its fundamental limitations. We present an elaborate evaluation of the accuracy on 5 previously published data set with a total of nearly 20 hours of data from 15 users with activities ranging from bicycle repair, through homemaking to gym exercise.
机译:我们研究是否以及如何在可穿戴活动识别中使用磁传感器代替陀螺仪。这项工作的动机是(1)智能手机中通常使用的传感器配置,其中磁传感器用于通过方向来补充GPS位置,以及(2)陀螺仪是用于活动识别的重要信息来源这一事实。我们提出了一种从3D磁传感器数据计算角速度的方法,并讨论了其基本局限性。我们对5个先前发布的数据集进行了精确的评估,其中包括15个用户的近20个小时的数据,这些活动的范围从自行车修理到家庭制作再到健身房锻炼。

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