行人航位推算系统与手机位置感知算法

S. Shin, M. Lee, Chan Gook Park, H. Hong
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引用次数: 52

摘要

本文提出了一种基于手机位置感知算法的行人航位推算系统(PDR)。PDR是一种提供行人位置信息的设备。一般来说,步长是使用行走频率和手机加速度方差的线性组合来估计的。这意味着步长估计的精度受到步长估计参数——行走频率系数和加速度方差系数的影响。发达的PDR是假定它嵌入在手机上的。因此,参数可以根据每个手机位置而不同,例如有摆动运动的手,没有任何运动的手和裤子口袋。这意味着不同的参数会降低步长估计的精度。利用手机位置感知算法确定的适当参数,可以改善步长估计结果。提出了一种基于PDR的手机位置感知算法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pedestrian dead reckoning system with phone location awareness algorithm
In this paper we present a PDR (Pedestrian Dead Reckoning) system with a phone location awareness algorithm. PDR is a device which provides position information of the pedestrian. In general, the step length is estimated using a linear combination of the walking frequency and the acceleration variance for the mobile phone. It means that the step length estimation accuracy is affected by coefficients of the walking frequency and the acceleration variance which are called step length estimation parameters. Developed PDR is assumed that it is embedded in the mobile phone. Thus, parameters can be different from each phone location such as hand with swing motion, hand without any motion and pants pocket. It means that different parameters can degrade the accuracy of the step length estimation. Step length estimation result can be improved when appropriate parameters which are determined by phone location awareness algorithm are used. In this paper, the phone location awareness algorithm for PDR is proposed.
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