Estimating Distance of Going Up and down Stairs in a Building Using the Smartphone’s Rotation Vector Sensor

Masaki Nishizaka, Kenta Okina, H. Morino
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Abstract

Localization of persons in the building after a disaster occurs is one of prominent issues for rescuing them and also it is technically challenging, considering that communication infrastructures such as cellular or WiFi would be often unavailable due to the severe damage or heavy traffic concentration. This paper focuses on estimating person’s moving distance in the stairs and presents a scheme to estimate only with rotation vector sensor, being typically installed in the recent smartphone. Performance evaluation by experiments shows that the proposed scheme can estimate the number of floors by which the person moved with error of almost zero.
使用智能手机的旋转矢量传感器估算建筑物上下楼梯的距离
灾难发生后,建筑物内人员的定位是救援人员的突出问题之一,也是技术上的挑战,因为由于严重破坏或交通拥挤,蜂窝或WiFi等通信基础设施往往无法使用。本文主要研究人在楼梯上的移动距离估计问题,并提出了一种仅使用旋转矢量传感器进行估计的方案,该方案通常安装在最近的智能手机中。实验结果表明,该算法可以估计出人移动的楼层数,误差几乎为零。
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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