An effective pursuing scheme for iBeacon device

Huanhuan Wang, Yingying Guo, Y. Sun, Hong Luo
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Abstract

Recently, many LBS applications based on the low power Bluetooth device, iBeacon, emerged, but iBeacon device is small and easy to be removed thus causes error location. In this paper, we propose a new and effective scheme to pursue and correct the location of iBeacon device. We consider the scope of 1m around the iBeacon as the target region and define seven-level field to describe tracking status. To avoid the fluctuation of the received Bluetooth signal strength, we design a max-vertical method to guide user correctly into the field of -20db, and then estimate direction by turning around in a circle. According to the inferred direction, user walks into the target region. Experimental results show that this scheme can help user accurately pursue the target iBeacon in the shortest time.
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一种有效的iBeacon设备跟踪方案
最近出现了很多基于低功耗蓝牙设备iBeacon的LBS应用,但是iBeacon设备体积小,容易拆卸,导致定位错误。本文提出了一种新的、有效的iBeacon设备定位跟踪和校正方案。我们将iBeacon周围1m范围作为目标区域,并定义了7级域来描述跟踪状态。为了避免接收到的蓝牙信号强度的波动,我们设计了一个最大垂直的方法来引导用户正确进入-20db的区域,然后通过转一圈来估计方向。根据推断的方向,用户进入目标区域。实验结果表明,该方案可以帮助用户在最短的时间内准确地跟踪到目标iBeacon。
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