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A Combined PDR and Wi-Fi Trilateration Algorithm for Indoor Localization

机译:结合PDR和Wi-Fi三边测量算法进行室内定位

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Indoor localization using Wi-Fi or pedestrian dead reckoning (PDR) has several limitations in terms of Wi-Fi signal fluctuations and PDR drift errors. To overcome these limitations, we propose a sensor fusion framework for Wi-Fi and PDR systems. The proposed sensor fusion will overcome the PDR drift errors by analysing the Wi-Fi signal strength and the PDR results will compensate the Wi-Fi signal fluctuations. Based on the experiments conducted, results show that the proposed fusion indoor positioning algorithm shows high position accuracy over Wi-Fi localization and PDR systems when used independently. Our proposed combined position estimation algorithm achieves an improved average localization accuracy of 1.6 m when compared to the Wi-Fi and PDR systems when used independently.
机译:在Wi-Fi信号波动和PDR漂移误差方面,使用Wi-Fi或行人航位推算(PDR)进行室内定位存在一些局限性。为了克服这些限制,我们提出了一种用于Wi-Fi和PDR系统的传感器融合框架。拟议的传感器融合将通过分析Wi-Fi信号强度来克服PDR漂移误差,并且PDR结果将补偿Wi-Fi信号波动。根据进行的实验,结果表明,所提出的融合室内定位算法在单独使用时在Wi-Fi定位和PDR系统上显示出较高的定位精度。与单独使用Wi-Fi和PDR系统相比,我们提出的组合位置估计算法可实现1.6 m的改进平均定位精度。

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