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Remote Detection of Indoor Human Proximity using Bluetooth Low Energy Beacons

机译:使用蓝牙低功耗信标远程检测室内人体邻近

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The way people interact in daily life is a challenging phenomenon to capture and to study without altering the natural rhythm of interactions. Our work investigates the possibility of automatically detecting proximity among people, the first mandatory condition before a dyad starts interacting. We present Remote Detection of Human Proximity (ReD-HuP), an algorithm based on the analysis of Bluetooth Low Energy beacons emitted by commercial wearable tags. We validate ReD-HuP with real-world indoor settings and we compare its performance with respect to detailed ground truth data collected from a number of volunteers. Experimental results show an accuracy and F-Score metric up to 95%.
机译:人们在日常生活中进行交互的方式是一种极富挑战性的现象,可以在不改变交互自然节奏的情况下进行捕捉和研究。我们的工作研究了自动检测人与人之间的接近性的可能性,这是在二分体开始相互作用之前的第一个强制条件。我们提出了人类接近度的远程检测(ReD-HuP),这是一种基于商业可穿戴标签发出的蓝牙低功耗信标的分析算法。我们在真实的室内环境下验证ReD-HuP,并将其性能与从许多志愿者那里收集的详细地面真实数据进行比较。实验结果表明,准确性和F-Score指标高达95%。

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