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Bluetooth and Wi-Fi MAC address based crowd data collection and monitoring : benefits, challenges and enhancement

机译:基于蓝牙和Wi-Fi MAC地址的人群数据收集和监控:优势,挑战和增强

摘要

This paper firstly presents the benefits and critical challenges on the use of Bluetooth and Wi-Fi for crowd data collection and monitoring. The major challenges include antenna characteristics, environment’s complexity and scanning features. Wi-Fi and Bluetooth are compared in this paper in terms of architecture, discovery time, popularity of use and signal strength. Type of antennas used and the environment’s complexity such as trees for outdoor and partitions for indoor spaces highly affect the scanning range. The aforementioned challenges are empirically evaluated by “real” experiments using Bluetooth and Wi-Fi Scanners. The issues related to the antenna characteristics are also highlighted by experimenting with different antenna types. Novel scanning approaches including Overlapped Zones and Single Point Multi-Range detection methods will be then presented and verified by real-world tests. These novel techniques will be applied for location identification of the MAC IDs captured that can extract more information about people movement dynamics.
机译:本文首先介绍了使用蓝牙和Wi-Fi进行人群数据收集和监控的好处和关键挑战。主要挑战包括天线特性,环境的复杂性和扫描功能。本文在结构,发现时间,使用普及程度和信号强度方面对Wi-Fi和蓝牙进行了比较。所用天线的类型和环境的复杂性(例如室外的树木和室内空间的隔板)会严重影响扫描范围。上述挑战通过使用蓝牙和Wi-Fi扫描仪的“真实”实验进行了经验评估。通过试验不同类型的天线,也突出了与天线特性有关的问题。然后将介绍新颖的扫描方法,包括重叠区域和单点多范围检测方法,并通过实际测试进行验证。这些新颖的技术将用于捕获的MAC ID的位置标识,该MAC ID可以提取有关人员移动动态的更多信息。

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