WIDAR:用于现成设备的双基地WI-fi检测和测距

P. Gallo, S. Mangione, G. Tarantino
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引用次数: 3

摘要

无线网络的广泛传播和位置感知应用的成功需要基于现有技术(如IEEE 802.11)的新型室内定位机制。从雷达中获得灵感,我们提出了WIDAR:一种用于现成设备的双基地WI-fi探测和测距系统。WIDAR实现基于USRP2平台,能够定位802.11站点,同时它们在现有的传统网络中运行。不需要更换或重新定位接入点。WIDAR被动工作,不期望任何来自目标WiFi节点的专用操作。没有时间浪费,目标甚至无法察觉到它正在被远程攻击。这些特性使WIDAR在监视和监控应用中非常理想,它可以提供实时跟踪功能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
WIDAR: Bistatic WI-fi Detection And Ranging for off-the-shelf devices
The huge spread of wireless networks and the success of location-aware applications require novel indoor positioning mechanisms based on existing technologies such as IEEE 802.11. Taking inspiration from the RADAR, we propose WIDAR: a bistatic WI-fi Detection And Ranging system for off-the-shelf devices. WIDAR implementation is based on the USRP2 platform and is able to locate 802.11 stations while they operate in existing legacy networks. No substitution or repositioning of the Access Points is necessary. WIDAR works passively and does not expect any dedicated action from the target WiFi node. No airtime is wasted and the target cannot even detect that it is being ranged. Such features make WIDAR desirable in surveillance and monitoring applications where it can provide real-time tracking functionalities.
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