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Wireless Forensic: A New Radio Frequency Based Locating System

机译:无线取证:基于射频的新型定位系统

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摘要

Wireless networks are more prevalent today since they enhance the user flexibility and mobility when browsing online. However, those advantages come at a price. Wireless networks do not provide the same security features as its wired counterpart. An unprotected wireless network can be easily served as a stepping-stone in attacks through such as Warchalking. Due to the nature of wireless networks, it is very difficult to trace back to the intruder. The three current location tracking solutions: Closest Access Point, Triangulation, and Radio Frequency Fingerprinting have their own limitations in tracing wireless intruders. In this paper, we propose a more precise location tracking system -Multiple Grids System - that overcomes the limitations of the existing solutions. This new approach uses a modified wireless grid to track wireless hackers in long distance or short range at different floors of the same building. Our proposed multiple grids system can be effectively applied to detect, track and prevent wireless intruders. We also substantially present that our system can be collaborated with multiple locating applications.
机译:由于无线网络增强了用户在在线浏览时的灵活性和移动性,因此今天更加流行。但是,这些优势是有代价的。无线网络所提供的安全功能与有线网络不同。不受保护的无线网络可以很容易地用作通过Warchalking等攻击的垫脚石。由于无线网络的性质,很难追溯到入侵者。当前的三种位置跟踪解决方案:最近的访问点,三角测量和射频指纹识别在跟踪无线入侵者方面都有其自身的局限性。在本文中,我们提出了一种更精确的位置跟踪系统-多重网格系统-克服了现有解决方案的局限性。这种新方法使用经过改进的无线网格来跟踪同一建筑物不同楼层中远距离或近距离的无线黑客。我们提出的多网格系统可以有效地应用于检测,跟踪和防止无线入侵者。我们还基本上提出,我们的系统可以与多个定位应用程序协作。

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