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A Realistic Implementation for Simulating Side-Channel in Mobile Ad Hoc Networks

机译:在移动自组织网络中模拟侧信道的现实实现

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In this paper, we present the necessary methods and techniques for simulating a wide-band multi-hop side-channel between two distant peer nodes in a Mobile Ad hoc Network (MANET). Simulating such a side-channel is helpful in understanding its potential and experimenting with its cyber warfare benefits, and for discovering effective ways to detect it. Implementing a content-bearing side-channel in which the full frame payload is used for messaging requires the ability to access the full communication stack in the simulator. We have implemented a fully functional multi-hop side-channel on the EXata/Cyber (QualNet) simulation tool to a level of detail where it could potentially be used in-line with applications such as voice or video for real-time, real-life emulations. We provide the details of our implementation and evidence of the benefits of such a side-channel via test scenarios. Such simulations may be used to facilitate military personnel's understanding of the effects cyber tools may have on their operations, in particular, Adaptive Dispersed Operations where military units are mobile.
机译:在本文中,我们提出了在移动自组织网络(MANET)中模拟两个遥远对等节点之间的宽带多跳边信道的必要方法和技术。模拟这样的辅助渠道有助于了解其潜力并试验其网络战收益,并有助于发现有效的检测手段。要实现将整个帧有效载荷用于消息传递的承载内容的副信道,需要能够访问模拟器中的整个通信堆栈。我们已经在EXata / Cyber​​(QualNet)仿真工具上实现了功能齐全的多跳边信道,其详细程度可能会与语音或视频等应用程序一起在线使用,以实现实时,生活模仿。我们通过测试方案提供了实施的详细信息,并证明了这种旁通道的好处。这样的模拟可用于促进军事人员了解网络工具可能会对他们的行动产生的影响,尤其是军事单位可移动的自适应分散行动。

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