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Complex Network of Damage Assessment Using GMM Based FAIR

机译:基于GMM Fair的复杂损伤评估网络

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With the recent increase in IoT devices, network connectivity devices such as routers or switches are increasing. This increase in equipment could increase the degree of a particular node (hub node or hub router) in terms of network characteristics. In other words, the structure of the network can be changed into a more complicated network form. The convergence of links to these specific nodes provides an opportunity for attackers to enjoy maximum benefit at minimal cost. An attacker can attack only a few hub routers with a high degree of network structure, which can paralyze networks in some areas. This possibility is because the actual network follows the power degree distribution. These research measures threats based on network characteristics and data on exploits of network equipment. The threat measurement is applied to the FAIR(Factor Analysis of Information Risk) model, and the damage caused by the macro network structure is assessed.
机译:随着IOT设备最近的增加,诸如路由器或交换机之类的网络连接设备正在增加。设备的增加可以在网络特征方面增加特定节点(集线器节点或集线器路由器)的程度。换句话说,网络的结构可以改变为更复杂的网络形式。与这些特定节点的链接的融合为攻击者以最低成本享有最大益处的机会为攻击者提供了机会。攻击者只能攻击具有高度网络结构的几个集线器路由器,可以在某些区域瘫痪网络。这种可能性是因为实际网络遵循功率程度分布。这些研究根据网络特征和数据的漏洞利用网络设备的数据来衡量威胁。威胁测量适用于公平(信息风险的因子分析)模型,并评估由宏网络结构造成的损害。

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