论文标题
弹性光学网络中的干扰感控制平面
Jamming-Aware Control Plane in Elastic Optical Networks
论文作者
论文摘要
物理层安全性在光网络中至关重要。在本文中，我们研究了一种干扰感的控制平面，其中网络中存在高功率堵塞攻击。研究的控制平面认为可以检测并避免被堵塞的连接。我们使用了一个物理层模型，其中我们嵌入了其他干扰能力，以评估场景中的不同安全性，例如无干扰的场景，与不知不觉的控制器进行干扰以及与Aware Controler的堵塞。通过阻止速率和插槽利用来分析性能。我们分析了干扰攻击在最不使用的链接以及网络上最常用的链接中的影响。结果表明，控制平面的避免避免的避免可以在未堵塞的情况下达到性能。
Physical layer security is essential in optical networks. In this paper, we study a jamming-aware control plane, in which a high power jamming attack exists in the network. The studied control plane considers that the jammed connections can be detected and avoided. We used a physical layer model, in which we embedded the additional jamming power, to evaluate different security in scenarios, such as a jamming-free scenario, jamming with an unaware controller, and jamming with an aware controller. The performance is analyzed in terms of the blocking rate and slots utilization. We analyze the impact of jamming attacks in the least used link and in the most used link on the network. The results demonstrates that the jamming avoidance by the control plane can reach performance near the not jammed scenario.
