A crosstalk attack propagation model based on dynamics of infectious diseases in multi-domain optical network

A crosstalk attack propagation model based on dynamics of infectious diseases in multi-domain optical network

Blog Article

For network paralysis problem caused by service damage and its diffusion of high-power crosstalk attack in click here multi-domain optical network, through analyzing the process of the propagation of high power crosstalk attack, this paper expounds the similarity between the high-power crosstalk attack and the spread of infectious diseases, and proposes a new crosstalk attack model CAP-SIS(Crosstalk Attack Propagation-Susceptible Infected Susceptible) based on the epidemic dynamics in multi-domain optical network, with the Ford-Fulkerson algorithm describing the attack power cumulative effect in the transmission delay phase of the multi-domain merrick backcountry wet cat food optical network.The simulation experimental results show that the propagation model can objectively reflect the propagation rule of high-power crosstalk attacks in multi-domain optical network, and provide the theoretical support for the detection and location of crosstalk attacks in the next step.