When an intruder attacks an object in an electric power network, it is necessary to successfully invade the target node along an attack path. However, as the number of target power optical network nodes increases gradually, the attack path will be exponential growth, resulting in path redundancy, affecting the overall performance of the generated path. To this end, a new power optical network attack path generation and visual display method, introduced the atomic attack, attack map and attack path definition. Based on the analysis of the cost and benefit of the attack path, the intrusion feasibility model is proposed, and the intruder’s choice of the attack path becomes the problem of the feasibility of the invasion. When the POS set contains all the directional edges of the power optical network attack map, generate the attack path of the power optical network by traversing the POS collection element. The process of generating the attack path of the electric power network is displayed. The experimental results show that there is no redundant phenomenon in the proposed method, and the generated attack path is effective and the reliability is high.
Studies of WDM transmission suitable for the optical network of electric power companies