Optical Network Anomaly Detection and Localization Based on Forward Transmission Sensing and Route Optimization.

Philip N. Ji,Zilong Ye,Yue-Kai Huang,Thomas Ferreira de Lima,Yoshiaki Aono,Koji Asahi,Ting Wang

Optical Fiber Communications Conference and Exhibition（2024）

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Abstract

We introduce a novel scheme to detect and localize optical network anomaly using forward transmission sensing, and develop a heuristic algorithm to optimize the route selection. The performance is verified via simulations and network experiments.

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Key words

Pathfinding,Anomaly Detection,Optical Networks,Forward Transmission,Network Anomaly,Network Anomaly Detection,Heuristic Algorithm,Route Selection,Optical Fiber,Optical Characteristics,Identification Code,Unique Code,Binary Code,Optical Amplifier,Specific Link,Breadth-first Search,Optical Changes,Optical Fiber Communication,Theoretical Bound,Integer Linear Programming Model,Standard Single-mode Fiber,Quality Of Transmission

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