Autonomous Fault Detection in Cable Networks

The system allows any vehicle equipped with the AFDD device to perform fault detection, not just dedicated patrol vehicles. The server coordinates multiple vehicles that can be deployed flexibly across different network segments, making the detection capability universal rather than requiring specialized dedicated vehicles for each route.

Instead of maintaining multiple dedicated patrol vehicles, the system uses a centralized server that coordinates and manages detection activities across multiple standard vehicles. The server creates virtual patrol routes and assigns detection tasks, replacing the need for physical dedicated patrol infrastructure with a digital coordination system.

The server acts as an intermediary between the AFDD devices in vehicles and the fault management system. It receives raw detection data, processes it autonomously to determine fault conditions, and generates work orders automatically. This intermediary layer handles the complexity of automation logic centrally, keeping individual vehicle systems relatively simple while achieving high-level autonomy.

The system performs self-diagnosis and self-management through the server that automatically processes detection data, identifies faults, and generates work orders without human intervention. The autonomous operation is achieved through pre-programmed algorithms that enable the system to service itself, reducing the need for complex human-operated control mechanisms.

The system dynamically assigns detection tasks to available vehicles based on real-time needs and vehicle availability. Rather than maintaining fixed dedicated fleets for specific routes, the server can dynamically route any equipped vehicle to areas requiring detection, optimizing resource utilization and reducing the total number of vehicles needed while maintaining continuous detection coverage.

The system implements periodic fault detection through scheduled server-coordinated vehicle deployments. Instead of requiring continuous operation of dedicated patrol vehicles, the server organizes periodic detection cycles where vehicles are deployed as needed, reducing operational costs while maintaining adequate detection coverage through systematic periodic monitoring.