Logical-Path Queue Weighting for Low-Delay Network Slice Transfer

The patent segments the single queue into multiple queues corresponding to different network slices. Each queue is managed independently with its own weighting, allowing packets from different network slices to be transmitted according to their specific requirements rather than being processed in a single FIFO sequence, thereby reducing queuing delay for time-sensitive traffic.

The patent implements dynamic weight adjustment for each queue based on real-time packet amounts and network requirements. The weighting is not static but can be adjusted dynamically to prioritize queues with higher urgency or more packets, enabling the system to adapt to changing network conditions and reduce overall queuing delay.

The patent employs feedback mechanisms where the system continuously monitors the packet amount in each queue and uses this information to dynamically adjust the weighting of queues. This feedback loop allows the system to automatically balance the load across queues and prioritize traffic based on current network conditions, reducing the need for complex manual configuration while managing multiple queues effectively.

The queue management system performs self-adjustment by automatically calculating weights based on packet amounts and network slice requirements. Rather than requiring external intervention or complex centralized control, each queue's priority is determined autonomously based on its current state and the defined network requirements, simplifying the overall management complexity.