TDMA Node Frame Priority Queuing for Latency Reduction

The system segments the communication queue into multiple priority levels (e.g., high priority and low priority queues) for each destination device. This segmentation allows the MAC layer to separately manage and service different priority frames independently, ensuring that high-priority traffic receives timely transmission while low-priority traffic is handled separately, thus resolving the contradiction between maintaining transmission priority and managing device complexity.

The system implements dynamic time slot allocation where reserved time slots for high-priority frames can be adjusted based on actual traffic conditions. When high-priority traffic is present, the reserved slots ensure immediate transmission; when such traffic is absent, the slots can be reallocated or reduced, thereby maintaining fast transmission for priority frames while optimizing overall channel utilization efficiency under varying load conditions.

The system performs preliminary classification of frames into different priority queues at the point of entry to the MAC layer. By pre-tagging and routing frames to appropriate priority queues before transmission processing, the system enables packet-by-packet QoS support without requiring complex real-time priority arbitration during the transmission phase, thus improving QoS capability while limiting protocol complexity to the queuing and classification functions.