Sidelink HARQ-ACK Transmit Power Control for V2X Priority Signals

The patent applies local quality by differentiating the treatment of different signals based on their priority levels. Higher priority signals receive different power control treatment compared to lower priority signals, allowing optimized power management for each signal type while maintaining overall system simplicity. The method determines transmit power based on the highest priority signal's pathloss, applying uniform power control to all signals in a given set rather than individualized power control for each signal.

The patent segments the power control approach by dividing signals into priority-based groups. Instead of managing power for each individual signal separately, the system segments the power control process into priority levels, where all signals of a certain priority level receive the same power control treatment. This segmentation simplifies the control mechanism while ensuring reliable reception for the most critical signals.

The patent applies local quality by tailoring the power control strategy to the specific characteristics of different signal types and their priorities. Instead of uniformly increasing power for all signals, the system applies differentiated power control where higher priority signals receive appropriate power levels that prevent interference, while lower priority signals are transmitted at levels that ensure their reception without causing excessive interference to other frequency bands.

The patent applies preliminary anti-action by proactively managing transmit power levels to prevent interference before it occurs. By determining the transmit power based on the highest priority signal's pathloss and applying uniform power control to all signals, the system preemptively prevents power-related interference between different signal types and frequency bands, rather than addressing interference issues after they arise.