Mobile IAB Aerial Mobility Control for Throughput and NRT Accuracy

The patent applies preliminary anti-action by preemptively stopping measurement procedures and preventing ANR activation when the mobile IAB-node is detected to be in flight. The base station identifies aerial mobility through altitude information or measurement patterns, then proactively disables measurement reporting and ANR before interference issues can degrade throughput or create erroneous NRTs. This preventive approach resolves the contradiction by eliminating the harmful measurement actions before they can cause both throughput degradation and NRT errors.

The patent applies preliminary action by checking for aerial mobility conditions before allowing measurement procedures to execute. The base station receives altitude information or detects flight patterns in advance, then preemptively configures the wireless device to stop measurements or prevents ANR activation. This ensures that even though the system maintains adaptability for ground-based scenarios, aerial measurements are blocked beforehand, preventing invalid NRT entries while preserving dynamic neighbor relationship updates for legitimate cases.

The patent applies segmentation by dividing the measurement control into ground-based and aerial modes. The system segments the neighbor relationship management into two distinct operational paths: normal measurements for ground devices and restricted/no measurements for aerial devices. By receiving altitude information or detecting flight patterns, the base station segments the measurement behavior, allowing aerial mobility support while preventing the throughput degradation that would result from multi-base station interference during flight.