UE Assistance Information for Flight Path Updates

The patent introduces dynamic triggering mechanisms for flight path information updates. The UE can dynamically decide when to send assistance information based on events such as receiving new flight path data from application layer, entering/leaving geofences, or altitude changes. This dynamic approach provides flexibility in update timing while maintaining information completeness through selective reporting of relevant changes.

The patent changes the parameter of information update frequency from fixed (RRC reconfiguration intervals) to variable (event-triggered). The UE monitors various parameters (application layer data reception, geofence status, altitude) and triggers updates when these parameters change, providing both flexibility in timing and completeness of information through condition-based reporting.

The patent implements feedback mechanisms where the network can configure the UE with specific triggering conditions and thresholds for sending assistance information. The network receives feedback about flight path changes only when predefined events occur (such as entering geofences, altitude changes, or receiving application layer data), rather than continuous updates. This reduces signaling overhead while maintaining timeliness through event-driven feedback.

The patent changes the update frequency parameter from constant to variable based on event occurrence. Instead of periodic updates, the system uses event-triggered updates where the transmission parameter changes from idle to active only when specific conditions are met (geofence entry/exit, altitude thresholds, application layer data reception). This maintains timeliness when needed while minimizing signaling overhead during normal operation.