Edge Support Service Triggering for UE Behavior Adaptation

The patent implements a feedback mechanism where the network entity monitors UE behavior and receives event notifications when behavior adaptations occur. This feedback loop enables the network to detect accuracy deterioration and trigger corrective actions to restore reliable UE behavior.

The patent establishes predetermined trigger actions that are prepared in advance for various UE behavior adaptation scenarios. When an event notification is received, the network entity can immediately execute the corresponding pre-planned action without delay, preventing accuracy deterioration from persisting.

The patent enables the UE to self-report behavior adaptations through event notifications, eliminating the need for continuous network-side monitoring of all UE actions. The UE autonomously detects its own behavior changes and informs the network, reducing overall system complexity while maintaining reliability.

The patent monitors specific behavioral parameters of the UE and triggers actions only when these parameters change beyond acceptable thresholds. This selective monitoring approach focuses computational resources on critical parameters, reducing system complexity compared to comprehensive monitoring.

The patent implements periodic or event-triggered monitoring rather than continuous monitoring. The network entity receives event notifications at specific intervals or when behavior adaptations occur, reducing the energy required for monitoring while maintaining adequate oversight of UE behavior accuracy.

The UE autonomously monitors its own behavior and generates event notifications only when adaptations occur, rather than continuously reporting to the network. This self-service approach shifts monitoring energy consumption to the UE only when necessary, reducing overall system energy consumption while maintaining reliability.