MUSIM Gap Collision Handling via Priority Configuration

The patent applies preliminary action by having the UE request and network configure priority information for MUSIM gaps before collisions occur. The UE stores this priority information and uses it proactively to determine which gap to follow when collisions are detected, rather than reacting after performance degradation occurs. This prevents unpredictable measurement performance by establishing gap priority rules in advance.

The patent changes the parameter of gap priority by introducing priority information as a new attribute for MUSIM gaps. The network configures priority levels (e.g., high priority, low priority) for different MUSIM gaps, and the UE uses these priority parameters to resolve collisions with legacy measurement gaps. This parameter change transforms the gap management from a fixed schedule to a flexible, priority-based system that maintains measurement reliability.

The patent introduces priority information as a new parameter for MUSIM gaps, allowing the network to configure different priority levels (high priority, low priority) for different gaps. The UE uses this priority parameter to make intelligent decisions during collisions, ensuring that high-priority gaps are followed while low-priority gaps are skipped, thereby maintaining both Network A and Network B measurement reliability without complete failure.

The patent implements feedback by having the UE report collision information to the network and receive updated priority configurations. The UE monitors measurement performance and provides feedback about gap collisions, allowing the network to adjust priority settings dynamically. This feedback loop ensures continuous optimization of measurement reliability for both networks.

The patent applies universality by making the priority information mechanism applicable to all MUSIM gap configurations, regardless of the specific network setup or gap pattern. The same priority-based collision handling approach works for various scenarios (single MUSIM gap, multiple MUSIM gaps, different priority combinations), providing a universal solution that reduces overall system complexity despite adding configuration capability.

The patent changes the parameter space by adding priority information as an optional attribute for MUSIM gaps. Rather than requiring complete redesign of the gap management system, the patent extends the existing gap configuration framework to include priority levels. This parameter extension approach maintains compatibility with legacy systems while adding collision handling capability, thereby limiting the increase in system complexity.