Semi-Persistent Scheduling PDSCH Multi-TRP Collision Handling

The patent applies local quality by making the collision handling behavior TRP-specific. When PDSCHs are from different TRPs, the UE applies different rules (allows collision) compared to same TRP (follows traditional timeline). This localized differentiation resolves the contradiction by enabling flexible scheduling for multi-TRP while maintaining strict timing for single-TRP operations, preventing excessive complexity growth.

The patent segments the collision handling logic into separate cases based on TRP identity. The UE determines whether colliding PDSCHs are from the same or different TRPs and applies corresponding handling rules. This segmentation allows the system to improve scheduling efficiency for multi-TRP operations without unnecessarily complicating single-TRP operations, thus resolving the technical contradiction.

The patent applies local quality by differentiating collision handling based on TRP identity. When PDSCHs originate from different TRPs, the UE is permitted to receive both despite timing violations, whereas same-TRP operations maintain strict timing adherence. This localized adaptation resolves the contradiction by enabling multi-TRP versatility without compromising the reliability of timing-based mechanisms for operations where they remain applicable.

The patent introduces dynamic behavior where the UE adaptively adjusts collision handling based on TRP identification. The collision avoidance mechanism transitions from static (always enforce timeline) to dynamic (enforce only when same TRP), allowing the system to maintain reliability where needed while adapting to multi-TRP scenarios, thus resolving the technical contradiction.