PDSCH Service Conflict Resolution via Priority Scheduling

The patent applies parameter changes by modifying the time domain resource allocation parameters of PDSCH transmissions. When a service conflict is detected (overlapping time domain resources), the network device adjusts scheduling parameters such as time offsets, resource allocation ranges, or transmission timing to separate the conflicting PDSCHs in the time domain, thereby resolving the conflict while maintaining service coverage

The patent implements dynamics by making the PDSCH scheduling flexible and adaptive. The network device dynamically adjusts the scheduling decisions based on real-time service requirements and conflict detection. When conflicts are detected, the system dynamically reconfigures the time domain resources, allowing the scheduling strategy to adapt to changing conditions and resolve conflicts effectively

The patent applies segmentation by dividing the reception process into distinct phases or groups. When service conflicts occur, the terminal segments the PDSCH receptions by prioritizing certain PDSCHs over others based on service types, QoS parameters, or scheduling priorities. This segmentation allows the terminal to systematically handle multiple PDSCHs while ensuring critical services are received correctly

The patent uses parameter changes by adjusting reception parameters such as priority levels, reception thresholds, or processing sequences based on service characteristics. When conflicts are detected, the terminal modifies reception parameters to favor high-priority services, thereby maintaining reception correctness for critical PDSCHs while still attempting to receive other services