Logical Channel Mapping for URLLC Reliability

The patent segments the scheduling mechanism by introducing separate scheduling configurations for different service types. It divides the resource allocation process into distinct segments: one for eMBB services and another for URLLC services, each with its own aggregation factor and scheduling parameters. This segmentation allows the system to maintain multi-slot scheduling reliability while simultaneously differentiating between service requirements.

The patent applies local quality by assigning different aggregation factor parameters to different logical channels based on their service requirements. URLLC logical channels receive larger aggregation factors for enhanced reliability, while eMBB logical channels receive smaller aggregation factors for efficiency. This localized differentiation ensures that each service type receives tailored scheduling parameters matching its specific quality requirements.

The patent introduces dynamics into the scheduling system by making aggregation factors adjustable and service-specific rather than fixed and uniform. The system dynamically selects appropriate aggregation factors based on the logical channel type and service requirements. This dynamic adaptation enables efficient resource allocation while managing complexity through automated selection mechanisms.

The patent changes the parameter of aggregation factor from a single fixed value to multiple service-specific values. By introducing parameter variation based on service type, the system achieves efficient resource allocation for different reliability requirements. The patent establishes mapping relationships between logical channels and specific aggregation factor parameters, enabling optimized scheduling without excessive complexity.