Uplink Scheduling Request Grouping for Multi-Service Radio Access

The patent divides services into different service types (e.g., delay-sensitive services and delay-tolerant services) and allocates different scheduling request resources to each service type. This segmentation allows the system to handle diverse service requirements efficiently by treating each service type separately with appropriate scheduling parameters, thereby improving service processing efficiency while maintaining adaptability to different service needs.

The patent configures multiple scheduling request resources with different parameters (such as different periodicities) that can serve multiple service types. For example, a first scheduling request resource with a first periodicity can be used for delay-sensitive services, while the same or different resources with adjusted parameters can serve delay-tolerant services. This multi-functionality approach allows efficient handling of diverse services while avoiding excessive complexity in resource configuration.

The patent applies local quality by configuring specific scheduling request resource parameters (such as periodicity, timing, and frequency resources) according to the local requirements of each service type. For instance, delay-sensitive services are allocated resources with shorter periodicity to ensure rapid response, while delay-tolerant services use resources with longer periodicity. This localized optimization allows the system to adapt to different service requirements without uniformly increasing complexity across all resources.