Dynamic UE Grouping for 5G QoS Adaptation

The patent implements dynamic UE grouping where UEs can be assigned to different groups based on real-time conditions such as location, service type, and QoS requirements. The network function continuously monitors UE context and dynamically updates group assignments, allowing the system to adapt to changing conditions without manual reconfiguration. This resolves the contradiction by introducing dynamic behavior that improves adaptability while managing complexity through automated decision-making algorithms.

The patent changes the static group identifier parameter to a dynamic one that can vary based on UE context. Instead of a fixed group assignment, the system uses parameters such as location coordinates, service type codes, and priority levels to determine group membership. This parameter transformation enables the network to adapt to changing QoS needs by adjusting group assignments based on current UE state rather than predetermined configurations.

The patent implements a feedback mechanism where the network function continuously monitors UE context changes such as location updates, service type changes, and QoS requirements. Based on this feedback, the system automatically adjusts group assignments to optimize network performance. This feedback loop enables rapid response to real-time needs while managing complexity through automated monitoring and adjustment processes that eliminate manual intervention.

The patent pre-configures multiple group identifiers and their associated policies in the network function before UEs arrive. When a UE connects, the system can immediately assign an appropriate pre-defined group based on initial conditions, avoiding delays associated with creating groups on-demand. This preliminary preparation of group configurations enables rapid network responsiveness while simplifying the actual assignment process through predefined templates rather than ad-hoc group creation.

The patent implements self-service functionality where the network function automatically manages UE grouping without requiring manual network operator intervention. The system autonomously monitors UE context, makes grouping decisions based on predefined policies, and executes reconfiguration actions. This self-service capability improves operational flexibility by enabling rapid adaptation to changing conditions while managing complexity by automating what would otherwise be manual administrative tasks.

The patent segments the network function into distinct modular components: a context monitoring module, a decision-making module that selects appropriate groups based on policies, and an execution module that applies group assignments. This segmentation allows each component to handle specific aspects of the complex grouping logic independently, making the overall system more manageable. The modular architecture reduces perceived complexity by dividing the complex task of dynamic grouping into smaller, well-defined functional units.