Wireless Data Flow Priority Mapping for Dynamic QoS Allocation

The patent segments the single priority value into multiple priority values associated with different resource types (configured grant and dynamic grant). Each resource type can have its own priority value, allowing differentiated resource allocation. This segmentation resolves the contradiction by enabling efficient resource utilization through multi-priority values while maintaining manageable configuration complexity through structured association between resource types and priority values.

The patent introduces dynamic priority adjustment by allowing the network to configure different priority values for different resource types based on varying QoS requirements. The priority values can be dynamically adjusted through RRC reconfiguration messages, enabling the system to adapt to changing traffic demands. This dynamic capability improves resource utilization efficiency while the structured configuration mechanism keeps complexity manageable.

The patent implements dynamic priority configuration where the network can adjust priority values for different resource types through RRC reconfiguration messages. The system maintains stability through structured configuration procedures while enabling adaptability to varying QoS requirements by allowing dynamic modification of priority values based on current traffic conditions and service demands.

The patent changes the priority parameter from a fixed single value to multiple configurable values associated with different resource types. The network can modify these priority parameters dynamically to match varying QoS requirements, while the structured configuration framework maintains system stability during transitions.

The patent segments resource allocation into distinct resource types (configured grant and dynamic grant), each with its own priority value and mapping restriction. This segmentation allows multiple restrictions to be configured without increasing overall system complexity, as each resource type can be independently managed. The structured association between resource types and their parameters keeps device complexity manageable while enabling flexible resource allocation.

The patent creates a universal framework where the same configuration mechanism (RRC signaling with logicalChannelConfig) handles multiple resource types and their associated restrictions. This multi-functional approach allows the system to configure multiple LCH mapping restrictions through a unified procedure, improving resource allocation flexibility while avoiding the complexity increase that would result from separate configuration mechanisms for each restriction type.