Reference Signal Subset Reporting for Adaptive Beam Measurements

The reference signal set is divided into multiple subsets, where each subset corresponds to different beamforming scenarios or frequency ranges. The UE is configured with multiple measurement resource sets, and only the relevant subset is activated for measurement based on current network conditions, thereby improving beamforming efficiency while managing complexity through selective activation.

The patent implements dynamic indication mechanisms where the network can dynamically select and indicate which subset of reference signals should be measured by the UE. This dynamic configuration allows the system to adapt measurement resources to varying network conditions, traffic patterns, and channel characteristics, optimizing beamforming performance without requiring the UE to continuously process all possible reference signals.

The patent applies different measurement resource configurations to different frequency bands and geographic locations. For high-frequency bands requiring better coverage, the system configures appropriate reference signal densities and measurement frequencies locally, while using more efficient configurations in other bands or locations. This localized optimization ensures communication quality where needed without wasting resources system-wide.

The system dynamically adjusts measurement resource parameters such as reference signal periodicity, bandwidth, and density based on channel conditions, frequency band characteristics, and network load. When channel conditions are good, measurement resources are reduced; when quality requirements increase, resources are scaled up appropriately, optimizing the balance between communication quality and resource efficiency.