Location Management Function Measurement Reporting Configuration

The patent extracts only the essential measurement information needed for location determination. The LMF configures the UE to report specific measurement quantities (such as RSRP, RSTD) rather than all available channel state information. This selective extraction maintains positioning accuracy while significantly reducing the volume of reported data and associated signaling overhead.

The patent segments the measurement reporting process into multiple dimensions: different measurement types (RSRP, RSTD, quality metrics), different reporting triggers (event-based, periodic, on-demand), and different location services. This segmentation allows the system to report only relevant measurements for each specific positioning task, reducing overall overhead while maintaining accuracy for each location determination.

The patent implements periodic measurement reporting where the LMF configures the UE with specific reporting intervals or triggers. Instead of continuous reporting, measurements are taken and reported periodically or when specific conditions are met (such as when measurements change by a threshold amount). This periodic approach maintains accuracy for dynamic channel conditions while significantly reducing network resource consumption compared to continuous reporting.

The patent enables dynamic adjustment of reporting parameters based on channel conditions and positioning requirements. The LMF can modify reporting frequency, measurement types, and triggers in real-time based on the current positioning accuracy requirements and channel variability. This dynamic adaptation ensures high accuracy when needed while conserving resources during stable conditions.

The patent establishes universal measurement reporting frameworks and standardized measurement quantities that can be applied across multiple UEs and location services. The LMF uses standardized configuration templates for different positioning methods (OTDOA, UTDOA, ECID) that can be replicated and adapted. This universality reduces configuration management complexity while maintaining the ability to achieve high positioning accuracy through standardized best practices.

The patent enables flexible parameter adjustment within standardized frameworks. Rather than completely custom configurations, the system allows modification of key parameters (reporting thresholds, intervals, measurement quantities) within predefined ranges and options. This approach maintains positioning accuracy through parameter optimization while reducing complexity by constraining choices to standardized options with known performance characteristics.