Reference Signal Event Reporting for CSI-RS and SSB Imbalance

The patent segments the measurement reporting mechanism into distinct components: separate measurement configurations for CSI-RS and SSB reference signals, independent triggering conditions for each signal type, and differentiated reporting criteria. This segmentation allows the system to achieve high detection precision for various coverage issues while managing complexity through modular design, where each component can be independently configured and optimized.

The patent implements a universal measurement configuration framework that can handle multiple reference signal types (CSI-RS and SSB) through a single unified mechanism. The measurement configuration includes common parameters such as thresholds, hysteresis, and timing that apply across different signal types, while allowing signal-specific adjustments. This multi-functionality approach maintains high measurement precision for diverse reference signals while simplifying operation through standardized procedures.

The patent implements dynamic event-triggered measurement reporting where the system automatically adjusts measurement and reporting behavior based on real-time network conditions. The triggering events are dynamically configured based on the current state of CSI-RS and SSB measurements, allowing the system to activate detailed reporting only when coverage issues are detected. This dynamic approach significantly improves productivity by reducing unnecessary reporting overhead while managing complexity through condition-based activation rather than continuous monitoring.