Wireless UE Beam Power Reporting With Split Timing

The patent applies preliminary action by pre-configuring the minimum required time parameters (first minimum required time and second minimum required time) before the actual reporting process. The UE is provided with these timing parameters in advance through RRC signaling or other configuration mechanisms, allowing the UE to calculate the exact reporting timing without real-time complex computations, thus improving timing accuracy while managing system complexity.

The patent segments the total minimum required time into two distinct components: first minimum required time (from last downlink reference signal to power measurement information transmission) and second minimum required time (between DCI triggering and downlink reference signal reception). This segmentation allows for more precise control and optimization of each timing interval separately, improving overall reporting timing accuracy while making the system more manageable.

The patent segments the CSI reporting function into multiple independent CSI processing units, each capable of handling specific CSI reporting tasks. This segmentation enables parallel processing of different CSI reports, significantly improving productivity. The modular architecture allows the system to utilize multiple processing units without proportionally increasing overall complexity, as each unit is self-contained and can be independently managed.

The patent implements universal CSI processing units that can handle multiple types of CSI reporting functions. Each processing unit is designed to be multi-functional, capable of processing different CSI measurement types and reporting configurations. This universality improves productivity by enabling parallel processing while controlling complexity through standardized, reusable processing modules.