Uplink Resource Scheduling for Variable Periodic Traffic

The patent changes the parameter of reporting frequency based on buffer state conditions. The UE adjusts whether to report buffer state information dynamically - reporting only when necessary (e.g., when buffer state changes significantly or reaches thresholds) rather than reporting at fixed intervals. This parameter adaptation resolves the contradiction by achieving sufficient scheduling accuracy while minimizing unnecessary resource consumption.

The patent applies partial action by reporting buffer state information selectively rather than continuously. The UE performs partial reporting - only transmitting buffer state information when it becomes necessary for scheduling decisions, rather than excessive continuous reporting. This approach maintains scheduling accuracy where needed while reducing overall resource consumption.

The patent dynamically changes the reporting timing parameter based on buffer state conditions. Instead of fixed periodic reporting or continuous reporting, the UE adjusts reporting timing according to actual buffer state changes and scheduling needs. This parameter adaptation ensures timely information delivery when necessary while minimizing reporting overhead during stable periods.

The patent prepares scheduling information in advance by monitoring buffer state continuously, but only transmits when triggering conditions are met. The UE performs preliminary buffering of scheduling information and triggers transmission proactively when conditions warrant reporting, rather than waiting for scheduled reporting intervals. This resolves the contradiction by ensuring timeliness when needed while reducing overall reporting frequency.

The patent applies local quality by reporting only the specific buffer state information that is locally relevant to scheduling decisions. Instead of reporting all possible buffer parameters uniformly, the UE selectively reports only the necessary portions of buffer state information based on current scheduling needs and traffic characteristics. This resolves the contradiction by providing sufficient scheduling accuracy with minimized information overhead.

The patent extracts only the essential buffer state information needed for scheduling decisions rather than reporting complete buffer state details. The UE identifies and extracts the critical scheduling-relevant parameters from the full buffer state, transmitting only those extracted elements. This approach maintains scheduling accuracy while significantly reducing information overhead.