Terminal Burst-Traffic Reporting for Adaptive SPS and CG Scheduling

The patent implements dynamic resource allocation by transitioning from fixed periodic SPS/CG patterns to flexible on-demand allocation. The base station monitors traffic patterns and dynamically adjusts resource allocation timing and quantity, allowing the system to adapt to varying traffic demands while maintaining operational simplicity through automated control.

The system changes allocation parameters (timing, frequency, quantity of resources) based on observed traffic patterns. By monitoring packet arrival rates and transmission timing, the base station adjusts resource allocation parameters to match actual traffic needs, improving utilization efficiency while maintaining simple operation through parameter optimization.

The patent applies different resource allocation strategies to different traffic types based on their specific requirements. Delay-intolerant traffic receives priority resource allocation with guaranteed timing, while delay-tolerant traffic receives resources only when necessary. This localized quality approach ensures each traffic type gets appropriate resources without wastage for non-critical data.

The system implements partial resource allocation by providing resources only when needed for each traffic type. For delay-tolerant traffic, resources are allocated partially and only when actual transmission is required, rather than continuously. This prevents excessive resource allocation while ensuring delay-intolerant traffic receives sufficient resources.

The patent implements feedback-based resource allocation where the base station monitors traffic patterns, transmission success rates, and resource utilization. Based on this feedback, the system dynamically adjusts resource allocation to ensure delay-intolerant traffic receives sufficient resources for reliable transmission, while simultaneously allocating appropriate resources to other traffic types to prevent shortages.

The system dynamically adjusts resource allocation priorities based on real-time traffic conditions. When delay-intolerant traffic requires resources, the system prioritizes these transmissions to maintain reliability. When traffic conditions change, the system dynamically reallocates resources to other traffic types, ensuring continuous availability without compromising overall system reliability.

The patent transitions from static periodic scheduling to dynamic scheduling that adapts to traffic patterns. The base station monitors packet arrival timing and transmission delays, then dynamically adjusts resource allocation timing to match actual traffic patterns. This reduces transmission delay variability while maintaining simple scheduling through automated adaptive control.

The system changes scheduling parameters (allocation timing, periodicity) based on observed traffic patterns and delay measurements. By adjusting these parameters dynamically, the system minimizes transmission delay variability without increasing scheduling complexity, as the parameter adjustments are automated based on traffic monitoring.