Slot Format Indication for IAB Case 7 Timing

The patent applies parameter changes by dynamically adjusting timing parameters (K1, K2, K3 values) based on different timing scenarios. The network can configure different K1, K2, K3 parameter sets for different IAB node capabilities and traffic patterns, allowing the system to optimize communication efficiency while managing complexity through parameterization rather than hard-coded complex logic

The patent implements dynamics by enabling flexible and dynamic timing adjustments in IAB nodes. The timing behavior can be dynamically changed based on network conditions, node capabilities, and traffic requirements. The system supports dynamic switching between different timing scenarios (Scenario 1, 2, 3) and allows dynamic configuration of slot format indicators, making the system adaptable rather than static

The patent applies universality by designing a multi-functional timing framework that can handle multiple timing scenarios (Scenario 1 for sequential operations, Scenario 2 for simultaneous reception, Scenario 3 for simultaneous transmission) using a unified set of K1, K2, K3 parameters. The same basic mechanism and signaling procedures are used across all scenarios, reducing implementation complexity while maintaining high adaptability to different network configurations and IAB node capabilities

The patent segments the timing control into distinct configurable parameters (K1 for scheduling offset, K2 for HARQ timing, K3 for slot format indication timing) that can be independently adjusted for each timing scenario. This segmentation allows the complex timing behavior to be broken down into manageable, independently controllable components, making implementation easier while maintaining versatility