IAB Node Timing Alignment via T Delta Exchange

The patent introduces an intermediary mechanism where a T delta value is exchanged between nodes to facilitate timing alignment. This intermediary parameter acts as a mediator that enables precise synchronization of downlink and uplink transmissions without requiring complex direct timing adjustment protocols, thus resolving the contradiction between achieving reliable timing alignment and maintaining operational simplicity.

The patent employs parameter changes by introducing and adjusting the T delta parameter to achieve timing alignment. By modifying this specific timing parameter and exchanging it between nodes, the system can dynamically adjust transmission timings to maintain synchronization, thereby improving reliability while keeping the adjustment mechanism manageable through focused parameter control.

The T delta value serves as an intermediary that simplifies the timing alignment process. Instead of implementing complex direct synchronization between all nodes, the system uses this intermediary parameter to convey timing adjustment information, achieving reliable communication while reducing the overall system complexity through indirect but efficient timing coordination.

The patent focuses on changing and adjusting a specific timing parameter (T delta) to achieve precise alignment. By concentrating complexity on managing this single parameter rather than multiple timing aspects simultaneously, the system achieves high communication reliability while keeping the implementation complexity manageable through targeted parameter control.