IAB Node Timing Alignment for 5G Simultaneous Operations

The patent segments the timing alignment process into multiple independent components: separate timing alignment for access links and backhaul links, separate handling of downlink and uplink transmissions, and configurable timing alignment modes. This allows the system to support simultaneous operations by independently managing timing for different link types and directions, resolving the contradiction between versatility and accuracy.

The patent introduces dynamic timing alignment mechanisms where timing parameters can be adjusted in real-time based on operational mode, link conditions, and scheduling requirements. The system can dynamically switch between different timing alignment configurations to support various duplexing modes and simultaneous operations while maintaining timing accuracy through continuous adjustment and reconfiguration.

The patent creates a universal timing alignment framework that can operate in multiple modes (full-duplex, half-duplex, time-division duplexing) using a common set of mechanisms. The same timing alignment infrastructure supports both traditional and advanced operations, reducing the need for separate complex systems for each mode while maintaining versatility across different operational scenarios.

The patent manages complexity by controlling timing alignment through parameter adjustments rather than structural changes. By modifying timing parameters, offsets, and configuration values, the system can support simultaneous operations and various duplexing modes without requiring fundamentally different system architectures, thereby limiting the increase in device complexity.