Full-Duplex Terminal Timing Alignment for Uplink and Downlink

The patent applies parameter changes by establishing specific timing criteria for uplink and downlink transmissions in full-duplex communication. The base station configures and notifies the terminal of timing parameters (such as timing offsets, transmission windows, and reception windows) that optimize the timing relationship between uplink and downlink signals. This resolves the contradiction by providing concrete timing parameter specifications that enable full-duplex operation to achieve resource usage efficiency improvements while maintaining system performance through controlled timing relationships.

The patent applies dynamics by configuring adaptive timing criteria that can be adjusted based on communication conditions. The base station dynamically configures timing parameters for different terminals and different communication scenarios, allowing the timing relationship between uplink and downlink to be optimized in real-time. This enables full-duplex communication to achieve high capacity while controlling latency by adapting timing parameters to specific channel conditions and traffic patterns.

The patent applies feedback mechanisms where the terminal reports reception status and channel conditions to the base station, and the base station adjusts timing criteria based on this feedback. The timing criteria are configured considering round-trip time and signal propagation characteristics, ensuring that uplink transmissions from terminals at different distances maintain proper timing alignment. This feedback-based timing adjustment enables full-duplex communication to achieve resource efficiency improvements while maintaining coverage performance across different cell radii.