Layer-1 Cross-Link Interference Collision Management

The patent changes the parameter of resource allocation by introducing priority levels that dynamically adjust the timing and resource assignment of CLI measurements versus downlink transmissions. The base station configures different priority levels (e.g., priority 0 for CLI measurements, priority 1 for downlink transmissions) to resolve collisions, ensuring that critical downlink transmissions are not compromised while still enabling accurate CLI measurements at appropriate times.

The patent introduces dynamic priority adjustment mechanisms where the base station can flexibly assign priority levels based on current network conditions, traffic patterns, and interference scenarios. This dynamic approach allows the system to switch between prioritizing downlink transmissions and CLI measurements as needed, rather than using a static priority scheme, thereby maintaining both transmission reliability and measurement accuracy under varying conditions.

The patent implements periodic CLI measurement scheduling with configurable intervals and priority levels. Instead of continuous or overly frequent measurements that would cause constant collisions, the system schedules CLI measurements at periodic intervals determined by network conditions and interference patterns. This periodic approach maintains effective CLI monitoring while minimizing resource conflicts with downlink transmissions, thereby improving overall resource allocation efficiency.