Uu and Sidelink Scheduling for Intra-Band Collision Resolution

The patent implements dynamic resource allocation and collision resolution mechanisms where the UE adaptively switches between transmission and reception modes based on real-time scheduling decisions. The network dynamically configures time domain parameters and priority levels for different communication types (Uu vs SL), allowing the system to optimize throughput while respecting hardware constraints through flexible, real-time resource management.

The patent changes operational parameters by introducing priority configurations and time domain settings that control when transmission and reception occur. By adjusting these parameters dynamically based on traffic conditions and collision scenarios, the system achieves high throughput without violating the fundamental constraint that the UE cannot simultaneously transmit and receive on intra-band frequencies.

The patent applies different priority levels and quality-of-service parameters to different communication types (Uu versus SL). Instead of a uniform prioritization approach, the system configures specific priority values for each communication type based on local requirements, allowing critical Uu communications to maintain reliability while SL communications receive appropriate timing guarantees for their specific use cases.

The patent implements preliminary configuration of priority levels and time domain parameters before communications occur. By pre-configuring these parameters based on expected traffic patterns and requirements, the system prepares the UE to handle both Uu and SL communications efficiently, reducing actual transmission delays through advance resource reservation and scheduling decisions.