Wireless Time-Sensitive Communication Resource Reservation via UE Delay Data

The patent segments network resources by introducing dedicated resources for time-sensitive data streams separate from shared resources. The network is divided into time-sensitive resource domains and non-time-sensitive resource domains, allowing time-sensitive data to have guaranteed transmission resources while other data uses shared resources, thus resolving the contradiction between resource utilization and transmission delay.

The patent applies preliminary action by pre-reserving dedicated transmission resources for time-sensitive data streams before actual data transmission. The network performs advance resource allocation and configuration for time-sensitive services, ensuring that when time-sensitive data arrives, dedicated resources are already prepared, eliminating delays caused by resource contention.

The patent implements dynamic resource allocation where the network can flexibly adjust resource allocation based on actual service demands. When time-sensitive services are active, dedicated resources are allocated; when inactive, these resources can be dynamically released or reallocated, making the resource management adaptive rather than static, thus improving overall resource utilization while maintaining low latency when needed.

The patent applies local quality by providing different resource allocation strategies for different network scenarios. Time-sensitive data streams receive dedicated resources with guaranteed performance, while non-time-sensitive streams use shared resources. This localized differentiation allows the network to optimize for time-critical performance where needed without sacrificing overall resource efficiency across the entire network.