Communication Device Signaling for Time-Sensitive Resource Reservation

The patent segments network resources by creating separate transmission paths: a first network for time-sensitive data with guaranteed resources, and a second network for other data streams. This segmentation allows both time-sensitive reliability and overall resource utilization to be optimized independently.

The patent implements preliminary action by reserving network resources in advance for time-sensitive data transmission. The network pre-allocates bandwidth and transmission paths before time-sensitive data arrives, ensuring that when such data needs transmission, dedicated resources are already available, eliminating delay and jitter while maintaining high overall resource utilization through efficient resource management.

The patent applies dynamics by making the network resource allocation adaptive and flexible. The system dynamically manages the first network for time-sensitive data, allocating resources based on actual demand while maintaining guarantees. For non-time-sensitive data on the second network, resources are shared flexibly. This dynamic approach allows the network to maintain high reliability for time-sensitive traffic while preserving resource sharing capability for other traffic types.

The patent implements local quality by applying different resource allocation strategies to different network segments and data types. The first network segment dedicated to time-sensitive data uses strict resource reservation with guaranteed bandwidth, while the second network segment for other data uses flexible sharing. This localized differentiation allows each segment to optimize for its specific requirements, maintaining both reliability for time-sensitive data and adaptability for overall network resource sharing.