Downlink Pre-Emption Indication for 5G QoS Resource Multiplexing

The patent implements dynamic resource assignment where the time-section length is not fixed but adapts based on service type. For eMBB and mMTC services, longer time-sections are used to maximize throughput, while for URLLC services, shorter time-sections are allocated to minimize latency. This dynamic adjustment resolves the contradiction by allowing the system to optimize for throughput when needed and for latency when needed, rather than being constrained by a single fixed time-section length.

The patent segments the resource assignment mechanism by service type, creating different resource assignment schemes for different service categories. Instead of using a uniform time-section length for all services, the system divides resource management into service-specific segments, allowing eMBB/mMTC to use longer assignments for throughput optimization while URLLC uses shorter assignments for latency optimization, thereby resolving the throughput-latency tradeoff.

The system dynamically selects the appropriate time-section length based on the service requirements. When URLLC traffic arrives, the system switches to shorter time-section assignments to minimize latency. When eMBB or mMTC traffic dominates, the system transitions to longer time-section assignments to maximize throughput efficiency. This dynamic adaptation allows the system to optimize for latency when URLLC is the priority while maintaining throughput efficiency when other services are active.

The patent changes the time-section assignment parameter based on service type and traffic conditions. The system monitors service requirements and adjusts the time-section length parameter accordingly, shortening it for URLLC to reduce latency and lengthening it for eMBB/mMTC to improve throughput. This parameter adjustment mechanism resolves the contradiction by making the time-section length a variable rather than a fixed value.

The patent segments the resource assignment system into service-specific schemes, creating distinct assignment mechanisms for different service types. Instead of using one uniform scheme, the system divides resource management into separate tracks for eMBB, mMTC, and URLLC, each with optimized parameters. This segmentation allows the system to meet diverse QoS requirements while keeping each individual scheme relatively simple and manageable.

The patent creates a universal resource assignment framework that can handle multiple service types through a common structure. The system uses a unified resource management architecture that accommodates different service requirements by applying service-specific configurations within the same framework. This multi-functional approach allows a single system to serve multiple purposes without requiring completely separate mechanisms for each service type.