Base Station Control Channel Frequency Bandwidth Allocation

The patent segments frequency-time resources into distinct service-specific resources. Different services (e.g., eMBB, URLLC, mMTC) are assigned separate frequency bands and time slots to avoid overlap and interference. This segmentation ensures that each service has dedicated resources, eliminating resource conflicts while maintaining high overall utilization through efficient resource management and dynamic allocation mechanisms.

The patent implements dynamic resource allocation where frequency bandwidths and time slots can be flexibly adjusted based on real-time service demands. When a service has low traffic demand, its allocated resources can be dynamically reassigned to services with higher demand, ensuring high utilization efficiency. This dynamic approach maintains distinct resource allocation for reliability while enabling efficient resource sharing through time-varying configurations.

The patent employs a universal control channel structure that can carry control information for multiple services simultaneously. Instead of creating separate dedicated control channels for each service, the system uses a multi-functional control channel that includes service-specific indicators and parameters within a unified framework. This approach enables fine-grained service differentiation and adaptive support while avoiding the complexity of multiple independent control channels through a consolidated, flexible control mechanism.