A flexible resource allocation mechanism adjusts frequency hopping offsets to align wideband allocations with narrowband boundaries.
A resource determination method maps transmission configuration indication states to time domain resources using bitmap patterns or predefined slot structures.
Pre-dividing resource blocks into sub-RBs allows precise allocation for small data services, reducing spectral efficiency loss from control overhead.
Master node provides data forwarding addresses of multiple candidate secondary nodes to source secondary nodes.
User equipment transmits scheduling requests indicating beam directions and beamwidths to minimize interference between radar sensing and uplink communications.
Defining specific reporting thresholds for secondary primary cells ensures reliable physical uplink control channel transmission in small cell networks.
Configures multiple downlink frequency resources for multicast communication to resolve complexity in managing frequency resources across wireless devices.
Segmenting control signals onto low band carriers reduces routing latency and congestion while maintaining high throughput on high band links.
A TV white space receiver compares spectrum map versions to select available channels dynamically.
Logical slicing of physical resources into virtual blocks enables co-scheduling and dynamic priority adjustment across multiple radio bearers.
A terminal refines uplink resource allocation granularity using a second frequency-domain discrete structure.
A wireless communication method triggers uplink sounding by encoding requests in unused information element states within the uplink grant.