Signal Allocation TRIZ Cases
- Two-Stage Downlink Control Channel for 5G Link Adaptation
A two-stage downlink control channel segments transmission parameters to enable adaptive modulation and code rate selection.
- NFC Interference Detection via Scanning Frame Frequency Modulation
Scanning frames with multiple frequency symbols detect interference points, enabling adaptive modulation to shield data transmission from electromagnetic noise.
- Terminal Logical Channel Prioritization for URLLC Latency
A terminal detects overlapping transmission resources and selects the logical channel with stricter latency requirements to prioritize data transmission.
- Flexible Downlink Control Information for Narrowband Wireless Devices
Downlink control information signals flexible resource assignments to narrowband wireless devices, resolving reliability issues in poor signal conditions.
- Dual CORESET0 Configuration for 5G NR Wideband Narrowband UEs
Segmenting CORESET0 configurations eliminates frequency interleaving for narrowband devices, boosting PDCCH capacity and reducing blocking probability.
- Sidelink Resource State Feedback for Unlicensed Band Utilization
Terminal determines sidelink resource state on unlicensed bands and sends this information to control nodes or target terminals.