Error Detection/Prevention Using Signal Quality Detector TRIZ Cases
- Waveform Signature Fault Correction in 5G/6G Receivers
Waveform analysis lets a 5G/6G receiver localize faulted subcarriers and correct message errors without bulky FEC or retransmission.
- Rateless JSCC Packet Scheduling for Stable Semantic Radio Links
Rateless JSCC adapts packet length and bit error targets to channel conditions, keeping semantic radio links stable with lower network strain.
- Rateless Radio Link Coding for Stable Packet Length Adaptation
Puncturing-based rateless JSCC adjusts packet length and target bit error rate to keep semantic communication stable without channel-state exchange.
- Terminal Time Advance Validation for Abnormal TA Detection
By comparing consecutive TA messages against a threshold, the terminal rejects abnormal timing advance values to keep uplink sync and bit errors low.
- User-Specific DMRS Switching for OFDM Channel Estimation
Condition-triggered DMRS format switching adapts OFDM symbol positions to channel changes, improving estimation accuracy without wasting resources.
- Terminal TCI State Signaling Across Multiple Radio Signals
A unified DCI-based TCI indication lets terminals apply beam states across multiple signals, improving communication quality and throughput.
- WLAN EHT Link Adaptation Using Unified HE/EHT Control Fields
A unified HE/EHT A-Control field guides 160 MHz channel, MCS, and spatial stream selection to raise WLAN throughput without extra overhead.