Channel Coding Adaptation TRIZ Cases
- CRC-FEC Flit Encoding for Low-Latency Coherency Interconnects
A common PHY uses protocol-specific CRC and FEC paths to support reliable, low-latency flit transmission across PCIe, CXL, and UPI.
- Adaptive TBS Configuration for Accurate CQI Reporting
The UE uses configured or calculated TBS values to align CQI reporting with network conditions for more precise MCS selection.
- Dynamic Channel Encoding Configuration for Burst Interference Resilience
A control device selects polar, LDPC, or Reed-Solomon encoding by interference conditions to improve burst-interference resilience.
- Variable Constellation-Symbol Puncturing for Unequal Bit Protection
Different puncturing patterns protect less significant bits and periphery symbols while maintaining the data transmission bit rate.
- Variable-BER Communication Links for Power-Efficient Data Transfer
A protocol engine assigns stricter BER to control data and relaxed BER to application data, balancing integrity, throughput, and power.
- Wireless Frame Signaling for Unequal Modulation Across Spatial Streams
A 1-bit modulation field and 5-bit MCS field separate modulation patterns from coding schemes across spatial streams.