Extrinsic-information HARQ prediction helps virtualized RAN decoding adapt to cloud compute fluctuations while avoiding unnecessary retransmissions.
Priority-grouped polar coding adds stronger protection to critical 5G control bits, improving grant, CQI, and ACK/NACK reliability without full coding overhead.
Different ECC protection levels are assigned within one flash code word to match cell error variation and improve reliability without extra power.
Critical MR signals get stronger encoding while less sensitive data gets lighter protection, improving MRI link robustness and efficiency.
Dynamic sorting indices replace stored vectors in polar code construction, cutting memory use while maintaining reliable wireless transmission.
Multiplexed control data for multiple users is jointly polar-coded with group CRC to cut overhead and improve decoding reliability.
Higher-layer context guides decoder feedback to correct transmission errors, improve accuracy, and cut processing overhead.
Parity blocks matched to wireless packet timing let receivers rebuild lost audio data without retransmission, reducing delay and AV desync.
On-the-fly sorting indices replace large stored vectors in polar coding, reducing memory while supporting multiple block sizes and rates.
By coding XR data by QoS and layer priority, wireless links cut retransmission delay and reduce frame freezing in real-time delivery.
Mutual port authentication lets redundant automation networks use IEEE 802.1X with spanning tree reconfiguration while blocking unauthorized nodes.
Dynamic ECC selection changes codeword size, rate, and algorithm by memory conditions to balance error protection, power use, and complexity.
Multiple users' control information is merged with individual and group CRCs into one polar code block to improve error correction in noisy channels.
Dynamic erasure code selection uses configuration and entity health data to protect edge storage with lower overhead and better availability.