Bit-reliability-guided matrix sparsification improves iterative block code decoding, reducing error propagation and check saturation.
Alternative path decoding and integrity checks help wireless receivers recover correct data under channel impairments with lower resource use.
Shuffled decoding overlaps internal and external processing to reduce turbo-decoder latency.
Incorporating a secure seed into the deterministic function prevents malicious agents from predicting data storage locations and degrading system performance.
A memory controller performs reliability verification reads on unselected word lines to detect data errors.
Segmenting the decoding tree into parallel units reduces latency while maintaining computational complexity.
Segmented memory arrays enable single cycle iterations, reducing memory bit requirements while maintaining decoding accuracy.
A circuit uses an ECC checker and memory arrangement to generate error indications from remainder portions.
A modem chip calculates minimum Euclidean distances using index-based comparators to reduce hardware size.
A parallel bit error detection system processes data packet bits independently using a time signature to generate immediate error flags.