Soft input decoder for high-rate generalised concatenated codes - Spinner, Jens; Rohweder, Daniel; Freudenberger, Jürgen (IET circuits, devices & systems, 2018)
Keywords: algebraic decoding; BCH codes; Binary codes; bit-flipping strategy; Codes; coding gain; Complexity; computational complexity; Concatenated codes; Construction; Data storage; decoder architecture; Decoding; Embedded systems; erasure decoding; Error correction; Error correction & detection; error correction codes; extended BCH codes; flash memories; hard input decoding; high-rate GC codes; high-rate generalised concatenated codes; high-reliability data storage; inner extended binary Bose-Chaudhuri-Hocquenghem codes; integrated circuit reliability; low-complexity soft input decoder; low-complexity soft input decoding; outer error; outer Reed-Solomon codes; Parity; pipelined decoder architecture; Probability; Reed-Solomon codes; Research Article; soft decoding approach; soft input decoder; Transistors; algebraic decoding; soft input decoder; extended BCH codes; integrated circuit reliability; soft decoding approach; Reed-Solomon codes; decoder architecture; flash memories; inner extended binary Bose-Chaudhuri-Hocquenghem codes; low-complexity soft input decoding; pipelined decoder architecture; outer error; error correction; binary codes; error correction codes; high-rate generalised concatenated codes; low-complexity soft input decoder; decoding; high-reliability data storage; concatenated codes; high-rate GC codes; bit-flipping strategy; outer Reed-Solomon codes; coding gain; BCH codes; erasure decoding; hard input decoding; computational complexity