Last Updated on November 18, 2023 by Paganoto
Reduced complexity hard‐ and soft‐input BCH decoding with …
Reduced complexity hard‐ and soft‐input BCH decoding with …
by J Freudenberger · 2021 · Cited by 3 — In this work, we propose efficient methods for hard- and soft-input decoding for single, double, or triple error correcting BCH codes. We …
BCH code – Wikipedia
BCH code – Wikipedia
Explanation of the decoding process
BCH Encoder and Decoder for Emerging Memories
BCH Encoder and Decoder for Emerging Memories
Abstract- In this paper, an encoder and decoder system is proposed using Bose-Chaudhuri-Hocquenghem (BCH) double- error-correcting and triple-error …
NAND Error Correction Codes Introduction – Macronix
NAND Error Correction Codes Introduction – Macronix
In general, BCH is a more efficient ECC algorithm for NAND flash because NAND flash errors are not correlated (they do not occur in groups or …
On the Use of Strong BCH Codes for Improving Multilevel …
On the Use of Strong BCH Codes for Improving Multilevel …
by F Sun · Cited by 77 — Abstract—This paper investigates the potential of using strong BCH codes to improve multilevel data-storage NAND Flash memory capacity.
Decoder scheme for BCH codes | Download Scientific Diagram
Decoder scheme for BCH codes | Download Scientific Diagram
The gate count of the ECC unit is taking up a significant share of the overall logic. Scaling the ECC strength to the growing error correction requirements …
A Flexible BCH decoder for Flash Memory Systems using …
A Flexible BCH decoder for Flash Memory Systems using …
by AK Subbiah · 2019 — Hocquenghem (BCH) code is the most common ECC used to address the errors … scaling of VLSI has enabled flash memory vendors to integrate.
Constant-time BCH Error-Correcting Code
Constant-time BCH Error-Correcting Code
by M Walters · 2019 · Cited by 18 — BCH decoding. Since α is a primitive element, the BCH codes defined are usually called primitive (or. ‘narrow-sense’) BCH codes. 2.2 Encoding. To transmit …
Reducing Error Correction Latency for On-Chip Memories
Reducing Error Correction Latency for On-Chip Memories
by H Duwe · Cited by 27 — is to speculatively execute on the instruction or data accessed from the cache prior to … decode latency of the BCH code is a significant fraction (50%).
DEC ECC design to improve memory reliability in Sub-100nm …
DEC ECC design to improve memory reliability in Sub-100nm …
by R Naseer · Cited by 152 — DEC code design that is aligned to typical memory word widths and a parallel decoding … Commonly employed iterative BCH decoding schemes such.
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