The paper analyzes a concatenated coding scheme for short-molecule DNA storage over symmetric sequencing channels, deriving an achievability bound on reliable information scaling and proving exponential error decay for random linear block codes under zero-undetected-error decoding.
Exact error exponents for a concatenated coding based class of DNA storage codes,
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Concatenated Codes for Short-Molecule DNA Storage with Sequencing Channels of Positive Zero-Undetected-Error Capacity
The paper analyzes a concatenated coding scheme for short-molecule DNA storage over symmetric sequencing channels, deriving an achievability bound on reliable information scaling and proving exponential error decay for random linear block codes under zero-undetected-error decoding.