… the storage of data in synthetic deoxyribonucleic acid (DNA). We investigate a storage
model where a data set is represented by an unordered set of M sequences, each of length L. …

… codes that can be used as primer addresses were proposed in [3], [20] to equip the DNA
storage … In this paper, we continue the study of coding over sets. We follow the model of [10] and …

… In this study, the design of coding sets in DNA storage is discussed. Constraints and … coding
sets. This can effectively reduce the error rate in DNA storage process and improve storage …

… error control for DNA storage channel by introducing a new metric, termed the sequencesubset
distance, over the power set of the set of all vectors of fixed length over a finite alphabet, …

… increase the number of DNA coding sets and create conditions for storing large files. In …
bounds of the coding sets directly leads to improvements of the coding rate. The coding rate is …

… content threshold during non-payload coding can be set in the DNA storage system based
… The table of lower bounds for the set of non-payload encoding under different constraints is …

… may be computationally difficult because the size of the solution space is too large, so we
consider using heuristic algorithms to design DNA storage coding sets. In this paper, we …

… the various methods used for encoding and encrypting data onto DNA while identifying the
… is better to use this approach to enlarge the code words of already designed word sets [11]. …

… pair an error-correcting code with a given DNA storage system in order to … set (and not a
vector) of strands is stored in the DNA storage system. However, since the strands in these sets …

… of codes for two classes of errors arising in the DNA storage … studied in classical coding
theory. Our third contribution is a … the set of its q outgoing arcs and E−(w) to denote the set of …