Results 91 to 96 of about 210 (96)

Concatenated Nanopore DNA Codes

IEEE Transactions on NanoBioscience
In nanopore sequencers, single-stranded DNA molecules (or k-mers) enter a small opening in a membrane called a nanopore and modulate the ionic current through the pore, producing a channel output in the form of a noisy piecewise constant signal. An important problem in DNA-based data storage is finding a set of k-mers, i.e.
Adrian Vidal, V. B. Wijekoon, Emanuele Viterbo   +2 more
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Concatenated Coding Systems and Turbo Codes

1999
As discussed in Chapter 1, one of the goals of coding research is to find a class of codes and associated decoders such that the probability of error could be made to decrease exponentially at all rates less than channel capacity while the decoding complexity increased only algebraically.
Xuemin Chen, Irving S. Reed
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Partially concatenated convolutional codes

Proceedings. 2001 IEEE International Symposium on Information Theory (IEEE Cat. No.01CH37252), 2002
We present a new code construction called partially concatenated convolutional codes. Parallel concatenated convolutional codes (turbo codes) and serially concatenated convolutional codes can be regarded as special cases of this construction. However, proper partitioning of the outer code sequences provides a new degree of freedom for code design.
Martin Bossert, V. Zybablov, Jurgen Freudenberger, Sergo Shavgulidze   +3 more
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On BEP of a generalised concatenated coding

1999 Information Theory and Networking Workshop (Cat. No.99EX371), 2003
This paper is mainly concerned with the combination and decomposition of linear block error-control codes for satellite and deep space communications. These problems are posed because concatenated codes are not optimum codes in most cases. Even when the inner and outer codes are optimum codes individually, their combination is still not optimum.
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On the Concatenated Structure of a Linear Code

Applicable Algebra in Engineering, Communication and Computing, 1998
We address here the problem of finding a concatenated structure in a linear code ? given by its generating matrix, that is, if ? is equivalent to the concatenation of an inner code B 0 and an outer code E 0, then find two codes B and E such that their concatenation is equivalent to ?. If the concatenated structure exists and is non trivial (i.e.
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Concatenated spherical codes codes sphériques concaténés [PDF]

, 1991
Th. Ericson, V. A. Zinoviev
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