It is shown that minimum distance decoding of linear codes is accomplished by generating all codewords corresponding to all information sets utilizing the corresponding received coordinates. This was previously shown for the special case of maximum distance separable codes. It is shown that for codes over moderate or larger sized fields this method is more effective than that of generating all codewords
Motivated by applications to distributed storage, Gopalan et al recently introduced the interesting ...
A central paradox of coding theory has been noted for many years, and concerns the existence and con...
The problem of bounded distance decoding of arbitrary linear codes using Gröbner bases is addressed...
It is shown that minimum distance decoding of linear codes is accomplished by generating all codewor...
It is shown how complete decoding of maximum distance separable codes can be accomplished by a vote-...
It is possible for a linear block code to provide more protection for selected message positions tha...
From Conclusion: The study of error-correcting codes is now approximately 25 years old. The first kn...
Information set decoding is an algorithm for decoding any linear code. Expressions for the complexit...
Minimum-distance decoding of convolutional codes has generally been considered impractical for other...
This thesis is concerned with the decoding aspect of linear block error-correcting codes. When, as i...
It is necessary to encode data when transmitting over a noisy channel in order for\ud errors to be d...
Consider a linear code defined as a mapping between vector spaces of dimensions k and n. Let β* deno...
By using coding and combinatorial techniques, an approximate formula for the weight distribution of ...
We examine an error-correcting coding framework in which each coded symbol is constrained to be a fu...
In this work, we determine the coset weight spectra of all binary cyclic codes of lengths up to 33, ...
Motivated by applications to distributed storage, Gopalan et al recently introduced the interesting ...
A central paradox of coding theory has been noted for many years, and concerns the existence and con...
The problem of bounded distance decoding of arbitrary linear codes using Gröbner bases is addressed...
It is shown that minimum distance decoding of linear codes is accomplished by generating all codewor...
It is shown how complete decoding of maximum distance separable codes can be accomplished by a vote-...
It is possible for a linear block code to provide more protection for selected message positions tha...
From Conclusion: The study of error-correcting codes is now approximately 25 years old. The first kn...
Information set decoding is an algorithm for decoding any linear code. Expressions for the complexit...
Minimum-distance decoding of convolutional codes has generally been considered impractical for other...
This thesis is concerned with the decoding aspect of linear block error-correcting codes. When, as i...
It is necessary to encode data when transmitting over a noisy channel in order for\ud errors to be d...
Consider a linear code defined as a mapping between vector spaces of dimensions k and n. Let β* deno...
By using coding and combinatorial techniques, an approximate formula for the weight distribution of ...
We examine an error-correcting coding framework in which each coded symbol is constrained to be a fu...
In this work, we determine the coset weight spectra of all binary cyclic codes of lengths up to 33, ...
Motivated by applications to distributed storage, Gopalan et al recently introduced the interesting ...
A central paradox of coding theory has been noted for many years, and concerns the existence and con...
The problem of bounded distance decoding of arbitrary linear codes using Gröbner bases is addressed...