1 |
Optimal covering polynomial sets correcting three errors for binary cyclic codes
/
[
W. Sung;J. T. Coffey
] /
IEEE Trans. Inform. Theory.
ScienceOn
|
2 |
A decoding procedure for multiple-error-correcting cyclic codes
/
[
T. Kasami
] /
IEEE Trans. Inform. Theory.
|
3 |
/
[
G. C. Clark, Jr.;J. B. Cain
] /
Error Correction Coding for Digital Communications
|
4 |
Simplified correlation decoding by selecting possible codewords using erasure information
/
[
H. Tanaka;K. Kakigahara
] /
IEEE Trans. Inform. Theory
|
5 |
A class of algorithms for decoding block codes with channel measurement information
/
[
D. Chase
] /
IEEE Inform. Theory.
|
6 |
/
[
F. J. MacWilliams;N .J. A. Sloane
] /
The Theory of Error-Correcting Codes
|
7 |
Soft error-trapping decoding of cyclic codes
/
[
V. C. da Rocha
] /
Electronics Lett.
|
8 |
/
[
S. Lin;D. J. Costello
] /
Error Control Coding: Fundamentals and Applications.
|
9 |
An error-trapping decoder for nonbinary cyclic codes
/
[
V. K. Wei
] /
IEEE Trans. Inform. Theory
|
10 |
Capability of the error- trapping technique in decoding cyclic codes
/
[
A. Benyamin-Seeyar;S. G. S. Shiva;V. K. Bhargava
] /
IEEE Trans. Inform. Theory
|
11 |
An upper bound on the number of covering poly-nomials for a class of cyclic codes
/
[
Y. Kangyou;L. Liang
] /
Acta Electronica Sinica
|
12 |
Decoding short binary cyclic codes via covering polynomials
/
[
W. Sung;J. T. Coffey
] /
European Transaction on Telecommunications
|