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<h3>References</h3>

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[All84] Alltop, W. O.,
A method for extending binary linear codes,
IEEE Trans. Inform. Theory,
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<a id="biBBM03" name="biBBM03"></a>

[BM06] Bazzi, L. and Mitter, S. K.,
Some Randomized Code Constructions From Group Actions,
IEEE Trans. Inform. Theory,
52 (7)
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3210-3219.


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[Bro98] Brouwer, A. E. (Pless, V. S. and Huffman, W. C., Eds.),
Bounds on the Size of Linear Codes,
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[Bro06] Brouwer, A. E.,
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[Che69] Chen, C. L.,
Some Results on Algebraically Structured Error-Correcting
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University of Hawaii,
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[Gal62] Gallager, R.,
Low-Density Parity-Check Codes,
IRE Trans. Inf. Theor.,
IT-8
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[Gao03] Gao, S. (Bhargava, V., Poor, H. V., Tarokh, V. and Yoon, S., Eds.),
A New Algorithm for Decoding Reed-Solomon Codes,
 in Communications, Information and Network Security,
Springer,
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55-68.


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[GDT91] Gabidulin, E., Davydov, A. and Tombak, L.,
Linear codes with covering radius 2 and other new covering
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37 (1)
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219-224.


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[GS85] Graham, R. and Sloane, N.,
On the Covering Radius of Codes,
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31 (3)
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385-401.


<a id="biBHan99" name="biBHan99"></a>

[Han00] Hansen, J. P. (Buchmann, J., Høholdt, T., Stichtenoth, H. and Tapia-Recillas, H., Eds.),
Toric Surfaces and Error-correcting Codes,
 in Coding Theory, Cryptography and Related Areas,
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<a id="biBHe72" name="biBHe72"></a>

[Hel72] Helgert, H. J.,
Srivastava Codes,
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18 (2)
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292-297.


<a id="biBHHKK07" name="biBHHKK07"></a>

[HHKK07] Harada, M., Holzmann, W., Kharaghani, H. and Khorvash, M.,
Extremal Ternary Self-Dual Codes Constructed from Negacirculant
 Matrices,
Graphs Combin.,
23 (4)
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401-417.


<a id="biBHP03" name="biBHP03"></a>

[HP03] Huffman, W. C. and Pless, V.,
Fundamentals of error-correcting codes,
Cambridge University Press
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<a id="biBJH04" name="biBJH04"></a>

[JH04] Justesen, J. and Høholdt, T.,
A course in Error-Correcting Codes,
European Mathematical Society,
EMS Textbooks in Mathematics
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<a id="biBJo04" name="biBJo04"></a>

[Joy04] Joyner, D.,
Toric codes over finite fields,
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15 (1)
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63-79.


<a id="biBLeon82" name="biBLeon82"></a>

[Leo82] Leon, J. S.,
Computing automorphism groups of error-correcting codes,
IEEE Trans. Inform. Theory,
28 (3)
(1982),
496-511.


<a id="biBLeon88" name="biBLeon88"></a>

[Leo88] Leon, J. S.,
A probabilistic algorithm for computing minimum weights of large
 error-correcting codes,
IEEE Trans. Inform. Theory,
34 (5)
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1354-1359.


<a id="biBLeon91" name="biBLeon91"></a>

[Leo91] Leon, J. S.,
Permutation group algorithms based on partitions, I: Theory
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12 (4-5)
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<a id="biBMS83" name="biBMS83"></a>

[MS83] MacWilliams, F. J. and Sloane, N. J. A.,
The theory of error-correcting codes,
North-Holland,
North-Holland Mathematical Library,
16,
Amsterdam
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<a id="biBSloane72" name="biBSloane72"></a>

[SRC72] Sloane, N., Reddy, S. and Chen, C.,
New binary codes,
IEEE Trans. Inform. Theory,
18 (4)
(1972),
503-510.


<a id="biBSt93" name="biBSt93"></a>

[Sti93] Stichtenoth, H.,
Algebraic Function Fields and Codes,
Springer,
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254
(1993).


<a id="biBTSSFC04" name="biBTSSFC04"></a>

[TSS+04] Tanner, R., Sridhara, D., Sridharan, A., Fuja, T. and Costello Jr., D.,
LDPC Block and Convolutional Codes Based on Circulant
 Matrices,
IEEE Trans. Inform. Theory,
50 (12)
(2004),
2966-2984.


<a id="biBGG03" name="biBGG03"></a>

[vzGG03] von zur Gathen, J. and Gerhard, J.,
Modern computer algebra,
Cambridge University Press
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<a id="biBZimmermann96" name="biBZimmermann96"></a>

[Zim96] Zimmermann, K. H.,
Integral Hecke Modules, Integral Generalized
 Reed-Muller Codes, and Linear Codes,
Technische Universität Hamburg-Harburg (3-96),
Hamburg, Germany
(1996).


 

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