**Submitted papers**

44**. Classification
of binary self-dual [48,24,10] codes with an automorphism of odd prime order **

Stefka Bouyuklieva, Nikolay Yankov and Jon-Lark Kim, *submitted on Jan. 19, 2012*

43**. A new class of
codes for Boolean masking of cryptographic computations**

Claude Carlet, Philippe Gaborit,
Jon-Lark Kim, and Patrick Sole, *submitted
on Oct. 6, 2011*

(Data: Classification
of CIS codes of lengths <=12 (word file) )

42**. Computational results of duadic double circulant codes**

Sunghyu Han
and Jon-Lark Kim, *submitted on Oct. 17,
2010*

Abstract: Quadratic residue codes
have been one of the most important classes of algebraic codes. They have been
generalized into duadic codes and quadratic double circulant codes. In this paper we introduce a new subclass
of double circulant codes, called *duadic**
double circulant codes*, which is a generalization
of quadratic double circulant codes for prime
lengths. We describe a method to construct duadic
double circulant codes using 4-cyclotomic cosets and give such duadic
double circulant codes of proper lengths over F_2,*
*F_3, F_4,* *F_5, and F_7. In particular, we find a new ternary
self-dual [76*,*38*,*18] code and rediscover easily optimal binary
self-dual codes with parameters [66,33,12], [68,34,12], [86,43,16], and
[88,44,16] as well as a formally self-dual binary [82,41,14] code.

41. **An efficient construction of self-dual codes,**

Yoonjin Lee and Jon-Lark Kim

*revised and resubmitted 1/26/2012*

(File for
new self-dual [32,16,9] codes over GF(3) with trivial automorphsim groups) (note:
Title change from **Building-up constructions for self-dual codes)**

Abstract: We
complete the building-up construction for self-dual codes by resolving the open
cases over GF(q) with $q \equiv 3 \pmod
4$, and over $\Z_{p^m}$ and Galois rings GR(p^m,r) with an odd prime p satisfying $p \equiv 3 \pmod 4$ with r odd. We also extend the building-up
construction for self-dual codes to finite chain rings. Our building-up
construction produces many new interesting self-dual codes. In particular, we
construct 945 new extremal self-dual ternary [32,16,9] codes, each of which has a trivial automorphism group. We also obtain many new self-dual codes
over Z_9 of lengths 12, 16, 20 all with minimum Hamming weight 6, which is the
best possible minimum Hamming weight that free self-dual codes over Z_9 of
these lengths can attain. From the constructed codes over Z_9, we reconstruct
optimal Type I lattices of dimensions 12, 16, 20, and 24 using Construction A;
this shows that our building-up construction can make a good contribution for
finding optimal Type I lattices as well as self-dual codes.We
also find new optimal self-dual [16,8,7] codes over
GF(7) and new self-dual codes over GF(7) with the best known parameters
[24,12,9].

**Accepted papers (in press)**

40**. Construction
of quasi-cyclic self-dual codes**

Sunghyu Han,
Jon-Lark Kim, Heisook Lee, and Yoonjin
Lee, to appear in* Finite Fields and Their
Applications *(submitted on Oct. 12, 2011, accepted on 12/28/2012)

39**. Classification
of extremal and s-extremal binary self-dual codes of length 38**

Carlos Aguilar-Melchor, Philippe Gaborit,
Jon-Lark Kim, Lin Sok, and Patrick Sole, *submitted on Apr. 4, 2011*, to appear* IEEE Trans. Information Theory.*

38**. The
2-distance coloring of the Cartesian product of cycles using optimal Lee codes**

Jon-Lark Kim
and Seog-Jin Kim, To appear
in* Discrete Applied Math, *(accepted
on July 22, 2011)

37. **Type I codes over GF(4),**

with Hyun Kwang Kim and Dae
Kyu Kim

To appear in *Ars** Combinatoria*,
(accepted on May 17, 2007)

**Printed Journal Papers (contents in
journals may be modified)**

36. **Formally
self-dual additive codes over F_4,**

with Sunghyu Han,

*in the special issue of J. Symbolic
Computation on Algebraic Coding Theory and Application,* Vol. 45, NO. 7 (2010), 787-799

(File for all
formally self-dual (6,2^6,3) additive codes over
GF(4))

(File for
formally self-dual (9,2^9,4) additive codes over
GF(4))

35. **Self-dual
codes over Commutative Frobenius rings,**

with Steven T. Dougherty, Hamid Kulosman, and Hongwei Liu*,
Finite Fields and Their Applications,** *Vol.16, No.1 (2010), 14-26.

34. **Constructions
of self-dual codes over finite commutative chain rings,**

with Steven T. Dougherty and Hongweig Liu, *(file for
generator matrices ) Int. J. Inform and Coding Theory as a special issue in
Honour of the Retirement of Vera Pless,
*Vol.1 No 2 (2010), 171-190.

33**. Identifying
codes in q-ary hypercubes,**

with Seog-Jin Kim (resubmitted 4/17/2009, accepted 4/22/2009) *Bulletin of the Institute of Combinatorics and its Application,* Volume 59 (2010),
93-102.

32. **A generalized
Gleason-Pierce-Ward theorem,**

with Xiaoyu Liu

*Designs, Codes, and Cryptography* (submitted 7/23/2008, resubmitted 12/01/2008, accepted 4/1/09)*, *Vol. 52,
No. 3 (2009), pp. 363-380.

31. **The
nonexistence of near-extremal formally self-dual
codes,**

with Sunghyu Han

Designs, Codes, and Cryptography (second
submission 8/21/08,

Accepted 9/29/2008, (5/21/07
original submission)), Vol. 51 (2009), No.1, pp. 69-77.

30.**MDS codes
over finite principal ideal rings,**

with Steven T. Dougherty and Hamid Kulosman,

*Designs, Codes, and Cryptography* (submitted, Mar. 5, 2007, accepted 4/22/2008*)
*Vol. 50 (2009), No. 1, pp. 77-92.

29. **A quick way to
Galois and strongly pure rings,**

with Steve Seif and Hamid Kulosman,

*Pan-American Mathematical Journal* (submitted, Dec. 31,
2007, accepted 4/12/2008) Vol. 18 (2008), No. 4, pp. 39-44.

28. **Skew
Hadamard designs and their codes,**

with Patrick Sole

*Designs, Codes, and Cryptography*.*
presented at WCC 2007,
*(submitted 5/30/07, accepted 9/28/07), Special issue: Coding and Cryptography. In
Memory of Hans Dobbertin, WCC 2007, Vol. 49 (2008),
pp. 135-145.

27. **New
MDS or near-MDS self-dual codes,**

with T. Aaron Gulliver and Yoonjin Lee

*IEEE Transactions on Inform Theory* (submitted, Jan. 2007, accepted 6/12/2008), Vol. 54 (2008),
No. 9, pp. 4354-4360.

26. **On
self-dual codes over F_5,**

with Sunghyu Han,

*Designs, Codes, and Cryptography* (submitted 11/6/07, accepted 2/5/08), Vol. 48
(2008) No. 1., pp. 43-58.

25. **Nonbinary Quantum Error-Correcting Codes from Algebraic
Curves,**

with Judy L. Walker,

*Discrete Math as a special issue of Com2MaC conference, July 2004, Pusan,
Korea, *Vol. 308, No. 14 (2008) pp.
3115-3124.

24. **Upper
bounds for the lengths of s-extremal codes over F_2,
F_4, and F_2+uF_2,**

with Sunghyu Han

*IEEE Trans. Inform.Theory*, (submitted 3/5/07, accepted 9/25/07)*, *Vol.
54 (2008), No. 1, pp. 418-422.

23. **Construction
of MDS self-dual codes over Galois rings,**

with Yoonjin Lee

*Designs, Codes, and Cryptography *(submitted
5/21/07, accepted 7/20/07), Vol. 45 (2007), No. 2, pp. 247-258.

22.** A Note
on Formally Self-Dual Even Codes of Length Divisible by 8 **

with Vera Pless,

*Finite Fields and Their Applications, *Vol. 13, No. 2, (2007), pp. 224-229.

21.** Small weight codewords in LDPC codes defined by (dual) classical
generalized quadrangles,**

with Keith E. Mellinger and Leo Storme

*Designs, Codes and Cryptography, *42
(2007), 73-92.

20.** Double
circulant codes from two class association schemes
**with Steven T. Dougherty and Patrick Sole

*Advances in
Mathematics of Communications*,
1 (2007), 45-64.

19. **s-extremal additive F_4 codes**

with E. P. Bautista, Philippe Gaborit, and Judy
Walker

*Advances in Mathematics of Communications *(full version of ISIT 2006 version), 1 (2007), 111-130

18. **Explicit
construction of families of LDPC codes with no 4-cycles, (ps)**

with U.N. Peled, I. Perepelitsa,
V. Pless and

*IEEE Trans. Inform. Theory, *Vol.
50 (Oct 2004), pp. 2378-2388*.*

17. **Circulant based extremal additive
self-dual codes over GF(4), (ps)**

with T. Aaron Gulliver,

*IEEE Trans. on Inform. Theory, *Vol. 40 (Feb. 2004), pp. 359-366* **.*

16. **Euclidean and Hermitian self-dual MDS codes over large finite fields, (ps)**

with Yoonjin Lee,

*J. Combinatorial Theory, Ser. A, 105 (2004) pp. 79-95.*

15. **Designs in Additive
Codes over GF(4)** (revised version of 38th Allerton conference)

with Vera Pless,

*Designs, Codes and Cryptography,* Vol 30,
(2003), pp. 187-199.

14. **Projections of
binary linear codes onto larger fields,(pdf) **(revised
as of June 12, 2003)

with K. Mellinger and V. Pless,

*SIAM journal on Discrete Math,* Vol 16,
No. 4, (2003), pp. 591-603

13. **Decoding Binary R(2,5) by Hand(ps),**
(revised June 22, 2001)

with Philippe Gaborit and Vera Pless,

*Discrete Math.* Vol. 264 (2003), pp. 55-73.

12. **Construction of Some Extremal Self-Dual Codes,**

with T. Aaron Gulliver and Masaaki Harada,

*Discrete Math,* Vol. 263 (2003), pp. 81-91.

11. **New
Self-Dual Codes over GF(4) with the Highest Known
Minimum Weights,** (full version)

*IEEE Trans. Inform. Theory, Vol*. 47 (May 2001), pp. 1575-1580.

10. **New extremal
self-dual codes of lengths 36,38, and 58(ps), revised**,

* IEEE Trans. on Inform. Theory,* Vol. 47 (Jan. 2001), pp. 386-393.

9. **Relation Between
Weight Distribution and Combinatorial Identities(ps),**

*Bulletin of the Institute of
Combinatorics
and its Application,*

69-79.

**Book Chapters**

8.** A prize
problem in coding theory,**

the Book for proceedings
D1: Groebner, Coding, and Cryptography* **(*submitted, April 10, 2007, accepted 6/2008), Part II, Section 5.

7. **Quantum
error-correcting codes from algebraic curves,**

with Gretchen L. Matthews

*submitted, Mar. 4, 2008, *survey paper, Advances in algebraic geometry codes,
ed. E. Martinez-Moro,

C. Munuera, and D. Ruano, Series on
Coding Theory and Cryptology, 5, World Scientific Publishing Co.

Pte.
Ltd.,

6. **Remarks
on s-extremal codes,**

Advances in Coding
Theory and Cryptology**, ** *Series on Coding Theory and
Cryptology*, **2**. *World Scientific Publishing Co.
Pte.** Ltd., Hackensack, NJ,* 2007
(accepted in March 2007) pp. 101-113.

**Proceeding Papers (referred)**

5. Self-dual codes using the building-up construction, Jon-Lark Kim and Yoonjin Lee, Proc. of 2*009
IEEE International Symposium on Information Theory*, Seoul, 2009, pp.
2400-2402.

4. Construction of cubic self-dual codes, Sunghyu
Han, Jon-Lark Kim, Heisook Lee, and Yoonjin Lee, Proc. of 2*009
IEEE International Symposium on Information Theory*, Seoul, 2009, pp.
2396-2399.

3. **New quantum-error-correcting
codes from Hermitian self-orthogonal codes over GF(4) (pdf), ***(referred)*

*Proceedings of the sixth international conference on Finite fiedls and applications, at *

2. **On Additive
GF(4) Codes(ps),**(referred)

with Philippe Gaborit, W. Cary Huffman, and Vera Pless,

*DIMACS Workshop on Codes and Association Schemes*, DIMACS Series in
Discrete Math. and Theoretical Computer Science,
American Mathematical Society, Vol. 56 (2001), pp. 135-149.

1. **Decoding
Some Doubly-Even Self-Dual [32,16,8] Codes by Hand(ps),**(referred)

with Vera Pless,

*Proceedings of XXVth Ohio State-Denison conference
on Codes and Designs(May, 2000)*, Sept. 25, 00. pp. 165-178.

**Proceeding Papers (non refereed)**

4. **Dual
cyclic codes with two zeros,**

*Proceedings of the 40 ^{th} Allerton Conference on Communication, Control, and
Computing *(10/2-10/4) at Allerton, IL., Oct.
2002, pp. 1017-1023.

3. **Explicit
construction of LDPC codes with girth at least six,**

with Uri N. Peled , Irina Perepelitsa,
and Vera Pless,

*Proceedings of the 40 ^{th} Allerton Conference on Communication, Control, and
Computing* (10/2-10/4) at Allerton, IL., Oct.
2002, pp. 1024-1031.

2. **Designs in
Additive Codes over GF(4),**

with Vera Pless,

*Proceedings of the 38th Allerton Conference on
Communication, Control and Computing,* UIUC, Oct. 2000, pp. 1010-1018.

1. **On the
Classification of Extremal Additive Codes over
GF(4)(ps),**

with Philippe Gaborit, W. Cary Huffman,
and Vera Pless,

*Proceedings of the 37th Allerton Conference on Communication, Control and Computing,
*UIUC, Sep. 1999, pp. 535-544.

**Preprint**

1. **Codes
constructed from Non-Symmetric Association Schemes(ps),**

*preprint,* Dec. 1997,

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