2007 |
16 | EE | A. Gluhak,
M. Presser,
L. Zhu,
S. Esfandiyari,
S. Kupschick:
Towards Mood Based Mobile Services and Applications.
EuroSSC 2007: 159-174 |
2006 |
15 | EE | Gennian Ge,
Ying Miao,
L. Zhu:
GOB designs for authentication codes with arbitration.
Des. Codes Cryptography 40(3): 303-317 (2006) |
14 | EE | L. Zhu,
N. R. Bennett,
R. Fahrig:
Scatter Correction Method for X-Ray CT Using Primary Modulation: Theory and Preliminary Results.
IEEE Trans. Med. Imaging 25(12): 1573-1587 (2006) |
13 | EE | G. Cheng,
N. Ansari,
L. Zhu:
Enhancing epsilon-Approximation Algorithms With the Optimal Linear Scaling Factor.
IEEE Transactions on Communications 54(9): 1624-1632 (2006) |
2005 |
12 | EE | L. Ji,
D. Wu,
L. Zhu:
Existence of Generalized Steiner Systems GS(2, 4, v, 2).
Des. Codes Cryptography 36(1): 83-99 (2005) |
2003 |
11 | | Q. He,
C. Peng,
B. Wu,
H. Wang,
L. Zhu:
VEP Signal Extraction Using Wavelet in Brain-Computer Interface Research.
WAA 2003: 937-942 |
2002 |
10 | | H. Cao,
L. Zhu:
Kirkman Packing Designs KPD ({3, 5*}, v).
Des. Codes Cryptography 26(1-3): 127-138 (2002) |
2001 |
9 | | D. Wu,
L. Zhu:
Generalized Steiner Systems GS(2, 4, v, 2) with a Prime Power equiv 7 (mod 12).
Des. Codes Cryptography 24(1): 69-80 (2001) |
1998 |
8 | | K. Chen,
L. Zhu:
Existence of Difference Families with a Prime Power.
Des. Codes Cryptography 15(2): 167-173 (1998) |
1995 |
7 | EE | Y. Miao,
L. Zhu:
Perfect Mendelsohn designs with block size six.
Discrete Mathematics 143(1-3): 189-207 (1995) |
1994 |
6 | | Harold N. Ward,
L. Zhu:
Existence of Abelian Group Code Partitions.
J. Comb. Theory, Ser. A 67(2): 276-281 (1994) |
1986 |
5 | EE | Katherine Heinrich,
L. Zhu:
Existence of orthogonal latin squares with aligned subsquares.
Discrete Mathematics 59(1-2): 69-78 (1986) |
1985 |
4 | EE | Douglas R. Stinson,
L. Zhu:
On sets of three mols with holes.
Discrete Mathematics 54(3): 321-328 (1985) |
1984 |
3 | EE | L. Zhu:
Orthogonal latin squares with subsquares.
Discrete Mathematics 48(2-3): 315-321 (1984) |
1981 |
2 | EE | L. Zhu:
Affinely totally variant subsets of V3(GF(3)).
Discrete Mathematics 34(1): 95-99 (1981) |
1980 |
1 | EE | L. Zhu:
A pair of orthogonal Steiner systems S(3, 5, 17).
Discrete Mathematics 31(1): 111-113 (1980) |