**Associate
Professor**

**Ontario,
L8S
4K1,
Canada**

**Tel: +1
(905)-525-9140, ext. 27599 **

**Fax: +1
(905)-521-2922 **

**jkzhang@mail.ece.mcmaster.ca**

v Additively and multiplicatively unique factorization
theory of finite alphabet signals and its applications to communication systems

v Massive MIMO communications

v Finite alphabet non-orthogonal multi-access (NOMA)
technologies

v Block QRS decomposition of matrices and its
applications to transceiver designs for MIMO communications

v Coherent and noncoherent
space-time and distributed space-time block coding designs

- EE
4TK4: Digital Communication Systems
- ECE
714: MIMO Communications
- ECE 739: Random matrix theory for wireless communications
- ECE 738: Special Topics on MIMO Communications
- EE 4TM4 and 6TM4: Digital Communications
- COE4TL4: Digital Signal Processing
- ECE708:
Digital Communications
- EE3CK3: Mathematics for Linear Systems

**Postdoctoral Fellow**

**PhD Students**

Xiaoxuan
Chu

**Master Students**

Yilin Sun

Chenyujing
Wang

**Visiting Scholars**

** **Shuwen Xu

** **Xiangchuan Gao

Fengkui
Gong

Yi-Jun Zhu

Jun Du

Shuang
Ma

Jin Jin

**PhD Students**

** **Eleanor Leung

**Visiting PhD Students**

Peiyao Chen

Jianpeng Ma

Shuangzhi
Li

Yuhang Xiao

Yanbo Wei

Gang-Tao
Han

Ling Wei

Guo Li

Li
Wang

Fei
Huang

**Master Students**

Yang
Yu

Wei Zhao

Li Xiong

Dong Xia (co-supervised with Prof. Sorina Dumitrescu)

An-Zhong
Wong

Wen-Wen Jiang (co-supervised with Prof. Kon Max Wong)

Ting-Ting Liu (co-supervised with
Prof. Kon Max Wong)

Hui-Ping Li (co-supervised with Prof. Kon Max Wong)

*1. *Z. Dong, J.-K. Zhang and H. Chen, “Average SEP-optimal precoding
for correlated massive MIMO with ZF detection: an asymptotic analysis,” to appear in *IEEE
Trans. Communications*.

*2. *S. Yang, R. Xu, J. Chen and J.-K. Zhang, “Intrinsic capacity,” to appear in *IEEE Trans. Information Theory*.

*3. *X.-C. Gao, J.-K. Zhang, Z.
Dong, H. Chen and B. Vucetic,
“Energy-efficient
and low-latency massive SIMO using noncoherent ML
detection for industrial IoT communications,” to appear in *IEEE
Internet of Things Journal.*

*4. *Z. Dong, H. Chen, J.-K. Zhang, L. Huang and B. Vucetic “Uplink non-orthogonal multiple access with
finite-alphabet inputs,” to appear *in
IEEE Trans. Wireless Communications.*

*5. *L. Wang, J. Li, J.-K. Zhang and R. Chen, “Uplink sum rate
analysis of massive distributed MIMO systems over composite fading channels,”
to appear *in IEEE Access.*

6.
L. Wang, J. Li, J.-K. Zhang,
Z. Dong and J. Huang, “Sum rate analysis for precoder
design in distributed MIMO systems over composite fading channels,” to appear
in *IEEE Access*.

7.
Y.-Y. Zhang, J.-K.
Zhang and H.-Y. Yu, “Physically securing energy-based massive MIMO MAC via
joint alignment of multi-user constellations and artificial noise,” to appear
in *IEEE Journal on Selected Areas in
Communications*.

8.
S. Li, J.-K. Zhang and
X. Mu, “Noncoherent massive space-time block codes
for uplink network communications,” to appear in *IEEE Trans. Vehicular Technology*.

9.
Y.-H. Xiao, L. Huang,
J.-K. Zhang, J. Xie and H.-C. So, “Performance analysis of locally most
powerful invariant test for sphericity of Gaussian
vectors in coherent MIMO Radar,” to appear in *IEEE Trans. Vehicular Technology*.

10. S. Li, J.-K. Zhang and X.
Mu, “PSK-based space time modulation for two-user
two-way massive MIMO relay systems,” *IEEE
Signal Processing Letters.*
vol. 25, pp. 184-188, Feb. 2018.

11. K.
M. Wong, J.-K. Zhang,J.
Liang and H. Jiang, “Mean and median of PSD matrices on a Riemannian manifold:
application to detection of narrow-band sonar signals,”** ***IEEE Trans.
Signal Processing,* vol. 65, pp. 6536-6550, Dec. 2017.

**12.
**Z. Dong,
H. Chen, J.-K. Zhang and L. Huang, “On non-orthogonal multiple access with
finite-alphabet inputs in Z-channels,” *IEEE
Journal on Selected Areas in Communications, *vol. 35, pp. 2829-2845, July,
2017.

13. **G. Han, J.-K. Zhang and X. Mu,
“MIMO cooperative cognitive radio relay networks with uniquely factorable
signal transmission,” to appear in ***IEEE Trans. Vehicular Technology, *vol. 66, pp. 7594 – 7598,
Aug. 2017.

**14.
****G. Han, Z. Dong, J.-K. Zhang and X. Mu, “**Orthogonal binary modulation division for two-user
uplink massive MIMO systems with noncoherent ML
detection,” *IEEE Communication Letters, *vol.
21, pp. 294-297, 2017.

**15. ****E. Leung, Z. Dong and J.-K. Zhang****, “**Uniquely factorable hexagonal constellation designs
for noncoherent SIMO system,” *IEEE Trans. Vehicular Technology*

16. R. Xu, J. Chen, T. Weissman, and J.-K. Zhang, “When is noisy state information at the encoder
as useless as no information or as good as noise-free state?,” *IEEE
Trans. Information Theory, *vol. 63, pp. 960-974, Feb. 2017

**17. **Y.-J. Zhu, W.-Y, Wang, J.-K. Zhang and Y.-Y. Zhang,
“Constellation collaborated non-linear orthogonal
space-time block codes with fast maximum likelihood detection,” *IEEE Trans. Vehicular Technology*

**19. **Z. Dong, Y.-Y. Zhang, J.-K. Zhang and X.-C. Gao, “Quadrature amplitude modulation division for
multiuser MISO broadcast channels,” pdf, *IEEE Journal of Selected Topics in
Signal Processing*, vol. 10, pp.
1551-1566, Dec. 2016

**20. **X.-C. Gao and J.-K. Zhang,”
Optimal diagonal power loading minimizing asymptotic symbol error probability
for distributed MIMO systems with ZF receivers,” pdf, *IEEE Trans. Vehicular
Technology*

*21. ***Y.-B.
Wei, J.-K. Zhang and**** **Z.-Z.
Lu, “A novel successive cancellation method to retrieve sea wave components
from spatio-temporal remote sensing image sequences,”

**22. **L. Huang, Y.-H. Xiao, K.-F.
Liu, H.-C. So and J.-K. Zhang, “Bayesian information criterion for
source enumeration in large-scale adaptive antenna array,”* IEEE Trans. Vehicular Technology***, vol. 65, pp. 3137-3146, May,
2016.**

23. X.-C. Gao, J.-K. Zhang, Z.-Y.
Wang and J. Jin, “Optimal precoder
design maximizing the worst-case average received SNR for massive distributed
MIMO systems,” pdf, *IEEE
Communications Letters, ***vol. 19, pp. 589-592, April, 2015.**

24. R. Cai, J.-K. Zhang, T.
N. Davidson, W.
Zhang, K. M. Wong and P. C. Ching, “A power control strategy for multiple spectrum-sharing
networks,” pdf, *IEEE Trans. Wireless Communications*,
vol. 14, pp. 1785-1799, April, 2015.

**25. **J.-Hong, J.-K. Zhang and K. M. Wong, “Target
localization for bistatic MIMO radar in unknown
correlated noise,” *IEEE Trans. Vehicular
Technology*, vol. 64, pp. 5113-5125, Nov. 2015.

**26. ****D.-F. Zhang, Y.-J. Zhu, J.-K. Zhang
and Y.-Y. Zhang, “Constellation collaborated OFDM for visible light
communications systems,” IEEE
Communications Letters, vol. 18, pp. 1067-1070, June, 2014. **

**27. ****Y.-W. Ding, L. Li and J.-K. Zhang,
“Blind transmission and detection designs with unique identification and full
diversity for two-way relaying networks,” IEEE
Trans. Vehicular Technology, vol. 63, pp. 3137-3146, Sept. 2014.**

**28. ****F.-K.
Gong****,** J.-K.
Zhang and J.-H. Ge, “Novel distributed quasi-orthogonal space-time block codes
for two-way two-antenna relay networks,” ** IEEE Trans. Wireless Communications**,
vol. 12, pp. 4338-4349, Sept. 2013.

29. **F.-K.
Gong**, J.-K. Zhang and H. Wang and
J.-H. Ge, “Design of distributed collaborative space-time block codes for
two-way relaying networks,” *IET Communications***, vol. 7, pp. 1367-1376,
2013.**

30. H.-P. Li, T.-T. Liu, J.–K. Zhang and K. M. Wong, “Optimum robust power
control for downlink beamforming based on worst-case performance,” *Signal Processing*, vol. 93, pp. 3278-3289,
Dec. 2013.

31. D. Xia, J.–K. Zhang and S. Dumitrescu, “Energy-efficient full diversity collaborative
unitary space-time block code design via unique factorization of signals,” *IEEE
Trans. Information Theory*, vol. 59, pp. 1678-1703, Mar. 2013.

32. D. Xia, J.-K. Zhang, S. Dumitrescu, and F.-K. Gong “Full diversity non-coherent Alamouti-based Toeplitz space-time block codes,” *IEEE* *Trans.
Signal Processing*, vol. 60, pp. 5241-5253, Oct. 2012.

33. F.-K. Gong, J.–K. Zhang and Y.-J. Zhu and J.-H. Ge,
“Energy-efficient collaborative Alamouti codes,” *IEEE
Wireless Communications Letters*, vol. 1, pp. 512-515, Oct. 2012.

34. F.-K. Gong, J.–K. Zhang and J.-H. Ge, “Asymptotic SEP
analysis of two-way relaying networks with distributed Alamouti
space-time block codes,” *IEEE Trans.
Vehicular Technology*, vol. 61, pp. 3777-3783, Oct. 2012.

35. L. Xiong and J.-K. Zhang,
“Least square error detection for noncoherent
cooperative relay systems,” *IEEE Trans.
Vehicular Technology*, vol. 61, pp. 3677-3692, Oct. 2012.

36. L. Li, Y.-W. Ding, J.-K. Zhang and R. Zhang, “Blind
detection with unique identification in two-way relay channel,” *IEEE Trans.
Wireless Communications*,** **vol. 11, pp. 2640-2648, July, 2012.

37. S. Ma and J.-K. Zhang, “Noncoherent
orthogonal distributed space-time block codes for amplify-and-forward
half-duplex cooperative relay channels,” *IEEE
Trans. Vehicular Technology*, vol. 61, pp. 2854-2858, July, 2012.

38. Y.-J. Zhu, J.–K. Zhang** **and H.-Y. Yu*, *“Linear
receivers for full diversity training space-time block codes,” *IEEE Trans. **Vehicular Technology*, vol. 61, pp.
2884-2889, July, 2012.

39. F.-K. Gong, J.-K. Zhang and J.-H. Ge, “Distributed
concatenated Alamouti space-time block codes for
two-way relaying networks,” *IEEE Wireless Communications Letters*, vol.
1, pp. 197-200, June, 2012.

40. L. Xiong and J.–K. Zhang,
“Energy-efficient uniquely-factorable constellation designs for noncoherent SIMO channels,” *IEEE Trans. **Vehicular Technology*, vol. 61, pp.
2130-2144, June, 2012.

41. J.-K. Zhang, C. Yuen and F. Huang, “Full diversity
blind signal designs for unique identification of frequency selective
channels,” *IEEE Trans. Vehicular
Technology*, vol. 61, pp. 2172-2184, June, 2012.

42. G.–Y. Wang, J.–K. Zhang and M. Amin, “Space-time block
code designs based on quadratic field extension for two transmitter antennas,” *IEEE Trans. Information Theory*, vol. 58,
pp. 4005-4013, June, 2012.

43. J.-K. Zhang, K. M. Wong, W.-W. Jiang and A. B. Gershman, “Joint design of transceivers for multiple-access
channels using MMSE decision feedback detection,” *IEEE Trans Vehicular Technology, *vol. 60, pp. 3792-3803, Oct. 2011.

44. J.-K. Zhang, F. Huang and S. Ma, “Full diversity blind
space-time block codes,” *IEEE Trans.
Information Theory*, vol. 57, pp. 6109-6133, Sept. 2011.

45. S. Ma and J.-K. Zhang, “Noncoherent
diagonal distributed space-time block codes for amplify-and-forward half duplex
cooperative relay channels,” *IEEE Trans
Vehicular Technology, *vol. 60, pp. 2400-2405, June, 2011.

46. A.-Z. Wong and J.-K. Zhang, “Novel rotated
quasi-orthogonal space-time block codes with the fixed nearest neighbor
number,” *IEEE Signal Processing letters*.
2010.

47. J.-K. Zhang and F. Huang, “Blind unique identification
of MIMO channels using signal designs and high-order moments,” *IEEE* *Signal
Processing Letters, *vol. 17, pp. 539-542, June 2010.

48. T. Liu, J.-K. Zhang and K. M. Wong, “Optimal precoder design for correlated MIMO communication systems
using zero-forcing decision feedback equalization,” *IEEE Trans. Signal Processing*, vol. 57, pp. 3600-3612, Sept. 2009.

49. J.-K. Zhang and W.-K. Ma, “Full diversity blind Alamouti space-time block codes for unique identification
of flat fading channels,” *IEEE Trans.
Signal Processing*, vol. 57, pp. 635-644, Feb. 2009.

50. Y.-W. Ding, J.-K. Zhang and K. M. Wong, “Ergodic
channel capacities for the amplify-and-forward half-duplex cooperative
systems,” *IEEE Trans. Information Theory*,
vol. 55, pp. 713-730, Feb. 2009.

51. J. Liu, J.-K. Zhang and K. M. Wong, “Full diversity
codes for MISO systems equipped with linear or ML detectors,” *IEEE Trans.
Information Theory*, vol. 54, pp. 4511-4527, Oct. 2008.

52. Y.-W. Ding, J.-K. Zhang and K. M. Wong, “Closed-form
optimal rotation matrix for amplify-and-forward half-duplex cooperative
systems,” *IEEE Wireless Communications*, vol. 7, pp. 2890-2895, Aug.,
2008.

53. G. –Y. Wang, J. –K. Zhang, Y. –M. Zhang, M. Amin and
K. M. Wong, “Nested distributed space-time encoding protocol for wireless
networks with high energy efficiency,” *IEEE
Trans. Wireless Communications*, vol. 7, pp. 521-531, Feb., 2008.

54. L. Zhou, J.-K. Zhang and K. M. Wong, “A novel
signaling scheme for blind unique identification of Alamouti
space-time block coded channel,” *IEEE
Trans. Signal Processing*, vol. 55, pp. 2570-2582, June, 2007.

55. J.-K. Zhang, J. Liu and K. M. Wong, “Trace-orthogonal
full diversity cyclotomic space-time codes,” *IEEE Trans. Signal Processing*, vol. 55,
pp. 618-630, Feb., 2007.

56. Y.-W. Ding, J.-K. Zhang and K. M. Wong, “The amplify and forward half duplex cooperative system:
pairwise error probability and precoder design,” *IEEE Trans. Signal Processing*, vol. 55,
pp. 605-617, Feb., 2007.

57. J. Liu, J.-K. Zhang and K. M. Wong, “Design of optimal
linear codes for MIMO systems with MMSE receiver,” (**2008 IEEE
Signal Processing Society Best Young Author Award**)

58. F. Xu, T. N. Davidson, J.-K. Zhang and K. M. Wong,
“Design of block transceivers with MMSE Decision feedback detection,” *IEEE Trans Signal* *Processing*, vol. 54, pp. 965- 978, March, 2006.

*59. *J. K. Zhang, T. N. Davidson and K. M. Wong, “Optimal precoder for block transmission over frequency-selective
fading channels,’’ *IEE
Proceedings-Communications*, vol*. *154,
pp. 463-468, Aug. 2005*.*

60. J.-K. Zhang, Alek. Kavcic
and K. M. Wong, “Equal diagonal QR decomposition and its application to precoder design for successive-cancellation detection,” *IEEE Trans. Information Theory*, vol. 51,
pp. 154-172, Jan. 2005.

61. J. K. Zhang, J. Liu and K. M. Wong, “Trace-orthogonal
full diversity cyclotomic space-time codes,’’
(Chapter in the book *Space-Time Processing for MIMO Communications*, A.B.
Gershman and N. Sidiropoulos,
Editors, John Wiley & Sons, to be published in 2005).

62. J.-K. Zhang, T. N. Davidson and Kon
Max Wong, “Efficient design of orthonormal wavelet bases for signal
representation,” *IEEE Trans. Signal
Processing, vol. 52, pp. 1983-1996, *July, 2004*.*

*63. *Z.-Q. Luo, M. Meng, K. M.
Wong and J.-K. Zhang, “A fractionally spaced blind equalizer based on linear
programming,” *IEEE Trans .on Signal
Processing, vol. 50, pp. 1650-1660, *July, 2002.

64. J.-K. Zhang, T. N. Davidson, Z.-Q. Luo and K. M. Wong,
“Design of interpolating biorthogonal multiwavelet system with compact
support,’’ *Applied and Computational
Harmonic Analysis*, no. 11, 420-438, 2001.

65. J.-K. Zhang and Z. Bao, “Initialization
of the discrete orthogonal wavelet transforms,” *IEEE
Trans. on Signal Processing, vol. 48,
pp. 1474-1477, *May, 2000.

*66. *X.-X. Yang J.-C. Jiao and J-K. Zhang, “Design of an
orthogonal prefilter with Strang-Fix
condition,” *IEE* *Electronics Letters. *1999, 35, (2), pp. 117-119.

67. X.-X. Yang, J-K Zhang and L.-C. Jiao, “Design of
signal-adapted FIR prefilters with approximation
condition*,” IEE Electronics Letters. *1998,
34, (13), pp. 1287-1289.

68. J.-K. Zhang and Z. Bao, “Property
of vanishing moments of orthogonal M-band compactly supported interpolating
scaling function,’’ *IEE* *Electronics Letters. *1998, 34, (20), pp.
1917-1918.

69. J.-K. Zhang and Z. Bao,
“Three-band compactly supported orthogonal interpolating scaling function,” *IEE* *Electronics
Letters. *1998, 34, (5), pp. 451-452.

70. J-K. Zhang and Z. Bao,
“Theory of orthogonal M-band compactly supported interpolating wavelets,’’ *Science in China (Series E), *vol. 42,
no. 6, pp. 567-583, 1999.

*71. *J.-K. Zhang, Z. Bao and
H.-Y. Yu, “Analysis of orthogonal M-band wavelet approximation power,” *Science in China (Series E), *vol. 41,
no. 1, pp. 88-94, 1998.

72. J.-K. Zhang and Z. Bao,
“Condition for perfect reconstruction multidimensional multirate
delay chain systems and design,” *Progress
in Natural Science, *vol. 9, no. 11, pp. 863-870, 1999.

73. J.-K. Zhang, Z. Bao and
L.-C. Jiao, “Theory of M-band wavelet packets*,” Journal of Electronics, *vol. 20, no. 1, pp. 1-6, 1998.

74. H.-Y. Yu, Z. Bao and J.-K.
Zhang, “Multiple frequency band cyclic least squares estimation of direction of
arrival,” *Acta** Electronic Sinica
(Chinese), *vol. 26. no. 6, pp. 1-4, 1998.

75. J.-K. Zhang and Z. Bao,
“Design of FIR pre/post wavelet filters and analysis of their approximation
power,” *Progress in Natural Science
(Chinese), *vol. 9, no. 6, pp. 564-569.

76. J.-K. Zhang and Z. Bao,
“Approximation power of biorthogonal wavelet with sampling property and
computation of wavelet sampling points,” *Journal
of Electronics (Chinese), *vol. 21, no. 6, pp. 721-728.

77. J.-K. Zhang and Z. Bao and
L.-C. Jiao, “M-band Walter’s wavelet sampling theorem,’’ *Journal of Electronics (Chinese), *vol. 21, no. 5, pp. 606-612.

78. J.-K. Zhang, Z. Bao and
L.-C. Jiao, “Transformation of Shanonn’s sampling
points into Daubechies’ wavelet sampling points*,” Acta
Communication (Chinese), *2000.

*79. *J.-K. Zhang, “On the problem related to R. H. Lehmer’s problem,” *Journal
of Xi’an Institute of Post & Telecommunications (Chinese)*, no. 1, pp.
27-31, Mar. 1996.

80. J.-K. Zhang and X.-L. Xin, “An asymptotic series for
the mean value of Dirichlet L-functions,” *Pure & Applied Mathematics (Chinese), *vol.
11, no. 1, pp. 13-21, 1995.

81. X.-L. Xin and J.-K. Zhang, “Two approximating formulae
of Hurwize zeta-function and the distribution of
primitive roots,” *Pure & Applied
Mathematics (Chinese), *vol. 10, pp. 34-42, 1994.

*82. *C.-X. Cao and J.-K. Zhang , “On the arithmetical
function,” *Journal of Xi’an Petroleum
Institute (Chinese),* vol. 9, no. 2, pp. 68-70, 1994.

*83. *X.-L. Xin and J.-K Zhang, “On the mean value formulae
of Hurwize zeta-function*,” Journal of Ningxia Institute of Technology (Chinese)*, vol. 6,
no. 1-2, pp. 25-29, June. 1994.

*84. *J.-K. Zhang and X.-Y Liu, “An application of
Montgomery’s sieve,” *Journal of Xi’an
Petroleum Institute (Chinese)*, vol. 8, no. 2, pp. 80-82, 1993.

*85. *X.-L Xin and J.-K. Zhang, “Some identities associated
with the Euler numbers and Bernolli numbers*,” Pure & Applied Mathematics (Chinese)*,
vol. 9, no. 1, pp. 23-28, 1993.

*86. *J.-K. Zhang and X.-Y. Liu, “On the number of solutions
to the system of congruencies,” *Journal
of Textile Basic Sciences (Chinese)*, vol. 6, no. 3, pp. 207-210, Sept.
1993.

*87. *J.-H Ren and J.-K. Zhang, “On the Diophantine equation
,” *Journal of
Northwest University (Chinese)*, vol. 19, no. 1, pp. 12-22, 1989.

88. Z. Dong and J.-K. Zhang, “Optimal design of
distributed concatenated Alamouti codes for relay
networks using Uniquely-factorable QAM constellations,” in the *Proceedings
of the ChinaSIP 2013* (Beijing, China)

89. L.-J. Xu, K. M. Wong, J.-K. Zhang, D. Ciochina and M. Pesavento, “A
Riemannian distance for robust downlink beamforming,” in the *Proceedings of
the 2013 **IEEE 14th Workshop on Signal
Processing Advances in Wireless Communications *(Darmstadt, Germany).

90. Z. Dong and J.-K. Zhang, “Distributed concatenated Alamouti code design for one-way relay networks using
uniquely-factorable PSK constellation” in the *Proceedings of the 2013
International Conference on Acoustics, Speech, and Signal Processing *(Vancouver,
Canada).

91. G.-J. Chen, J.-K. Zhang and K. M. Wong,
“Orthogonally-distributed space-time block codes for relay channels,” in the *Proceedings of the 2013
International Conference on Acoustics, Speech, and Signal Processing *(Vancouver,
Canada).

92. F.-K. Gong, J.K. Zhang and
H.-Y. Ge, “Optimal distributed concatenated space-time block codes for two-way
relaying networks,” in the *Proceedings of the 2013 International Conference on
Acoustics, Speech, and Signal Processing *(Vancouver, Canada)

93. R. Cai,
J.-K. Zhang, T. N. Davidson, K. M. Wong and P. C. Ching, “Power control for
multiple spectrum-sharing networks under random geometric topologies,” in the *Proceedings
of the 2013 International Conference on Acoustics, Speech, and Signal
Processing *(Vancouver,
Canada)

94. F.-K. Feng, J.-K. Zhang, and J.-H Ge,
“Distributed collaborative space-time block codes for two-way relaying
network,” (**Best
Paper Award**) *IEEE WCNC 2013 *(Shuanghai, China).

95. F.-K. Feng, J.-K. Zhang, L.-B. Li and J.-H Ge, “Distributed concatenated quasi-orthogonal space-time
block codes for two-way relay networks,” to appear in *ICSP 2012* (**invited**).

96. N. He, J.-K. Zhang and K. M. Wong, “Power optimization for
amplify-and-forward half-duplex two-way relay system,” to appear in *ICSP* 2012 (**invited**).

97. J.-Hong, J.-K. Zhang and K. M. Wong, “Target
localization for bistatic MIMO radar in unknown
correlated noise,” *2011 IEEE CIE
International Conference on Radar* (Chengdu, China) pp. 71-75, 24-27, Oct.
2011.

98. J. P. Liang, J.-K. Zhang and K. M. Wong, “Optimum 4-QAM
relay amplification for the amplify-and-forward half-duplex cooperative
wireless system,” *Proc. ICSP’2010* (Beijing), pp. 2423-2426, 24-28, Oct.
2010.

99. J.-K. Zhang, “Full Diversity Blind Space-Time Block
Codes,” (**Best Paper Award for ChinaCom 2009**) *ChinaCom* (Xian, China), Aug., 2009.

100.
J.-K. Zhang and
Y. Chau, “Full diversity blind signal designs for unique identification of
frequency selective channels,” in the *Proceedings of the International Symposium on Information
Theory, *(Seoul, Korea), June, 2009.

101.
A.-Z. Wong and
J.-K. Zhang, “Novel rotated quasi-orthogonal space-time block codes with the
fixed Nearest neighbor number,” in the *Proceedings of the International Symposium on Information
Theory, *(Seoul, Korea), June,
2009.

102.
T.-T Liu, J.-K.
Zhang and K. M. Wong, “Optimal precoder design for
correlated MIMO systems using decision feedback receivers,” in the *Proceedings
of the International Symposium on
Information Theory, *(Toronto,
Canada), July, 2008.

103.
H.-P. Li, T.-T.
Liu, J.-K. Zhang, K. M. Wong, “'Robust downlink power control using worst-case
performance optimization,” in the *Proceedings of the International Symposium
on Information Theory, *Toronto,
Canada), July, 2008.

104.
T.-T Liu, J.-K.
Zhang and K. M. Wong, “Optimal precoder design for
MIMO systems using decision feedback receivers,”* in *the* **IEEE Sensor Array and
Multichannel** Signal Processing Workshop* (Darmstadt, Germany) 2008.

105.
T.-T Liu, J.-K.
Zhang and K. M. Wong, 'Efficient design of optimal transmitter for MIMO systems using decision feedback receivers,” in 24th Queen's
Biennial Symposium on Communications, 2008.

106.
W.-W. Jiang,
J.-K. Zhang and K. M. Wong, “Transceiver
pair designs for multiple access channels under fixed sum mutual information
using MMSE decision feedback detection,” in 24th Queen's Biennial Symposium
on Communications, 2008.

107.
A.-Z. Wong, J.-K.
Zhang and K. M. Wong, “Full diversity group decodable orthogonal linear
dispersion codes for MISO flat fading channels,” in the *Proceedings of the
2008 International Conference on Acoustics, Speech, and Signal Processing *(Las Vegas, U.S.A).

108.
Y.-W. Ding, J.-K.
Zhang and K. M. Wong, “Optimal precoder for
amplify-and-forward half-duplex cooperative systems,” in the *Proceedings of
the 2007 International Conference on Acoustics, Speech, and Signal Processing *(Hawaii,
U.S.A).

109.
C. Yuen, S. Sun
and J.-K. Zhang,** “Comparative study of SVD and QRS in closed-loop beamforming systems****,”*** Military Communications
Conference **(Orlando,
U.S.A), pp. 1-4, 29-31 Oct. 2007*

110.
Y.-W. Ding, J.-K.
Zhang and K. M. Wong, “The amplify-and-forward half-duplex cooperative system:
pairwise error probability and precoder design,” (in
the first IEEE International Workshop on Computational Advances in Multi-Sensor
Adaptive Processing, Perto Vallart,
Mexico)

111.
L. Zhou, J.-K.
Zhang and K. M. Wong, “Unique
blind identification of Alamouti space-time coded
channel via signal designs and transmission diversity,” ( in The Eighth
International Symposium on Signal Processing and its Applications, Aug. Sydney,
Australia, 2005)

112. J.-K. Zhang, J. Liu and K. M. Wong, “Toeplitz

- L.
Xiong and J.-K. Zhang, “
__Uniquely factorable constellations__” unpublished. - A.
Wong and J.-K. Zhang, “
__Proof of Lemma 1__” unpublished. - J.-K.
Zhang and K. M. Wong, “
__Some results in number theory applicable to signal processing__,” Technical Report no. 001-06, Department of Electrical and Computer Engineering, May, 2006. - J.-K.
Zhang and K. M. Wong, “Fast
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document for the proofs of Lemmas and Theorems in the paper submitted
to IEEE Photonics Journal, unpublished.