合肥工业大学计算机与信息学院导师介绍:周清峰
教师信息 姓名 周清峰 性别 男
教师信息
姓名 | 周清峰 | 性别 | 男 |
出生年月 | 1978,08 | 最终学位 | 博士 |
毕业学校 |
香港理工大学 (The Hong Kong Polytechnic University) |
||
从事专业 | 通信与信息系统 | 职务 | 硕士生导师 |
所属院系 | 通信工程系 | ||
所属科室(研究所) | 通信与信息系统研究所 | 职称 | 教授 |
联系方式
办公电话:1575515xxxx
E-mail:enqfzhou at ieee.org
通讯地址:逸夫楼501,主教楼708
简历
【学历】
2010,博士(PhD),香港理工大学(The Hong Kong Polytechnic University)
2003,硕士(MS),Clemson University,USA
2000,学士(BS),中国科学技术大学(Univ.of Sci.& Tech.of China,USTC)
【工作经历】
2012 - 至今,青年黄山学者,合肥工业大学(HFUT)
2012,博士后,香港城市大学(City University of Hong Kong)
2011,访问博士后,香港中文大学(Chinese University of Hong Kong)
2011,博士后,香港科技大学(HKUST)
2009,访问学者,悉尼大学(University of Sydney)
2006,研究助理(RA),香港理工大学
2004,研究助理(RA),Clemson University
【合作者】
Prof.Q.T.Zhang,City University of Hong Kong
A/Prof.Wai Ho Mow,Hong Kong University of Science and Technology
Prof.Francis CM Lau,The Hong Kong Polytechnic University
A/Prof.Yonghui Li,University of Sydney
Prof.Jinghong Yuan,University of New South Wales
A/Prof.Feifei Gao(高飞飞),清华大学
A/Prof.Shengli Zhang(张胜利),深圳大学
研究方向
本实验室主要侧重于4G、5G通信系统中物理层关键技术的设计、分析及实现,以提高无线通信链路传输速率及稳定性为目的。目前的主要研究方向包括MIMO技术、OFDM技术、协作通信技术、干扰对准技术等。在应用方面,我们研究各种无线通信协议下的组网实现;自制各类无线网络的硬件平台;开发自组无线网络的应用;并进而研究大规模网络下的规划与优化问题。
【协作通信(Cooperative Communication)】
【干扰对准(Interference Alignment)】
【传感器网络(Sensor Networks)】
【网络信息论(Network Information Theory)】
【听则聪,见则明,行则悟】
欢迎对工程与数学感兴趣的高年级本科生、研究生与博士生加入WIN Lab(Wireless & Intelligent Network Laboratory)!!!
教学工作
[无线通信国际会议]
PIMRC'13 London
International Symposium on Personal,Indoor and Mobile Radio Communications
ICC'13 Hungary
International Conference on Communications
WCNC'14 Turkey
IEEE Wireless Communications and Networking Conference
Globalcom'13 Atlanta
Global Communications Conference
MobiCom'13 Miami
International Conference on Mobile Computing and Networking Conference
SIGCOMM'13 Hong Kong
ACM Special interest Group on Data Communications
ICCC'13 Xi'an
International Conference on Communications in China
主要论著
【期刊文章(Journal Papers)】
[J12]
Q.F.Zhou ,Q.T.Zhang and F.C.M.Lau,
“Diophantine Approach to Blind Interference Alignment of Homogeneous K-user 2x1 MISO Broadcast Channels,"
IEEE J.Sel.Areas.Commun.,
special issue on virtual-MIMO,2013.
[J11]
Q.F.Zhou and Q.T.Zhang,
“On Blind Interference Alignment over Homogeneous Block Fading Channels,"
IEEE Commun.Lett.,
vol.16,no.9,pp.1432-1435,Sept.2012.
[J10]
X.Chen,Q.F.Zhou ,T.-W.Siu,and F.C.M.Lau,
“Asymptotic Analysis of Opportunistic Relaying Based on the Max-Generalized-Mean Selection Criterion ,”
IEEE Trans.Wireless Commun.,
vol.10,no.4,pp.1050-1057,Apr.2011.
[J9]
X.Chen,T.-W.Siu,Q.F.Zhou,and F.C.M.Lau,
“High-SNR Analysis of Opportunistic Relaying Based on the Maximum Harmonic Mean Selection Criterion,”
IEEE Signal Processing Lett.,
vo.17,no.8,pp.719-722,Aug.2010.
[J8]
Q.F.Zhou,Y.Li,F.C.M.Lau,and B.Vucetic,
“Decode-and-forward two-way relaying with network coding and opportunistic relay selection,”
IEEE Trans.Commun.,
vol.58,no.11,pp.3070-3076,Nov.2010.
[J7]
Q.F.Zhou and F.C.M.Lau,
“Performance analysis of opportunistic cooperative communications with {CSI}-assisted amplify-and-forward relaying and {MRC} reception,”
IEEE Trans.Veh.Technol.,
vol.55,no.9,pp.2159-2165,June 2010.
[J6]
F.Xu,Q.F.Zhou,F.C.M.Lau,D.-W.Yue,and S.F.Hau,
“Performance analysis of serial cooperative communications
with decode-and-forward relaying and blind-EGC reception under Nakagami fading channels,”
IEEE Trans.Wireless Commun.,
vol.8,no.11,pp.5455-5460,Nov.2009.
[J5]
Q.F.Zhou,F.C.M.Lau,and S.F.Hau,
“Asymptotic analysis of opportunistic relaying protocols,”
IEEE Trans.Wireless Commun.,
vol.8,no.8,pp.3915-3920,Aug.2009.
[J4]
F.Xu,F.C.M.Lau,Q.F.Zhou,and D.-W.Yue,
“Outage performance of cooperative communication systems using opportunistic relaying and selection combining receiver,”
IEEE Signal Processing Lett.,
vol.16,no.2,pp.113-116,Feb.2009.
[J3]
Q.F.Zhou and F.C.M.Lau,
“Analytical performance of M-ary time-hopping orthogonal PPM UWB systems under multiple access interference,”
IEEE Trans.Commun.,
vol.56,no.11,pp.1780-1784,Nov.2008.
[J2]
Q.F.Zhou and F.C.M.Lau,
“Two incremental relaying protocols for cooperative networks,”
IET Communications,
vol.2,no.10,pp.1272-1278,Nov.2008.
[J1]
F.Xu,D.-W.Yue,F.C.M.Lau,and Q.F.Zhou,
“Closed-form expressions for symbol error probability of
orthogonal space-time block codes over Rician-Nakagami channels,”
IET Communications,
vol.1,no.4,pp.655-661,Aug.2007.
【节选会议文章(Selected Conf.Papers)】
[C]
S.L.Zhang,Q.F.Zhou,C.H.Kai,and W.Zhang,
“Channel Quantization Based Physical-layer Network Coding,"
ICC2013,Budpest,Hungary.
[C]
Y.X.Jiang,F.C.M.Lau,Z.Sattar,and Q.F.Zhou,
“Selection of Spatially-distributed Relays for Two-way Relaying with Network Coding,”
WCNC2013,Shanghai,China.
[C]
X.Chen,T-W.Siu,Q.F.Zhou,and F.C.M.Lau,
“A Class of Selection Criteria Achieving Full Diversity in AF Opportunistic Relaying,”
ICACT2013,Korea.
Outstanding Paper Award
[C]
S.L.Zhang,S.C.Liew,Q.F.Zhou,L.Lu,and H.Wang,“Non-memoryless Analog Network Coding in Two-Way Relay Channel,”
ICC2011,Japan.
[C]
F.Xu,D.-W.Yue,Q.F.Zhou,
“Performance Analysis of Orthogonal Space-time Block Codes over Nakagami-q (Hoyt) Fading Channels,”
ICC2008,Beijing,China.
[C]
Q.F.Zhou and F.C.M.Lau,
“Analytical Performance of M-ary TH-PPM
UWB Systems with Multiple Users,”
WCNC2007,Hong Kong.
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