Chief Deputy Head of CCE-College of Communication Engineering

Li Yingxiang, in charge of research and graduate education, male, post doctoral, Professor, was born in November 1972. March 2003 graduate of University of Electronic Science and technology of communication and information systems professional doctorate. Has worked in TCL mobile communication Co., Ltd., Sichuan Communication Research Planning Design Co., Ltd., Chongqing Guohong Technology Development Co., Ltd., Chengdu University of information technology, enterprises and institutions. In December 2005, as a communications engineering senior engineer, in April 2007 transferred to the assistant professor. In December 2011, as a professor. In March 2012, Shuangliu Investment Promotion Bureau deputy director attachment. December 2012, the University of Electronic Science and technology, Chengdu High-tech Zone joint training enterprise post doctoral station. Is the Institute of Communications Engineering Institute of embedded systems, master's tutor.

[research direction]
1 embedded system and design of system on chip
2 communication software and value added service development
3 smart sensors and sensor networks

[research project]
The field test system, 1 base station antenna parameters responsible for research projects.
2 switch power supply cabinet color liquid crystal display system, the enterprise horizontal, the person in charge
3 advertising brand management system, enterprise horizontal, the person in charge

[completion]
1 color display elevator system, the Provincial Department of education project, 2011
2 based on the Android platform of the family information wireless collection system, enterprise horizontal, 2011
3.ePCU2 airborne entertainment music player development, enterprise horizontal, 2012
4.OFDM wireless router development, enterprise horizontal, 2010
5.MTK6225 platform NFC terminal driverprogram drive development, Chongqing Guohong, 2009
6 Chongqing Netcom "eleven" five planning projects, Chongqing Netcom Co., Ltd., 2006
7 Sichuan Telecom "3G" transmission planning project, Sichuan Telecom Co., Ltd., 2005
8 embedded LINUX mobile digital multimedia terminal research and development, TCL mobile communications company, 2004
8.ADI platform and video MMS function research, TCL mobile communication company, 2003
9 research on non cooperative signal detection and parameter estimation under low signal to noise ratio, national 973 project, 2002

[publication list]

1、基于瞬时频率曲线拟合和局部搜索组合方法的三阶多项式相位信号参数估计。李英祥，唐伟文，邝育军。重庆邮电大学学报，李英祥，唐伟文，邝育军,vol.22, No.4,2010, pp 400~405.

2、 A new polynomial phase signal detection algorithm based on the combination of Filter bank and short-time Radon-Winger transform. Yingxiang Li,Weiwen Tang, Yujun Kuang，April 2010, 2010 WRI international conference on communications and mobile computing.515~519.(EI收录)

3、 3-order Polynomial Phase Signal Parameter Estimation Algorithm Based on Instantaneous Frequency Curve Fitting method，Yingxiang Li,Weiwen Tang，Yujun Kuang，June 2010,The International Conference on Electrical and Control Engineering. 2010,Wuhan,China 25-27. (EI收录)

4、 A New Algorithm for Linear Frequency-Modulated Signal Parameter Estimation in Low Signal to Noise Ratio Condition Yingxiang Li，Zhaibing zhang， The World Congress on Computer Science and Information Engineering 2011，494~497.

5、 Yingxiang Li,Yingjie Peng, Zhaibing Zhang, Local Iterative Searching Dechirp Algorithm for Linear Frequency-Modulated Signal Parameter Estimation in Low SNR condition, pp121-126. Recent Advances in CSIE, LNEE 128, Springer 2012.

6、 3-order Polynomial Phase Signal Parameter Estimation Algorithm Based on Instantaneous Frequency Curve Fitting method，Yingxiang Li,Weiwen Tang，Yujun Kuang, June 2010, The International Conference on Electrical and Control Engineering.8~11.（EI收录）

7、 Yingxiang Li, Zhiheng Hu, Xianci Xiao. A New Method for 3-Order Polynomial Phase Signal Parameter Estimation, IEEE 2007 International Conference on Communications, Circuits and Systems, 2007, 731~734. （EI收录）

8、 Ying-Xiang Li, Min Yi, Qin Yang, etc. A Wavelet Based Spectral Correlation method For BPSK Chip Rate Estimation. Journal of Electronics (China), 2004, Vol.21, No.5:353~358。

9、李英祥，肖先赐. 基于逐次滤波Radon-Ambiguity变换的多线性调频信号时频检测. 声学学报，2004, Vol. 29, No. 6: 557~561。（EI收录）

10、 Li Yingxiang, Xiao Xianci. Recursive filtering Radon-ambiguity transform (RFRAT) algorithm for detecting multi-LFM signals. Journal of Electronics (China), 2003, Vol.20, No.3:161～166.（EI收录）

11、李英祥，肖先赐. 基于短时FrFT滤波的多项式相位信号时频检测. 声学学报，2003, Vol. 28, No. 6: 545~549. （EI收录）

12、 Yingxiang Li,etc. Recursive filtering Radon-ambiguity transform algorithm for multi-LFM signals. Proc. IEEE international conference on communications circuits and systems and west sino expositions, 2002, Vol. 2: 1050~1053.

13、李英祥,周先敏. 一种具有LPI特性的新雷达信号——新的FSK/PSK信号. 信号处理, 2002, Vol. 18, No. 2: 177~179.

14、李英祥,肖先赐. 低信噪比下线性调频信号检测与参数估计. 系统工程与电子技术, 2002, Vol. 24, No. 8: 43~45. （EI收录）

15、 Ying-Xiang. Li, M. Yi, Q. Yang, etc. Low SNR BPSK Signal Chip Rate Estimation Using A Wavelet Based Spectral Correlation Algorithm. USA: Proc. IEEE 45th international MWSCAS 2002. （EI收录）