Zhi-Feng ZHANG

Associate Professor

ADDRESS：College   of physics and Electronic Engineering, Zhengzhou University of Light   Industry, Dongfeng Rd., No. 5,Jinshui   District, Zhengzhou, 450002, P. R. China

PHONE：0371-63556807

FAX：

E-mail：2009041@zzuli.edu.cn

Website:：http://jswl.zzuli.edu.cn/s/102/t/305/df/65/info122725.htm

Research Interests：

●Machine vision

●Nondestructive testing

Education:

●1995-1999: B.Sc., Department   of Physics, HenanUniversity

●2001-2009: M.S. and Ph.D, School of Science,   BeijingJiaotongUniversity

●Joined ZhengzhouUniversity   of Light Industry in 2009

Teaching Courses:

Laser Technology

Major English

Major   Publications：

1.Zhifeng Zhang^*,   Huanghuang Bai, Guishuan Yang, Fengchun Jiang, Yurfen Ren, Junfeng Li, Kun   Yang, Hongjun Yang. Computer simulation of Fraunhofer diffraction based on   MATLAB [J]. Optik-International Journal for Light and Electron Optics,   2013(20): 4449-4451.

2.Zhi-Feng Zhang^*, Feng-xiao   Zhai, Hong-jun Yang, Kun Yang. Research on cotton fiber qualities evaluation   based on optoelectronic techniques [J]. Optik-International Journal for Light   and Electron Optics, 2013(19): 3876-3879.

3.Zhi-Feng Zhang^*, Zhan Gao,   Yuan-Yuan Liu, Feng-Chun Jiang, Yan-Li Yang, Yu-Fen Ren, Hong-Jun Yang, Kun   Yang, Xiao-Dong Zhang. Computer vision based method and system for online   measurement of geometric parameters of train wheel sets[J]. Sensors,   2012(12): 334-346.

4.Zhifeng Zhang^*, Chao Lu, Fangzhen Zhang, Yufen Ren, Kun Yang, Zhan Su. A novel method for non-contact measuring diameter parameters of wheelset   based on wavelet analysis[J]. Optik-International Journal for Light and   Electron Optics, 2012(5): 433-438.

5.Zhifeng Zhang^*, Zhan Su,   Yuling Su, Zhan Gao. Denoising of sensor signals for the flange thickness   measurement based on wavelet analysis[J]. Optik-International Journal for   Light and Electron Optics, 2011(8): 681-686.

6.Zhifeng Zhang, Qibo Feng^*, Zhan Gao,   Cuifang Kuang, Cheng Fei, Zhang Li, Jinyun Ding. A new laser displacement   sensor based on triangulation for gauge real-time measurement[J]. Optics   & Laser Technology, 2008(2): 252-255.

Funding：

●Research on tread defect   and wear online measurement based on machine vision, 2013-2015, Key Members   of the outstanding Young Teacher of Henan Province

●Research on tread defect’s   optoelectronic measurement,2012-2014, Science and Technology Department of   Henan Province

●Research on Large diameter   based on optoelectronic measurement, 2011-2012, Foundation of Henan   Educational Committee

Awards & Honors:

Key   Members of the outstanding Young Teacher of Henan Province