Gender: Female
Title: Associate Researcher
Education: Doctoral student
Discipline: Optical Engineering
Research interests: Active Optics, Adaptive Optics, Computational Optics, Intelligent Imaging
E-mail: zhangxf@bit.edu.cn
Zhang Xiaofang, female, born in August 1973 in Shijiazhuang, Ph.D., Associate researcher, Deputy director of Optoelectronics Institute. He has been engaged in teaching and scientific research in the fields of optical remote sensing imaging and laser transmission for a long time. His main research directions include active optics, adaptive optics, computational optics and intelligent imaging. Undertook and participated in more than 10 scientific research projects, including national 973, Natural Science Foundation, ZG pre-research and so on. He has published more than 40 papers, of which more than 20 are included in SCI/EI, 1 international invited report, and 3 invention patents. He has written two books. He teaches mathematical equations and special functions, adaptive optics and spatial optics. Undertook 2 teaching research and reform projects. There are nearly 30 master students and 6 master students in school. Guided the students to win the national scholarship, the university excellent master's thesis, and the third prize of the Dongfang Red Cup Aerospace New Concept Innovation Competition. SPIE Member. Applied Optics, RAA, Journal of Physics, Infrared and Laser Engineering.

Zhang Xiaofang, female, born in August 1973 in Shijiazhuang, Ph.D., Associate researcher, Deputy director of Optoelectronics Institute. He has been engaged in teaching and scientific research in the fields of optical remote sensing imaging and laser transmission for a long time. His main research directions include active optics, adaptive optics, computational optics and intelligent imaging. Undertook and participated in more than 10 scientific research projects, including national 973, Natural Science Foundation, ZG pre-research and so on. He has published more than 40 papers, of which more than 20 are included in SCI/EI, 1 international invited report, and 3 invention patents. He has written two books. He teaches mathematical equations and special functions, adaptive optics and spatial optics. Undertook 2 teaching research and reform projects. There are nearly 30 master students and 6 master students in school. Guided the students to win the national scholarship, the university excellent master's thesis, and the third prize of the Dongfang Red Cup Aerospace New Concept Innovation Competition. SPIE Member. Applied Optics, RAA, Journal of Physics, Infrared and Laser Engineering.
Teachers' personal homepage: http://teacher.bit.edu.cn/zhangxf/ < br >

1. Active optics, adaptive optics;
2 Computational optics;
3. Intelligent imaging;

1992.09-1996.06, Tianjin University, B.S.
1996.09-2002.06, Tianjin University, Ph.D.

2002.08-2004.06, Postdoctoral Researcher, Beijing Institute of Technology;
2004.06-present, Faculty of Optoelectronics, Beijing Institute of Technology;
2012.10-2013.10 Visiting Scholar, California State University, Northridge, USA.

01. National Security Major Basic Research Project (GF973), 613290201, Spatial Adaptive Optics Theory and Method Research;
02. Major Basic Research for National Security (GF973) Project, 51323020302-1, Study on Adaptive optical Correction method of aerooptics effect;
03. Subproject of National Key Basic Research Project (National 973), 2009CB72400601, Integrated Analysis, Modeling and Simulation of Satellite platform-Coupler-High-resolution Optical Loads and Adaptive optical Motion Error Suppression;
04. ZG pre-research project, space can be carried out primary mirror technology research;
05. Cooperative project of 508 Institute of Aerospace Science and Technology Group, self-adaptive optics research on prototype of segmented mirror imaging principle;
06. The fifth Academy of Aerospace cooperation project, diffraction imaging system analysis and research;
07. China Academy of Engineering Physics bidding project, active optical device comprehensive performance test system;
08. The fifth Academy of Aerospace cooperation project, large field of view, high resolution infrared optical remote sensor adaptive optical system in orbit image quality correction and test verification;
09. Cooperation project of the Fifth Academy of Astronautics, infrared SH and visible light PD wavefront sensing method and application research;
10. Ministerial project, XX Polarization fusion detection technology;
11. Zhang Xiaofang, Dong Bing, Theory and Application of Adaptive Optics, Beijing Institute of Technology Press, 376,000 words; 2020
12. Chang Jun, Zhang Xiaofang, Zhang Ke, Niu Yajun, Modern Reflection Zoom Optical System, GF Industry Press, 245 thousand words, 2017;
13. Zhou Jing, Zhang Xiao-Fang, ZHAO Yan-Geng, a phase recovery method based on image fusion and convolutional neural networks [J]. Acta Physica Sinica, 2021, 70(5): 054201.
14. Zhongye Ji, Xiaofang Zhang*, Zhili Zheng, Yan Li, Jun Chang. An algorithm based on the optimal block zonal strategy for fast wavefront reconstruction; Applied Optics, 2019, 59 (5) : 1383-1396;
15. Wangjing, Zhangxiaofang, Dong Bing and Zhao Yangeng. A sparse aperture imaging system with optimal rotating pupil; Proceedings of SPIE, 2020,11570: 115700W1-13;
16. Zhili Zheng, Xiaofang Zhang*, Jing Wang. Design of superresolving continuous phase filters based on deformable mirror eigenmodes; SPIE,.2020, 11434:1143409;
17. Zhenhe Ma, Shuzhuo Luo,Menghan Yu,Jian Liu,Yuqian Zhao,Yao Yu,Jiangtao Lv, Xiaofang Zhang,Yi Wang. Assessment of microvasculature flow state with a high speed all-optic dual-modal system of optical coherence tomography and photoacoustic imaging; Biomedical Optics Express; 2018, 19(12):6103-6115;
18. Wu Chuhan, Zhang Xiaofang, Chen Weilin, Chang Jun, Adaptive optical fundus imaging system based on tomographic sensing, Acta Optica Sinica, 2017,37 (4) : 411002 -- 1XXX;
19. Xiaofang Zhang, Lianqi Wang, Improvement in the performance of solar adaptive optics, Research in Astronomy & Astrophysics, 2014,14 (4): 471-484;
20. Zhang Xiaofang, Wang Jing, Zheng Zhili, Dong Bing, Chen Weilin. A method for analyzing the position error of the block mirror of the main mirror of a large aperture film based diffraction optical system. China, 201911349039.3, 2021-04-02.