Title：Professor

E-mail：lxs@ustb.edu.cn

Office：Room 529

Education：

1987.09-1991.07, University of Science and technology Beijing, Industrial automation instrument, Bachelor

1991.09-1994.03, University of Science and technology Beijing, Automation instruments and devices, Master

1995.09-2000.03, University of Science and technology Beijing, Control theory and control engineering, Doctor

Work experience：

1994.04-1996.07, University of Science and technology Beijing, Assistant

1996.08-2001.07, University of Science and technology Beijing, lecturer

2001.08-2006.07, University of Science and technology Beijing, Associate Professor

2006.08-Now, University of Science and technology Beijing, Professor

Research Interests：Weak signal detection, Information Fusion

Courses：Process control system, Automatic measurement technology, Weak signal detection

Selected Publications：

[1]Li, Xisheng(*)，Cao, Tianyang，Gao, Zhiqiang，Feng, Guodong，Shen, Peng，An intelligent method for identifying otological drill slippage，Proceedings of the Institution of Mechanical Engineers - Part H: Journal of Engineering in Medicine，2012，226（H4）：312-319。

[2]Liu, Yan Xia(*)，Li, Xi Sheng(*)，Zhang, Xiao Juan(*)，Feng, Yi Bo(*)，Novel calibration algorithm for a three-axis strapdown magnetometer.，Sensors，2014，14（5）：8485-8504。

[3]Cao, Tianyang，Li, Xisheng(*)，Gao, Zhiqiang(*)，Feng, Guodong，Shen, Peng，A method for identifying otological drill milling through bone tissue wall，International Journal of Medical Robotics and Computer Assisted Surgery，2011，7（2）：148-155。

[4]Tianyang Cao, Xisheng Li(*), Zhiqiang Gao(*), Guodong Feng, Peng, Shen.A method for identifying otological drill milling through bone tissue wall. The international journal of medical robotics and computer assisted surgery, 7(2), (2011): 148-155. 

[5]Tianyang Cao, Xisheng Li(*), Zhiqiang Gao(*), Guodong Feng, Peng Shen. Automatic identification of otological drilling faults: an intelligent recognition algorithm.The international journal of medical robotics and computer assisted surgery, 2(6), (2010): 231-238. 

[6]Xisheng Li, Kentaro Nakamura, Sadayuki Ueha. Reflectivity and illuminating power compensation for optical fibre vibrometer. Measurement Science and Technology, 15(9), (2004): 1773-1778.

Representative projects：

National Natural Science Foundation of China, Study on full-zimuth high-precision magneto-electronic compass error compensation based on the assumption of deformation spherical distribution

National Science and Technology Support Program, Development of an efficient and intelligent minimally invasive cataract treatment system

Honors & Awards：

New Century Excellent Talents of the Ministry of Education