2002-2005, Ph.D. Shanghai Jiaotong University (SJTU), shanghai, P. R. China (major in Electronic Science and Technology). Dissertation: "Study of wavelength selective optical switches and key technologies of optical burst switching systems ". Advisor: Prof. Jianping CHEN (Tel:34205140, 13916359436, jpchen62@sjtu.edu.cn) 1990-1993, M.S Shanghai University of Science and Technology, Shanghai, P.R.China (SUST, now renamed as Shanghai University) (major in Electronic Science and Technology), Dissertation: The study of optical controllable microwave switch, Advisor: Prof. Deming XU(Tel:62455846, 13918230566, dmxu@online.sh.cn) 1986-1990, B.S. Soochow University, JiangSu Province, P. R. China (major in Physics Education Science).

1."The sand dust monitor and desert information detection in hinterland of desert", International Cooperation of Science & Technology Program, Ministry of Science and Technology(MOST), ID:2011DFA11780, 2012-2014, RMB 4750,000, Project Principal
2."Design of PLC splitter", Shanghai HONGHUI Optical Device and Materials Company, 2011-2012, RMB970,000, Project Principal
3."The simplified II", The Fluid Mechanics and Physics Institute, CAE, 2010-2011, RMB 120,000, Project Principal
4."The precise measurement method with laser length measurement", No.6354 Institute of China Ship Group Company, RMB280,000, 2010,Project Principal
5."The novel structure of digital wavelength selective optical switch and modulator", National Science Fund of CHINA ID No: 60877012, 2009-2011, RMB350,000, Project Principal
6."Plasma optical surface wave ", National Key Lab Fund, 2007-2010, RMB500,000, Project Principal
7."Digitally wavelength optical switching and optical signal processing", National High Technology Program(863), ID No.: 2006AA01Z242, 2006-2008, RMB600,000, Project Principal
8."Digitally optical signal processing", ShuGuang (Dawn) Excellent Scholarship by Shanghai Municipal Education Committee, 2007-2008, RMB 120,000, Project Principal
9."Fast wavelength tunable selective optical switch", National Science Fund of CHINA, ID No.: 60377013, 2004-2006, RMB 230,000, Project Principal
10."Study of fast wavelength selective optical switch", Science & Technology Committee of Shanghai Municipal, Fund No.: 036105009,2004-2005, RMB200,000, Project Principal
11."Optical burst switching Technology based on wavelength variable bandpass thin film filter", National High Technology Program(863),ID No.:2001AA122074,2001-2003, RMB300,000, Project Principal
12."OBS experiment and key technology", Science & Technology Committee of Shanghai Municipal, Fund No.: 022261001, 2002-2004,RMB400,000, Project Principal
13."Study on Optical burst switching Technology based on wavelength variable bandpass thin film filter", Science & Technology Committee of Shanghai Municipal, Fund No. :012261022, 2001-2004, RMB300,000, Project Principal
14."1*N mechanical optical switch", Science & Technology Committee of Shanghai Municipal, Fund No. : 005115032, 2000-2001, RMB500,000, Project Principal
15."MZ interferometer magnetic field sensor mathematical model ", part of The National Basic Research Program (also called 973 Program) in China, 2004, RMB 46,000, Project Principal of sub branch in the project
16."Optical switch Matrix and its application in LAN", National xxx Project, 1996-2000, RMB 250,000, Project Branch Principal
20."Optical ATM network", Shanghai Jiaotong University Fund, 1999-2000, RMB 10,000, Project Principal
17."Bank display system for China Construction Bank in Pudong Branch", China Construction Bank in Pudong Branch, 1995-1996, RMB 146,000, Project Principal on Duty
18."Bank display system and interconnection for China Construction Bank in Pudong Qili Branch", China Construction Bank in Pudong, 1996-1997, about RMB 60,000, Project Principal
19."Multimedia Searching system for bank mortgage in Pudong Branch", China Construction Bank in Pudong,1996-1997, RMB 46,000, Project Principal
20."Display system for XinJiang Airline", XinJiang Airline, 1996-1997, RMB 60,000, Project Principal

1.Lower loss polarization insensitive micro/nano fiber fabrication method, Chinese Patent Application No: 201010177844.5, inventor of application: Hong Z.H., Li X.W, et al.
2.The shelf structure of II, Chinese Patent Application No: 200910120063.X, inventor of application: Wu K., Li X.W.
3.Mechanically precisely tunable fiber delay structure, Chinese Patent Application No: 200910050780.X, inventor of application: Li M., Guo P., Wu G.L., Li X.W, Chen J.P.
4.Multiple space division Photonic ADC, Chinese Patent Application No: 200910312504.6, inventor of application: Wu G.L.,Li M., Guo P., Li X.W, Chen J.P.
5.Multiple cascaded optical time division multiplexing based on 3, Chinese Patent Application No: 200810038845.4, CN101296051,inventor of application: Li Xinwan, Chen Jianping
6.Multiple cascaded optical time division multiplexing based on 3, Chinese Patent Application No: 200810038845.4, CN101296051, inventor of application: Li Xinwan, Chen Jianping, et. al, Application date: 2008
7.Wu Guiling,Chen Jianping,Li Xinwan,Qian Wenjun,Liu Yue,Resilient Optical Burst Ring Failure Protecting Method, Apparatus And Failure Processing Method,Application number: EP20060817964 20061207,Publication number: EP1998503 (A1),Publication date: 2008-12-03,European Patent
8.Measurement method of multiple optical parameters in optical waveguide simultaneously, Chinese Patent Application No: 200410084314.0, inventor of application: Wang Yiping , Chen Jianping, Li Xinwan, issued date: May 09, 2007
9.A method of measuring polymer film refractive index and depth with precision reflectometor, Chinese Patent Application No: 200410084315.5, inventor of application: Wang Yiping , Chen Jianping, Li Xinwan, issued date: June 06, 2007
10.Tunable wavelength selective and locking DWDM Mutiplexer/demultiplexer, Chinese Patent No: ZL 2004100544007, inventors: Li Xinwan, Chen Jianping, Ye Ailun, Issued date:Feb.22, 2006
11.A implementation method of optical burst switching connection control, Chinese Patent No: 200410053484, inventors: Wu Guiling, Chen Jianping, Li Xinwan, Issued date: Aug. 23,2006
12.Adaptive channel reservation and searching method in optical burst switching, Chinese Patent No: 200410053661.7,2, inventor: Wu Guiling, Chen Jianping, Li Xinwan, Issued date: Aug. 23,2006
13.Optical controllable wavelength selective optical switch, Chinese Patent, No: ZL03 1 50471.X , inventor: You Shanhong, Li Xinwan,Ye Ailun, Yon Zongmin, Chen Jianping,issued date: June 22,2005
14.Fast tunable wavelength selective optical switch, US Patent No: US6,868,199 B2, inventor: Li Xinwan, Ye Ailun, Chen Jianping, issued date: March 15, 2005
15.Magnetostrictive optical fiber Mach-Zehnder interferometer magnetic field sensor, Chinese Patent Application No: 200510029291.8, inventor of application: Shi Changhai, Li Xinwan, Chen Jianping, Ye ailun, Application date: 2005
16.Tunable wavelength selective 2 by 2 optical switch, Chinese Patent, No: ZL 02 1 37254.3 , inventor: Li Xinwan, Ye Ailun, Chen Jianping, issued date: November. 17, 2004
17.Long period optical fiber grating wide band rejection filter, Chinese Patent, No: ZL00115738.8, inventor: Ye Ailun, Li Xinwan, issued date: April 18,2004
18.Wideband single mode 4X4 optical switch matrix, Chinese Patent, No: ZL99 1 25743.X , inventor: Li Xinwan, Ye Ailun, issued date: March 17,2003

Books

1.Xinwan Li,,National ninth-five plan key books,[21st century new materials series], General editor:Gan Fuxi,Contribution: in Section 4 of Chapter 5, topic: optical fiber materials
2.Xinwan LI, IEEE Senior member, Jianping CHEN, Zehua HONG,Shuguang LI , Digitally Fast Programmable Optical Signal Processing Devices,one chapter of book: Optical fiber, new development, In-tech Inc. 2010, 27 printed pages, ISBN 978 953 7619 50 3

1.Luo, HM, Li,XW Zou, WWTemperature-Insensitive Micro displacement Sensor Based on Locally Bent Microfiber Taper Modal Interferometer,IEEE PHOTONICS JOURNAL, vol 4, 2012, pp:772-778
2.Li Xinwan, Intelligent Desert: the key to understand the desert, INTERNATIONAL ACADEMIC DEVELOPMENT,No.1, 2012, pp. 26-27
3.Hong, Zehua; Zhou, Linjie; Li,Xinwan; Zou, Weiwen; Sun, Xiaomeng; Li, Shuguang; Shen, Jianguo; Luo, Haimei; Chen, Jianping,Design and analysis of a highly efficient coupler between a micro/nano optical fiber and an SOI waveguide,APPLIED OPTICS,vol 51, 2012, pp:3410-5
4.Li, SG ; Li, XW ; Zou, WW ; Chen, JP Rangeability extension of fiber-optic low-coherence measurement based on cascaded multistage fiber delay line, APPLIED OPTICS,vol 51, 2012, pp:771-775
5.Luo, HM; Li, XW ; Zou, WW ; Jiang, WN ; Chen, JP Modal Interferometer Based on a C-Shaped Ultrathin Fiber Taper for High-Sensitivity Refractive Index Measurement, APPLIED PHYSICS EXPRESS,vol 5,2012,pp:012502
6.Zehua Hong , Xinwan Li, LinjieZhou, Weiwen Zou, Xiaomeng Sun, Shuguang Li, Jianguo Shen, Haimei Luo, Jianping Chen,Highly-efficient optical power combiners based on evanescently-coupled micro/nano optical fibers, OPTICS COMMUNICATIONS, vol 285, 2012,pp:3592-3596
7.Xinwan Li, Zehua Hong, Xiaomeng Sun Photonic nano-device for optical signal processing,FRONT. OPTOELECTRON. CHINA,4(3), pp 254-263, 2011
8.Li Xinwan, The 19th wireless and optical communication conference, INTERNATIONAL ACADEMIC DEVELOPMENT, No.5, 2011,pp. 48-49
9.Wu, Guiling; Zhang, Tairan; Chen, Jianping; Li, Xinwan; Qiao, Chunming,An Index-Based Parallel Scheduler for Optical Burst Switching Networks,JOURNAL OF LIGHTWAVE TECHNOLOGY,vol 29, 2011,pp2766-2773
10.Linjie Zhou, Xiaomeng Sun, Xinwan Li, and Jianping Chen, Miniature Microring Resonator Sensor Based on a Hybrid Plasmonic Waveguide, SENSORS, 2011, 11(7), 6856-6867
11.Xinwan Li, Review on Display Panel-based Undersea Visual Light Communications,INTERNATIONAL SYMPOSIUM ON EMERGING SHORT RANGE COMMUNICATIONS,June 30, 2011, Room 1-312, FIT Building, Tsinghua University, China (Invited Talk)
12.Zehua Hong,Xinwan Li, Linjie Zhou, Xiaowei Shen, Jianguo Shen, Shuguang Li and Jianping Chen, Coupling characteristics between two conical micro/nano fibers: simulation and experiment,OPTICS EXPRESS, Vol.19 no.5 , pp. 3854-3861 ,Feb.2011
13.Shuguang Li, Xinwan Li, Weiwen Zou, Jianguo Shen, Zehua Hong, and Jianping Chen, "High-Resolution Measurement of Fiber Length Change with Optical Low-Coherence Reflectometer Based on a Fiber-Ring Structure",APPLIED PHYSICS EXPRESS 4 (2011) 062501-(1-3)
14.Xiaowei Shen, Xinwan Li, et al. Highly efficient fiber-to-chip evanescent coupling based on subwavelength-diameter optical fibers,