論文專著：

出版專著：

1、《光纖偏振模色散原理、測量與自適應補償》，張曉光*; 唐先鋒，北京: 北京郵電大學出版社 , 147千字, 2017.

2、《大學物理雙語教學課程解題指導書》（第二版），張曉光; 蘆鵬飛; 席麗霞; 韓利紅; 張勇，北京: 北京郵電大學出版社 , 2015.

3、《光學》，第4版，[印度]伽塔克（中譯本），張曉光、席麗霞、余和軍，清華大學出版社, 2013.

4、 《大學物理》， 張曉光，北京郵電大學出版社， 1995 年。

5、 《非線性光學—原理及在光通信中的應用》，張曉光、俞重遠，電子工業出版社出版。

發表英文期刊論文：

[1]張虎*; 張曉光; 張文博.Effects of the Intramode-Group Coupling Induced by the Elliptical Deformation of Orbital Angular Momentum Fibers.IEEE Photonics Journal, 2022, 14(1): 7200309.

[2]Yang, Lishan; Xu, Hengying*; Bai, Chenglin*; Yu, Xinkuo; You, Kangyoung; Sun, Weibin; Zhang, Xiaoguang; Liu, Cailong. Low-complexity modulation format identification scheme via graph-theory in digital coherent optical receivers
Optics Communications, 2021, 501: 127380.

[3]Cui, Nan; Zhang, Xiaoguang; Zhang, Qi; Zhang, Xulun.Narrow- or wide-band channel for a high baud rate fiber communication system: a judgment based on a temporal and spectral evolution PMD model.Optics Express, 2021, 29(23): 38497-38511.

[4]Hu, Leiya; Zhang, Qi; Li, Xue; Cui, Nan; Zhang, Nannan; Zhang, Xiaoguang*; Xi, Lixia.Joint equalization of CD and RSOP using a time-frequency domain Kalman filter structure in Kramers-Kronig system.Optics Communications, 2021, 498: 127214.

[5]Yang, Jingxuan*; Li, Wei*; Zhang, Hu; Zhang, Xiaoguang; Xi, Lixia; Zhang, Wenbo.Modeling of the twist-induced effect in circular photonic crystal fiber transmitting orbital angular momentum modes.Results in Physics, 2021, 28: 104626.

[6]Zhang, Xulun; Xi, Lixia*; Wei, Jiacheng; Du, Shucheng; Zhang, Wenbo; Li, Jianping; Zhang, Xiaoguang.Nonlinear frequency domain PMD modeling and equalization for nonlinear frequency division multiplexing transmission.Optics Express, 2021, 29(18): 28190-28201.

[7]Wei, Jiacheng; Xi, Lixia*; Zhang, Xulun; Deng, Jiayun; Du, Shucheng; Zhang, Xiaoguang; Zhang, Wenbo; Xiao, Xiaosheng.Probabilistic shaping and neural network-based optimization for a nonlinear frequency division multiplexing system.Optics Letters, 2021, 46(15): 3697-3700.

[8]Yang, Jingxuan; Zhang, Hu*; Zhang, Xiaoguang; Chen, Ze; Xi, Lixia; Zhang, Wenbo.A hollow-core circular photonic crystal fiber mode selective coupler for generating orbital angular momentum modes.Optical Fiber Technology, 2021, 64: 102543.

[9]崔楠; 張曉光*.Fast tracking of polarization impairments using DSP algorithms in fiber for a coherent optical communication system.Microwave and Optical Technology Letters, 2021, 63(13).

[10]Liu, Le; Tang, Xianfeng*; Jiang, Xin; Xu, Zeyu; Li, Fan; Li, Zibin; Huang, Hongbing; Ni, Pengcheng; Chen, Longyong; Xi, Lixia; Zhang, Xiaoguang.Physical layer encryption scheme based on cellular automata and DNA encoding by hyper-chaos in a CO-OFDM system.Optics Express, 2021, 29(12): 18976-18987.

[11]Li, Xuan; Xi, Lixia*; Zhang, Yang 'an; Yuan, Xueguang; Zhang, Xiaoguang.Application of the joint algorithm of smooth pseudo Wigner-Ville distribution and four-parameter particle swarm optimization to BOTDR.Results in Physics, 2021, 25: 104215.

[12]Yang, Lishan; Xu, Hengying*; Bai, Chenglin*; Yu, Xinkuo; You, Kangyoung; Sun, Weibin; Guo, Jiuhong; Zhang, Xiaoguang; Liu, Cailong.Modulation Format Identification Using Graph-Based 2D Stokes Plane Analysis for Elastic Optical Network.IEEE Photonics Journal, 2021, 13(1).

[13]Wang, Dongfei; Xi, Lixia; Tang, Xianfeng*; Zhang, Xiaoguang; Gao, Na.A simple photonic precoding-less scheme for vector millimeter-wave signal generation based on a single phase modulator.Results in Physics, 2020, 19: 103412.

[14]Wang, Dongfei; Tang, Xianfeng; Xi, Lixia*; Zhang, Xiaoguang; Zhang, Wenbo; Zhang, Hu.A scheme to generate 16QAM-OFDM vector mm-wave signal based on a single MZM without optical filter and precoding.Optics Communications, 2020, 475: 126227.

[15]Chen, Ze; Zhang, Hu*; Zhang, Xiaoguang; Li, Hui; Yang, Jingxuan; Zhang, Wenbo; Xi, Lixia; Tang, Xianfeng.Symmetric spin splitting of elliptically polarized vortex beams reflected at air-gold interface via pseudo-Brewster angle.Optics Express, 2020, 28(20): 29529-29539.

[16]Xu, Hengying; Yang, Lishan; Yu, Xinkuo; Zheng, Zibo; Bai, Chenglin*; Sun, Weibin; Zhang, Xiaoguang. Blind and low-complexity modulation format identification scheme using principal component analysis of Stokes parameters for elastic optical networks.Optics Express, 2020, 28(14): 20249-20263.

[17]Wang, Dongfei; Xi, Lixia; Tang, Xianfeng*; Zhang, Xiaoguang; Zhang, Wenbo; Tu, Mingliang; Ding, Min; Zhao, Jia; Jiang, Xin.Photonic filterless scheme to generate V -band OFDM vector mm -wave signal without precoding.Optics Communications, 2020, 466: 125663.

[18]Yang, Zhenshan*; Zhang, Xiaoguang; Zhang, Bin; Zhang, Xia; Zhang, Zhentao; Meng, Xiangguo; Bai, Chenglin.Density-matrix formalism for modal coupling and dispersion in mode-division multiplexing communications systems.Optics Express, 2020, 28(13): 18658-18680.

[19]Wu, Yue; Xi, Lixia*; Zhang, Xulun; Zheng, Zibo; Wei, Jiacheng; Du, Shucheng; Zhang, Wenbo; Zhang, Xiaoguang.Robust neural network receiver for multiple-eigenvalue modulated nonlinear frequency division multiplexing system.Optics Express, 2020, 28(12): 18304-18316.

[20]Cui, Nan; Zhang, Xiaoguang*; Zhang, Wenbo; Tang, Xianfeng; Xi, Lixia.True Equalization of Polarization-Dependent Loss in Presence of Fast Rotation of SOP.Applied Sciences-Basel, 2020, 10(11): 3844.

[21]Zhang, Bin; Zhang, Xia; Zhang, Xiaoguang; Yang, Zhenshan*; Bai, Chenglin*; Zhang, Hu; Li, Hui; Cao, Minghua.Theory for mode coupling in perturbed fibers.Optics Communications, 2020, 463: 125355.

[22]Zhang, Xulun; Sun, Peng; Xi, Lixia*; Zheng, Zibo; Du, Shucheng; Wei, Jiacheng; Wu, Yue; Zhang, Xiaoguang.Nonlinear-frequency-packing nonlinear frequency division multiplexing transmission.Optics Express, 2020, 28(10): 15360-15375.

[23]Li, Xue; Zhang, Xiaoguang; Zheng, Zibo; Cui, Nan; Zhang, Nannan; Zhang, Wenbo; Tang, Xianfeng; Zhang, Hu; Xi, Lixia*.Polarization demultiplexing scheme for probabilistic shaping Stokes vector direct detection systemusing extended Kalman filter.Optics Communications, 2020, 461: 125192.

[24]Chen, Ze; Zhang, Hu*; Zhang, Xiaoguang; Li, Hui; Zhang, Wenbo; Xi, Lixia.Cross-coupling effect induced beam shifts for polarized vortex beam at two-dimensional anisotropic monolayer graphene surface.Optics Express, 2020, 28(6): 8308-8323.

[25]Zhang, Wenbo*; Zhu, Dingcheng; Zhang, Nannan; Xu, Hengying; Zhang, Xiaoguang; Zhang, Hu; Li, Yong.Identifying Probabilistically Shaped Modulation Formats Through 2D Stokes Planes With Two-Stage Deep Neural Networks.IEEE Access, 2020, 8: 6742-6750.

[26]Zhang, Nannan; Yi, Wei; Zheng, Zibo; Cui, Nan; Guo, Ruipu; Qiu, Liyuan; Zhang, Xiaoguang*; Xi, Lixia; Zhang, Wenbo; Xu, Hengying.Joint equalization of linear impairments using two-stage cascade Kalman filter structure in coherent optical communication systems.Optics Communications, 2019, 453: UNSP 124398.

[27]Li, Xuan; Chen, Nan-Kuang; Xi, Lixia*; Zhang, Hu; Zhang, Xiaoguang; Zhang, Wenbo; Tang, Xianfeng.Micro-fiber Mach-Zehnder interferometer based on ring-core fiber.Optics Express, 2019, 27(24): 375537.

[28]Wu, Yuqi; Yan, Dong; Chen, Nan-Kuang*; Grattan, Kenneth T., V; Rahman, B. M. A.; Li, Xuan; Tian, Zhen; Zhang, Liqiang; Zhang, Xia; Zhang, Xiaoguang; Xi, Lixia; Zhang, Hu.High sensitivity micro-fiber Mach-Zehnder interferometric temperature sensors with a high index ring layer.Optics Express, 2019, 27(23): 34248-34258.

[29]Zheng, Zibo; Zhang, Xulun; Yu, Ruihua; Xi, Lixia*; Zhang, Xiaoguang.Frequency offset estimation for nonlinear frequency division multiplexing with discrete spectrum modulation.Optics Express, 2019, 27(20): 28223-28238.

[30]Jing, Chenxin; Tang, Xianfeng*; Zhang, Xiaoguang; Xi, Lixia; Zhang, Wenbo.Time Domain Synchronous OFDM System for Optical Fiber Communications.China Communications, 2019, 16(9): 155-164.

[31]Qiu Liyuan; Zheng Zibo; Zhang Xiaoguang*; Xi Lixia; Zhang Wenbo; Yi Wei; Xu Hengying; Tang Xianfeng.An adaptive Kalman filter for extreme polarization effects equalization in coherent optical communication system.Optics Communications, 2019, 445: 125-135.

[32]Wang, Dongfei; Tang, Xianfeng*; Xi, Lixia*; Zhang, Xiaoguang; Fan, Yichen.A filterless scheme of generating frequency 16-tupling millimeter-wave based on only two MZMs.Optics and Laser Technology, 2019, 116: 7-12.

[33]Yi, Wei; Zheng, Zibo; Cui, Nan; Zhang, Xiaoguang*; Qiu, Liyuan; Zhang, Nannan; Xi, Lixia; Zhang, Wenbo; Tang, Xianfeng.Joint equalization scheme of ultra-fast RSOP and large PMD compensation in presence of residual chromatic dispersion.Optics Express, 2019, 27(15): 21897-21914.

[34]Zhang, Hu; Wang, Zhaocai; Xi, Lixia*; Du, Cheng; Zhang, Xiaoguang; Li, Hui; Jiao, Xiangsen; Zhang, Wenbo.All-fiber broadband multiplexer based on an elliptical ring core fiber structure mode selective coupler.Optics Letters, 2019, 44(12): 2994-2997.

[35]Jiao, Xiangsen; Zhang, Hu*; Zhang, Xiaoguang; Li, Hui; Wei, Jiacheng; Wang, Zhaocai; Xi, Lixia; Zhang, Wenbo; Tang, Xianfeng.Performance of circular photonic crystal fiber transmitting orbital angular momentum modes under macro-bending.Journal of Optics, 2019, 21(6): 065703.

[36]Cui Nan; Zheng Zibo; Zhang Xiaoguang*; Yi Wei; Guo Ruipu; Zhang Wenbo; Tang Xianfeng; Xu Hengying; Xi Lixia.Joint blind equalization of CD and RSOP using a time-frequency domain Kalman filter structure in Stokes vector direct detection system.Optics Express, 2019, 27(8): 11557-11570.

[37]Zhang Hu*; Han Di; Xi Lixia*; Zhang Zhuo; Zhang Xiaoguang; Li Hui; Zhang Wenbo.Two-Layer Erbium-Doped Air-Core Circular Photonic Crystal Fiber Amplifier for Orbital Angular Momentum Mode Division Multiplexing System.Crystals, 2019, 9(3): 156.

[38]Yang Jingxuan*; Zhang Hu*; Zhang Xiaoguang; Li Hui; Xi Lixia.Analysis of the Transmission Characteristic and Stress-Induced Birefringence of Hollow-Core Circular Photonic Crystal Fiber.Crystals, 2019, 9(3): 128.

[39]Yang Jingxuan*; Zhang Hu*; Zhang Xiaoguang; Li Hui; Xi Lixia.Transmission Characteristics of Adaptive Compensation for Joint Atmospheric Turbulence Effects on the OAM-Based Wireless Communication System.APPLIED SCIENCES-BASEL, 2019, 9(5): 901.

[40]Chen, Na*; Zhang, Xiaoguang; Sun, Songlin.An Adaptive Coverage Enhancement Scheme Based on mmWave RoF for Future HetNets.IEEE Access, 2019, 7: 29107-29113.

[41]Chen, Na*; Zhang, XiaoZhang, Xiaoguangguang; Su, Songlin.A Joint Scheduling and Beamforming Scheme for RoF-Aided MC-SSN.IEEE Access, 2019, 7: 29245-29252.

[42]Zhang, Wenbo; Zhu, Dingcheng; He, Zihang; Zhang, Nannan; Zhang, Xiaoguang; Zhang, Hu; Li, Yong*.Identifying modulation formats through 2D Stokes planes with deep neural networks.Optics Express, 2018, 26(18): 23507-23517.

[43]Cui Nan; Zhang Xiaoguang*; Zheng Zibo; Xu Hengying; Zhang Wenbo; Tang Xianfeng; Xi Lixia; Fang Yuanyuan; Li Liangchuan.Two-parameter-SOP and three-parameter-RSOP fiber channels: problem and solution for polarization demultiplexing using Stokes space.Optics Express, 2018, 26(16): 21170-21183.

[44]Li, Hui; Zhang, Hu*; Zhang, Xiaoguang; Zhang, Zhuo; Xi, Lixia; Tang, Xianfeng; Zhang, Wenbo; Zhang, Xia.Design tool for circular photonic crystal fibers supporting orbital angular momentum modes.Applied Optics, 2018, 57(10): 2474-2481.

[45]Zheng, Zibo; Cui, Nan; Xu, Hengying; Zhang, Xiaoguang*; Zhang, Wenbo; Xi, Lixia; Fang, Yuanyuan; Li, Liangchuan.Window-split structured frequency domain Kalman equalization scheme for large PMD and ultra-fast RSOP in an optical coherent PDM-QPSK system.Optics Express, 2018, 26(6): 7211-7226.

[46]Xu, Hengying; Zhang, Xiaoguang*; Tang, Xianfeng; Bai, Chenglin; Xi, Lixia; Zhang, Wenbo; Zheng, Hongjun.Joint Scheme of Dynamic Polarization Demultiplexing and PMD Compensation Up To Second Order for Flexible Receivers.
IEEE Photonics Journal, 2017, 9(6): 7204615.

[47]Li, Jianping; Ma, Huatao; Li, Zhaohui*; Zhang, Xiaoguang.Optical Frequency Comb Generation Based on Dual-Polarization IQ Modulator Shared by Two Polarization-Orthogonal Recirculating Frequency Shifting Loops.IEEE PHOTONICS JOURNAL, 2017, 9(5): 7906110.

[48]Zhang, Hu*; Zhang, Xiaoguang; Li, Hui; Deng, Yifan; Xi, Lixia; Tang, Xianfeng; Zhang, Wenbo.The Orbital Angular Momentum Modes Supporting Fibers Based on the Photonic Crystal Fiber Structure.CRYSTALS, 2017, 7(10): 286.

[49]Zhang, Hu*; Zhang, Xiaoguang; Li, Hui; Deng, Yifan; Zhang, Xia; Xi, Lixia; Tang, Xianfeng; Zhang, Wenbo.A design strategy of the circular photonic crystal fiber supporting good quality orbital angular momentum mode transmission.Optics Communications, 2017, 397: 59-66.

[50]Zhang, Peiyu; Xi, Lixia*; Yuan, Jin; Tang, Xianfeng; Zhang, Wenbo; Li, Jianping; Zhang, Xiaoguang.Fiber nonlinearity-insensitive OSNR monitoring for coherent PM-QPSK-Nyquist-WDM system.Optical Fiber Technology, 2017, 36: 215-221.

[51]Li Linqian; Feng Yiqiao; Zhang Wenbo; Cui Nan; Xu Hengying; Tang Xianfeng; Xi Lixia; Zhang Xiaoguang*.A joint recovery scheme for carrier frequency offset and carrier phase noise using extended Kalman filter.Optical Fiber Technology, 2017, 36: 438-446.

[52]Tang, Xianfeng*; Fang, Zhongqin; Zhai, Yaxue; Jiao, Xiangsen; Gao, Na; Zhang, Xiaoguang; Xi, Lixia; Li, Jianping; Zhang, Wenbo.A Reconfigurable Optical Logic Gate With up to 25 Logic Functions Based on Polarization Modulation With Direct Detection.IEEE PHOTONICS JOURNAL, 2017, 9(2): 7802011.

[53]Deng, Yifan; Zhang, Hu*; Li, Hui; Tang, Xianfeng; Xi, Lixia; Zhang, Wenbo; Zhang, Xiaoguang.Erbium-doped amplification in circular photonic crystal fiber supporting orbital angular momentum modes.Applied Optics, 2017, 56(6): 1748-1752.

[54]Yuan, Jin; Xi, Lixia*; Zhao, Donghe; Xu, Hengying; Tang, Xianfeng; Zhang, Wenbo; Li, Jianping; Zhang, Xiaoguang.OSNR monitoring in presence of fiber nonlinearities for coherent Nyquist-WDM system.Optics Communications, 2016, 380: 10-14.

[55]Xu, Hengying; Feng, Yiqiao; Yuan, Jin; Zhang, Xiaoguang*; Bai, Chenglin.Intelligent Bandwidth-Estimation Technique for Orthogonal Frequency Division Multiplexing-Based Elastic Optical Networking.Journal of Optical Communications and Networking, 2016, 8(12): 938-946.

[56]Hui, Bingxiang; Tang, Xianfeng; Gao, Na; Zhang, Wenbo; Zhang, Xiaoguang*.High order modulation format identification based on compressed sensing in optical fiber communication system.CZhang, XiaoguangHINESE OPTICS LETTERS, 2016, 14(11): 18-22.

[57]Feng, Yiqiao; Li, Linqian; Lin, Jiachuan; Xu, Hengying; Zhang, Wenbo; Tang, Xianfeng; Xi, Lixia; Zhang, Xiaoguang*.Joint tracking and equalization scheme for multi-polarization effects in coherent optical communication systems.OPTICS EXPRESS, 2016, 24(22): 25491-25501.

[58]Li, Chengcheng; Pan, Dongwei; Feng, Yiqiao; Lin, Jiachuan; Xi, Lixia; Tang, Xianfeng; Zhang, Wenbo; Zhang, Xiaoguang*.Carrier phase estimation scheme for faster-than-Nyquist optical coherent communication systems.Chinese Optics Letters,2016,14(10):19-23.

[59]Pan, Dongwei; Li, Chengcheng; Feng, Yiqiao; Zhang, Xiaoguang*.An effective carrier phase estimation scheme in faster than Nyquist WDM transmission system.Photonic Network Communications, 2016, 32(2): 253-258.

[60]Zhai, Yaxue; Tang, Xianfeng*; Zhang, Xiaoguang; Xi, Lixia; Zhang, Wenbo.Performance analysis of an all-optical logic gate based on a single I/Q modulator with direct detection.Applied Optics, 2016, 55(25): 6807-6812.

[61]Zhang, Hu*; Zhang, Wenbo*; Xi, Lixia*; Tang, Xianfeng*; Zhang, Xia*; Zhang, Xiaoguang*.A New Type Circular Photonic Crystal Fiber for Orbital Angular Momentum Mode Transmission.IEEE Photonics Technology Letters, 2016, 28(13): 1426-1429.

[62]Tian, Wei; Zhang, Hu; Zhang, Xiaoguang*; Xi, Lixia; Zhang, Wenbo; Tang, Xianfeng.A circular photonic crystal fiber supporting 26 OAM modes.Optical Fiber Technology, 2016, 30: 184-189.

[63]Filion, Benoit*; Lin Jiachuan; Nguyen, An T.; Zhang, Xiaoguang; LaRochelle, Sophie; Rusch, Leslie A..Semiconductor Optical Amplifier-Based Wavelength Conversion of Nyquist-16QAM for Flex-Grid Optical Networks.Journal of Lightwave Technology, 2016, 34(11): 2724-2729.

[64]Tang, Xianfeng*; Zhai, Yaxue; Sun, Lu; Feng, Yiqiao; Zhao, Donghe; Zhang, Xiaoguang; Xi, Lixia; Zhang, Wenbo.Implementation of a Reconfigurable Optical Logic Gate Using a Single I/Q Modulator With Direct Detection.IEEE Photonics Journal, 2016, 8(3): 7802808.

[65]Zhu, Min; Tang, Xianfeng; Xi, Lixia; Zhang, Wenbo; Zhang, Xiaoguang*.Photonic generation of frequency-quadrupling millimeter-wave signals using polarization property.Optical Engineering, 2016, 55(3): 031106.

[66]Zhang, Wenbo*; Pan, Dongwei; Su, Xiaofei; Zhang, Xiaoguang*; Xi, Lixia; Tang, Xianfeng.Pilot-added carrier-phase recovery scheme for Nyquist M-ary quadrature amplitude modulation optical fiber communication system.Optics Letters,2016,14(02):10-14. 

[67]Li Yun; Xi Lixia*; Zhang Xiaoguang; Tang Xianfeng; Wan Dong.Experimental research on chromatic dispersion measurement based on digital phase detector.CHINESE JOURNAL OF LASERS-ZHONGGUO JIGUANG, 2016, 43(10): 1004003.

[68]Ding J.; Wu B.; He C.; Zheng M.; Zhang X..Reflection and transmission characteristics of ultrasonic energy in the adhesive structure.Journal of Beijing University of Technology, 2016, 42(3): 329-337.

[69]Pan Dongwei; Tang Xianfeng; Feng Yiqiao; Li Chengcheng; Lin Jiachuan; Xi Lixia; Zhang Wenbo; Zhang Xiaoguang*.An effective scheme of optical pilot aided carrier phase estimation for a time packing Nyquist optical communication system.Optical Fiber Technology, 2015, 26: 135-141.

[70]Sun, Lu; Li, Jianping; Lin, Jiachuan; Xi, Lixia; Tang, Xianfeng; Zhang, Xiaoguang*.Performance analysis on quality of optical frequency comb generated by the recirculating frequency shifter based on linear IQ modulator.Optical Engineering, 2015, 54(11): 116106.

[71]Cheng, Longxue; Xi, Lixia*; Zhao, Donghe; Tang, Xianfeng; Zhang, Wenbo; Zhang, Xiaoguang.Improved modulation format identification based on Stokes parameters using combination of fuzzy c-means and hierarchical clustering in coherent optical communication system.Chinese Optics Letters,2015,13(10):39-43. 

[72]Zhu, Min; Zhang, Wenbo; Xi, Lixia; Tang, Xianfeng; Zhang, Xiaoguang*.A new designed dual-guided ring-core fiber for OAM mode transmission.Optical Fiber Technology, 2015, 25: 58-63.

[73]Zhao Donghe; Xi Lixia; Tang Xianfeng; Zhang Wenbo; Qiao Yaojun; Zhang Xiaoguang*.Digital pilot aided carrier frequency offset estimation for coherent optical transmission systems.Optics Express, 2015, 23(19): 24822-24832.

[74]Zhang, Wenbo; Li, Chao; Zhang, Xiaoguang*; Xi, Lixia; Tang, Xianfeng; He, Wenxue.A good performance watermarking LDPC code used in high-speed optical fiber communication system.Optics Communications, 2015, 346: 99-105.

[75]Li, Jianrui; Lin, Jiachuan; Zhang, Xiaoguang*; Xi, Lixia; Tang, Xianfeng; Qiao, Yaojun.Scheme for generation of flat top and high signal-to-noise ratio optical frequency comb.Chinese Optics Letters,2015,13(01):35-40. 

[76]Su, Xiaofei*; Xi, Lixia; Tang, Xianfeng; Zhang, Zhaomin; Bai, Shunchang; Zhang, Wenbo; Zhang, Xiaoguang.A Multistage CPE Scheme Based on Crossed Constellation Transformation for M-QAM.IEEE Photonics Technology Letters, 2015, 27(1): 77-80.

[77]Liu Yi; Zhang Wen bo*; Xi Li xia; Tang Xian feng; Zhang Xiao guang.A new LDPC decoding scheme for PDM-8QAM BICM coherent optical communication system.Optoelectronics Letters, 2015, 11(6): 449-452.

[78]Lin, Jiachuan; Xi, Lixia; Li, Jianping; Li, Jianrui; Tang, Xianfeng; Sun, Lu; Zhang, Xiaoguang*.High-quality frequency-locked optical frequency comb source for terabits optical communication system.Optical Engineering, 2014, 53(12): 122608.

[79]Sun, Yiping; Xi, Lixia*; Tang, Xianfeng; Zhao, Donghe; Qiao, Yaojun; Zhang, Xia; Zhang, Xiaoguang.Joint estimation of frequency offset and chromatic dispersion based on the training sequences in M-ary QAM coherent optical transmission system.Chinese Optics Letters,2014,12(10):31-34. 

[80]Zhao, Donghe*; Xi, Lixia; Tang, Xianfeng; Zhang, Wenbo; Qiao, Yaojun; Zhang, Xiaoguang.Periodic Training Sequence Aided In-Band OSNR Monitoring in Digital Coherent Receiver.IEEE Photonics Journal, 2014, 6(4): 7902009.

[81]Li, Jianping; Zhang, Xuebing; Li, Zhaohui*; Zhang, Xiaoguang; Li, Guifang; Lu, Chao.Theoretical studies on the polarization-modulator-based single-side-band modulator used for generation of optical multicarrier.Optics Express, 2014, 22(12): 14087-14095.

[82]Zhang, Zhaomin; Lin, Jiachuan; Su, Xiaofei; Xi, Lixia; Qiao, Yaojun; Zhang, Xiaoguang*.Optical domain scheme of pilot-tone-aided carrier phase recovery for Nyquist single-carrier optical communication system.Optical Engineering, 2014, 53(6): 066108.

[83]Lin, Jiachuan; Xi, Lixia; Li, Jianrui; Zhang, Xiaoguang*; Zhang, Xia; Niazi, Shahab Ahmad.Low noise optical multi-carrier generation using optical-FIR filter for ASE noise suppression in re-circulating frequency shifter loop.Optics Express, 2014, 22(7): 7852-7864.

[84]Zhang, Xia*; Lin, Jiachuan; Xi, Lixia; Zhang, Xiaoguang; Bai, Chenglin.Generation of a 50-tone optical frequency comb with a tone-to-noise ratio larger than 37 dB.Optical Fiber Technology, 2014, 20(2): 116-119.

[85]Li, Jianrui; Xi, Lixia; Tang, Xianfeng; Lin, Jiachuan; Zhang, Xia*; Cheng, Hongqiao; Zhang, Xiaoguang.Analysis of performance of RFS-based optical comb influenced by linewidth of laser source.Chinese Optics Letters,2014,12(02):13-17. 

[86]Tian, Feng; Zhang, Xiaoguang*; Xi, Lixia; Stark, Andy; Ralph, Stephen E.; Chang, Gee-kung.Investigation of interchannel nonlinear tolerance of 256-Gb/s polarization-division multiplexing return-to-zero 16-ary quadrature amplitude modulation in a hybrid wavelength-division multiplexing transmission system using optical comb.Optical Engineering, 2014, 53(1): 016111.

[87]Zhang Wei; Xi Lixia*; Zhao Donghe; Zhang Zhaomin; Bai Shunchang; Tang Xianfeng; Zhang Xiaoguang.Chromatic dispersion dynamic monitoring and compensation based in peak to average power ratio for coherent optical communication receiving system.CHINESE JOURNAL OF LASERS-ZHONGGUO JIGUANG, 2014, 41: s105009.

[88]Zhang Xia*; Su Xiaofei; Zhang Lei; Xi Lixia; Zhang Xiaoguang; Bai Chenglin.Analysis of orbital angular momentum modes based on high-order bessel functions in optical fiber of ring refractive index distribution.CHINESE JOURNAL OF LASERS-ZHONGGUO JIGUANG, 2014, 41(12): 1205002.

[89]Zhang Lei; Zhang Xiaoguang; Xi Lixia*; Zhao Donghe; Tang Xianfeng; Zhang Xia.Modified optical-signal-noise-ratio monitoring method based on high order statistical moment in PM-QPSK coherent optical system.CHINESE JOURNAL OF LASERS-ZHONGGUO JIGUANG, 2014, 41(5): 0505004.

[90]Wang Lingzi; Tang Xianfeng; Zhang Xiaoguang*; Zhang Xia; Xi Lixia.Blind phase estimation algorithms based on decision-directed and decision-feedback in PDM-CO-OFDM systems.CHINESE JOURNAL OF LASERS-ZHONGGUO JIGUANG, 2014, 41(3): 0305001.

[91]Sun Lu; Lin Jiachuan; Li Jianrui; Tang Xianfeng; Xi Lixia; Zhang Xiaoguang.Scheme for suppressing harmonic crosstalk in multi-carrier generation using linear IQ modulator.CHINESE JOURNAL OF LASERS-ZHONGGUO JIGUANG, 2014, 41(12): 1205001.

[92]Yang, Song*; Zhang, Xiaoguang; Xi, Lixia; Zhao, Donghe.Analysis and application of fiber bending in high-speed optical communication.Chinese Optics Letters, 2014, 12(s1): S10601.

[93]Yang, Song*; Zhang, Xiaoguang; Xi, Lixia; Zhao, DongHe.The network test tools based on SDN.Chinese Optics Letters, 2014, 12(s1): S10602.

[94]Zhao Donghe; Xi Lixia; Yang Song; Weng Xuan; Zhang Xiaoguang*; Zhang Wenbo.Chromatic dispersion monitoring based on auto-correlation function of signal power waveform.Acta Optica Sinica, 2013, 33(12).

[95]Tian, Feng*; Zhang, Xiaoguang; Xi, Lixia; Stark, Andy; Ralph, Stephen E.; Chang, Gee-kung.Experiment of 2.56-Tb/s, polarization division multiplexing return-to-zero 16-ary quadrature amplitude modulation, 25 GHz grid coherent optical wavelength division multiplexing, 800 km transmission based on optical comb in standard single-mode fiber.Optical Engineering, 2013, 52(11): 116103.

[96]Meng, Wan; Xi, Lixia*; Zhang, Xiaoguang; Lin, Jiachuan; Tian, Feng; Tu, Hao; Zhang, Xia.Theoretical analysis of the performance of a single side band multicarrier source based on a re-circulating frequency shifter influenced by an optical bandpass filter.Chinese Optics Letters,2013,11(09):1-4. 

[97]Peng, Wenyu; Xi, Lixia*; Weng, Xuan; Zhang, Xia; Zhao, Donghe; Zhang, Xiaoguang.Novel in-band OSNR monitoring method based on polarization interference.Chinese Optics Letters,2013,11(08):1-3. 

[98]Tu, Hao; Xi, Lixia; Zhang, Xiaoguang; Zhang, Xia; Lin, Jiachuan; Meng, Wan.Analysis of the performance of optical frequency comb based on recirculating frequency shifter influenced by an Er-doped fiber amplifier.Photonics Research, 2013, 1(2): 88-91.

[99]Huang, Yusha*; Zhang, Xiaoguang; Xi, Lixia.Modified Synchronization Scheme for Coherent Optical OFDM Systems.Journal of Optical Communications and Networking, 2013, 5(6): 584-592.

[100]Zhang X*; Zhu J.Skeleton of weighted social network.Physica A: Statistical Mechanics and Its Applications , 2013, 392(6): 1547-1556.

[101]Lin Jia-Chuan; Xi Li-Xia; Zhang Xia*; Tian Feng; Liang Xiao-Chen; Zhang Xiao-Guang.A combined scheme of polarization mode dispersion compensation and polarization de-multiplexing in a polarization division multiplexing system with direct detection.ACTA PHYSICA SINICA, 2013, 62(11): 114209.

[102]Zhou, Hao; Xi, Lixia; Li, Jianping; Zhang, Xiaoguang*; Liu, Na.Theoretical analysis of polarization control for the stable output of multi-carrier source based on a re-circulating frequency shifter.Chinese Optics Letters,2012,10(10):17-20.

[103]Li, Jianping; Zhang, Xiaoguang*; Xi, Lixia.Generation of stable and high-quality frequency-locked carriers based on improved re-circulating frequency shifter.Optics Communications, 2012, 285(20): 4072-4075.

[104]Liu Na*; Xi Li-Xia; Li Jian-Ping; Zhang Xiao-Guang; Tian Feng; Zhou Hao.A scheme for improving optical signal-to-noise ratio of multi-carrier source based on recirculating frequency shifter.Acta Physica Sinica, 2012, 61(17): 174209.

[105]Ma Yong-Xin*; Xi Li-Xia; Chen Guang; Zhang Xiao-Guang.Optimization of regenerator based on semiconductor optical amplifier for degraded differential phase shift keying signal.Chinese Physics B,2012,21(06):322-327.

[106]Zhang, Jinnan*; Gu, Yue; Yuan, Xueguang; Tian, Feng; Zhang, Xiaoguang; Tao, Jinjing.New control algorithm for automatic PMD compensation system.Chinese Optics Letters,2012,10(03):27-30. 

[107]Pan Wei*; Yu He-Jun; Zhang Xiao-Guang; Xi Li-Xia.Numerical simulation and analysis of a high-Q two-dimensional photonic crystal L3 microcavity.Acta Physica Sinica, 2012, 61(3): 034209.

[108]Qin Jiang-Xing*; Xi Li-Xia; Zhang Xiao-Guang; Tian Feng.Polarization mode dispersion compensation in a novel dual polarization differential quadrature phase shift keying system.Chinese Physics B,2011,20(11):241-247.

[109]Zhang, Xiaoguang*; Weng, Xuan; Tian, Feng; Zhang, Wenbo; Zhang, Yangan; Xi, Lixia; Zhang, Guangyong; Xiong, Qianjin.Demonstration of PMD compensation by using a DSP-Based OPMDC prototype in a 43-Gb/s RZ-DQPSK, 1200 km DWDM transmission.OPTICS COMMUNICATIONS, 2011, 284(18): 4156-4160.

[110]Xi Li-Xia*; Li Jian-Ping; Zhang Xiao-Guang; Tian Feng; Zhang Wen-Bo.Factors affecting the performance of a multi-tone carrier source based re-circulating frequency shifter.Chinese Physics B,2011,20(08):214-219. 

[111]Tian Feng*; Zhang Xiao-Guang; Weng Xuan; Xi Li-Xia; Zhang Yang-An; Zhang Wen-Bo.High-speed polarization mode dispersion compensation in a 43-Gb/s RZ-DQPSK transmission system over 1200 km of standard single-mode fibre.Chinese Physics B,2011,20(08):147-153.

[112]Tian, Feng*; Zhang, Xiaoguang; Li, Jianping; Xi, Lixia.Generation of 50 Stable Frequency-Locked Optical Carriers for Tb/s Multicarrier Optical Transmission Using a Recirculating Frequency Shifter.JOURNAL OF LIGHTWAVE TECHNOLOGY, 2011, 29(8): 1085-1091.

[113]Xi Li-Xia*; Li Jian-Ping; Du Shu-Cheng; Xu Xia; Zhang Xiao-Guang.Semiconductor optical amplifier used as regenerator for degraded differential phase-shift keying signals.Chinese Physics B,2011,20(02):315-319.

[114]Li, Jianping*; Zhang, Xiaoguang; Tian, Feng; Xi, Lixia.Theoretical and experimental study on generation of stable and high-quality multi-carrier source based on re-circulating frequency shifter used for Tb/s optical transmission.OPTICS EXPRESS, 2011, 19(2): 848-860.

[115]Tian, Feng; Xi, Lixia; Zhang, Xiaoguang; Weng, Xuan; Zhang, Guangyong; Xiong, Qianjin.An experiment of PMD compensation in 40-Gb/s PSBT transmission system.Chinese Optics Letters, 2010, 8(9): 816-818. 

[116]Tian Feng; Zhang Xiao-Guang; Li Jian-Ping; Xi Li-Xia.An Experiment for Generating the 14-Tone Stable Carriers Using Recirculating Frequency Shifter.CHINESE PHYSICS LETTERS, 2010, 27(9): 094206.

[117]Li, Jianping; Li, Xuan; Zhang, Xiaoguang; Tian, Feng; Xi, Lixia.Analysis of the stability and optimizing operation of the single-side-band modulator based on recirculating  frequency shifter used for the T-bit/s optical communication transmission.OPTICS EXPRESS, 2010, 18(17): 17597-17609.

[118]Xi, Lixia; Zhang, Xiaoguang; Tang, Xianfeng; Weng, Xuan; Tian, Feng.A novel method to calibrate LiNbO3-based polarization controllers.Chinese Optics Letters, 2010, 8(8): 804-806.

[119]Xi, Lixia*; Zhang, Xiaoguang; Tian, Feng; Tang, Xianfeng; Weng, Xuan; Zhang, Guangyong; Li, Xixiang; Xiong, Qianjin.Optimizing the Operation of LiNbO(3)-Based Multistage Polarization Controllers Through an Adaptive Algorithm.IEEE Photonics Journal, 2010, 2(2): 195-202.

[120]Zhang Xiao-Guang; Fang Guang-Qing; Zhao Xin-Yuan; Zhang Wen-Bo; Xi Li-Xia; Xiong Qian-Jin; Li Xi-Xiang; Zhang Guang-Yong.A polarization stabilizer up to 12.6 krad/s with an additional function of stable state of polarization transformation.].Chinese Physics B,2010,19(04):311-317.

[121]Xi, Lixia*; Duan, Gaoyan; Zhang, Xiaoguang.Quickly obtaining degree of polarisation ellipsoid by using particle swarm optimisation.International Journal of Bio-Inspired Computation, 2010, 2(1): 51-58.

[122]Xi Li-Xia; Tang Xian-Feng; Wang Shao-Kang; Zhang Xiao-Guang.Design and optimization of phase regenerator with photonic crystal fiber.Acta Physica Sinica, 2009, 58(9): 6243-6247.

[123]Tang, Xianfeng; Zhang, Xiaoguang; Xi, Lixia.Analysis of phase regeneration of DPSK/DQPSK signals based on phase-sensitive amplification.CHINESE OPTICS LETTERS, 2009, 7(5): 380-383.

[124]Zhang Hu; Yang Bo-Jun; Liu Yu-Min; Wang Qiu-Guo; Yu Li; Zhang Xiao-Guang.Zero dispersion wavelength and dispersion slope control of hollow-core photonic bandgap fibres.CHINESE PHYSICS B, 2009, 18(3): 1116-1122.

[125]Zhang Xiao-Guang; Zheng Yuan.The number of least degrees of freedom required for a polarization controller to transform any state of polarization to any other output covering the entire Poincare sphere.Chinese Physics B, 2008, 17(7): 2509-2513.

[126]Liu, YM; Yu, ZG; Yang, HB; Zhang, N; Feng, Q; Zhang, XG.Numerical optimization and simulation to wavelength-division multiplexing isolation filter consisted of two identical long period fiber grating.OPTICS COMMUNICATIONS, 2005, 246(4-6): 367-372.

[127]Zheng, Y; Zhang, XG; Shen, Y; Zhou, GT; Yang, BJ.Automatic polarization-mode dispersion compensation by a particle-swarm optimization method and adaptive dithering algorithm.JOURNAL OF THE OPTICAL SOCIETY OF AMERICA B-OPTICAL PHYSICS, 2005, 22(2): 336-346.

[128]Zhang, XG; Zheng, Y; Shen, Y; Zhang, JZ; Yang, BJ.Particle swarm optimization used as a control algorithm for adaptive PMD compensation.IEEE PHOTONICS TECHNOLOGY LETTERS, 2005, 17(1): 85-87.

發表英文會議論文：

[1]Yang, Tongxin; Zhang, Hu; Xi, Lixia; Yang, Jingxuan; Chen, Ze; Wang, Xiaoqian; Zhang, Xiaoguang. Polarization-maintaining fiber with elliptical core supporting 18 modes for mode division multiplexing.26^th Optoelectronics and Communications Conference, OECC 2021, 2021-07-03 To 2021-07-07.

[2]Yang, Tongxin; Zhang, Hu; Xi, Lixia; Yang, Jingxuan; Chen, Ze; Wang, Xiaoqian; Zhang, Xiaoguang.Design of a novel bow-tie polarization ring-core few-mode fiber for MIMO-free MDM system.26^th Optoelectronics and Communications Conference, OECC 2021, 2021-07-03 To 2021-07-07.

[3]Liu, Ling; Cui, Nan; Zhang, Xiaoguang*; Zhang, Bin.Modeling of PMD for wideband fiber channel and its influence on optical fiber communication system.26^th Optoelectronics and Communications Conference, OECC 2021, Virtual, Online, China, 2021-07-03 To 2021-07-07.

[4]Wang, Dongfei; Tang, Xianfeng*; Fan, Yichen; Zhang, Xiaoguang; Xi, Lixia*; Zhang, Wenbo.A novel filterless scheme for 16 tupled frequency millimeter-wave generation based on only two MZMs.17^th International Conference on Optical Communications and Networks (ICOCN), 2018-11-16 to 2018-11-19.

[5]Wang, Zhaocai; Zhang, Hu*; Li, Hui; Xia, Li Xia; Zhang, Xiaoguang; Zhang, Wenbo.All-Fiber Ring Fiber Structure Fused-type Mode Selective Coupler with Polarization-Maintaining and Wide Bandwidth.17^th International Conference on Optical Communications and Networks (ICOCN), 2018-11-16 to 2018-11-19.

[6]Cui, Nan; Zheng, Zibo; Zhang, Xiaoguang*; Yi, Wei; Guo, Ruipu; Zhang, Wenbo; Xi, Lixia; Tang, Xianfeng.Joint Blind Equalization of CD and RSOP Using Kalman Filter in Stokes Vector Direct Detection System.Conference on Lasers and Electro-Optics (CLEO), 2019-05-05 to 2019-05-10.

[7]Guo, Ruipu; Zheng, Zibo; Cui, Nan; Zhang, Xiaoguang*; Zhang, Wenbo; Xi, Lixia.Kalman Scheme Implement for RSOP Equalization in Hardware Perspective.17^th International Conference on Optical Communications and Networks (ICOCN), China,Guangdong,Zhuhai, 2018-11-16 to 2018-11-19.

[8]Yi, Wei; Zheng, Zibo; Cui, Nan; Qiu, Liyuan; Zhang, Xiaoguang*; Zhang, Nannan; Zhang, Wenbo; Xi, Lixia.Joint Equalization Scheme of Ultra-fast RSOP and Large PMD in Presence of Residual Chromatic Dispersion.Optical Fiber Communications Conference and Exhibition (OFC), 2019-03-03 to 2019-03-07.

[9]Han Di; Zhang Hu; Xi Lixia; Zhang Xiaoguang; Zhang Wenbo; Tang Xianfeng.Two-layer Erbium Doped Annular Photonic Crystal Fiber Amplifier for Orbital Angular Momentum Multiplexing System.2018 Asia Communications and Photonics Conference, ACP 2018, 2018-10-26 To 2018-10-29.

[10]Shang Qisong; Zheng Zibo; Cui Nan; Zhang Nannan; Zhang Wenbo; Xu Hengying; Tang Xianfeng; Xi Lixia; Zhang Xiaoguang*.RSOP equalization through an Extend Kalman Filter scheme in Stokes Vector Direct Detection system.CLEO: Applications and Technology, CLEO_AT 2018 , 2018-05-13 To 2018-05-18.

[11]Cui Nan; Zheng Zibo; Zhang Wenbo; Xi Lixia; Tang Xianfeng; Zhang Xiaoguang.2-parameter-soP and 3-parameter-RSOP fiber channel: Trouble and solution for polarization demultiplexing using stokes space.Conference on Lasers and Electro-Optics/Pacific Rim, CLEOPR 2018, 2018-07-29 To 2018-08-03.

[12]Jing Chenxin; Tang Xianfeng; Zhang Xiaoguang; Xi Lixia; Zhang Wenbo.Time Domain Synchronous OFDM System for Optical Fiber Communications.2018 Asia Communications and Photonics Conference, ACP 2018, 2018-10-26 To 2018-10-29.

[13]Zhang, Nannan; Zheng, Zibo; Guo, Ruipu; Cui, Nan; Xu, Hengying; Zhang, Wenbo; Xi, Lixia; Zhang, Xiaoguang*.A Carrier Phase Recovery Scheme Based on Linear Kalman Filter.10^th International Conference on Advanced Infocomm Technology (ICAIT), 2018-08-12 To 2018-08-15.

[14]Gao Na; Tang Xianfeng; Feng Yiqiao; Hui Bingxiang; Zhang Xiaoguang; Xi Lixia; Zhang Wenbo.A noise-folding suppression method in photonic compressed sampling.Conference on Lasers and Electro-Optics/Pacific Rim, CLEOPR 2017, 2017-07-31 To 2017-08-04.

[15]Li Hui; Zhang Hu; Zhang Xiaoguang; Deng Yifan; Xi Lixia; Tang Xianfeng; Zhang Wenbo.Design tools for circular photonic crystal fibers supporting orbital angular momentum modes.2017 Opto-Electronics and Communications Conference, OECC 2017 and Photonics Global Conference, PGC 2017, 2017-07-31 to 2017-08-04.

[16]Xu Hengying; Tang Xianfeng; Cui Liangze; Shang Qisong; Zhang Nannan; Xi Lixia; Zhang Wenbo; Zhang Xiaoguang*; Bai Chenglin.Joint equalization scheme of polarization-state and polarization mode dispersion based on extended kalman filter.Asia Communications and Photonics Conference, ACPC 2017, China,Guangdong,Guangzhou, 2017-11-10 to 2017-11-13.

[17]Zhang Hu*; Zhang Wenbo; Xi Lixia; Tang Xianfeng; Zhang Xiaoguang.A new design of a circular photonic crystal fiber supporting 42 OAM modes.Australian Conference on Optical Fibre Technology, ACOFT 2016, 2016-09-05 To 2016-09-08.

[18]Zhang, Xiaoguang*; Lin, Jiachuan; Rusch, Leslie An..High quality optical comb and optical comb based terabit optical transmission system.Photonics North Conference (PN), 2016 to 2016-05-26.

[19]Li, Chunsheng*; Wang, Tao; Li, Linyin; Zhang, Xiaoguang.Macrobending Loss Measurements of G.657 Fiber with Suppression of Ripple Effect Induced by Whispering Gallery Modes.8^th IEEE International Conference on Advanced Infocomm Technology (ICAIT), 2015 to 2015-10-27.

[20]Zhang Hu*; Zhang Wenbo; Xi Lixia; Tang Xianfeng; Tian Wei; Zhang Xia; Zhang Xiaoguang.Design of a circular photonic crystal fiber supporting OAM modes.Asia Communications and Photonics Conference, ACPC 2015, 2015-11-19 To 2015-11-23.

[21]Tang, Xianfeng*; Sun, Lu; Zhao, Donghe; Feng, Yiqiao; Zhang, Xiaoguang; Xi, Lixia; Zhang, Wenbo.Experimental Demonstration of high-speed Logic Gates of OR, AND, XOR and NOR in optical domain based on a Single I/Q Modulator and Direct Detection.IEEE International Conference on Microwaves, Communications, Antennas and Electronic Systems (COMCAS), 2015 to 2015-11-04.

[22]Tang, Xianfeng*; Pan, Dongwei; Zhang, Xiaoguang; Xi, Lixia; Zhang, Wenbo.A Novel Receiver Employing a Compound-eye Lens and a Frequency Domain Synchronization Algorithm for Multiple-input Single-output Visible Light Communication System.14^th International Conference on Optical Communications and Networks, 2015 to 2015-07-05.

[23]Zhu, Min; Zhang, Xiaoguang*; Xi, Lixia; Zhang, Wenbo; Tang, Xianfeng.Analysis of Frequency Quadrupling Using a Single LN Intensity Modulator and a Faraday Mirror Based Bidirectional Polarization Rotator for Millimeter Wave Generation.14^th International Conference on Optical Communications and Networks, 2015 to 2015-07-05.

[24]Zhang, Xiaoguang*; Pan, Dongwei; Feng, Yiqiao.A NEW CARRIER PHASE RECOVERY METHOD IN FASTER THAN NYQUIST OPTICAL FIBER COMMUNICATION SYSTEM.14^th International Conference on Optical Communications and Networks, 2015 to 2015-07-05.

[25]Zhu, Min; Zhang, Xiaoguang*; Zhang, Wenbo; Xi, Lixia; Tang, Xianfeng.A new designed OAM fiber enabling the integration of classical and quantum optical fiber communications.International Conference on Optical Instruments and Technology - Optoelectronic Devices and Optical Signal Processing, 2015 to 2015-05-19.

[26]Wang Lingzi; Tang Xianfeng; Zhang Xiaoguang*; Zhaang Xia; Xi Lixia.Modified timing synchronization methods for CO-OFDM system stressed by CD and PMD.Asia Communications and Photonics Conference, ACP 2013, China,Beijing, 2013-11-12 to 2013-11-15.

[27]Zhang, Xiaoguang*; Weng, Xuan; Tian, Feng; Xi, Lixia; Xiong, Qianjin; Li, Xixiang; Zhang, Guangyong.The Experiment of the OPMDC Performance in a 43-Gb/s RZ-DQPSK 1200km Transmission Testbed.Conference on Optical Transmission Systems, Switching, and Subsystems VIII, 2010-12-08 to 2010-12-12.

[28]Zhang, Jinnan*; Zhang, Yangan; Weng, Xuan; Yuan, Xueguang; Lin, Mi; Tao Jinjing; Zhang, Xiaoguang. Adaptive PMD Compensation Using DPSO Algorithm for High-speed Optical Fibre Communication Systems.Conference on Optical Transmission Systems, Switching, and Subsystems VIII, 2010-12-08 to 2010-12-12.

[29]Qin, Jiangxing*; Xi, Lixia; Zhang, XiaoGuang; Xu, Xia.A novel Dual-Polarization DQPSK System and its Performance Analysis.Conference on Optical Transmission Systems, Subsystems, and Technologies IX, 2011-11-13 to 2011-11-16.

[30]Fan, Yi*; Zhang, Xiaoguang; Xi, Lixia; Zhang, Wenbo.Modified 4^th-power phase recovery algorithm for square-16QAM.Conference on Optical Transmission Systems, Subsystems, and Technologies IX, 2011-11-13 to 2011-11-16.

[31]Di, Qingyue*; Weng, Xuan; Sun, Yang; Tian, Feng; Xi, Lixia; Zhao, Xiaohong; Zhang, Xiaoguang.An Experiment of De-multiplexing for Polarization Division Multiplexing System by PSO Algorithm.Conference on Optical Transmission Systems, Switching, and Subsystems VIII, 2010-12-08 to 2010-12-12.

[32]Li, Jianping*; Zhang, Xiaoguang; Tian, Feng; Xi, Lixia.Generation of Stable and High-Quality Multicarrier Source Based on Re-circulating Frequency Shifter for Tb/s Optical Transmission.Conference on Optical Fiber Communication (OFC)/National Fiber Optic Engineers Conference(NFOEC), 2011-03-06 to 2011-03-10.

[33]Li, Jianping*; Li, Xuan; Zhang, Xiaoguang; Tian, Feng; Xi, Lixia.Analysis of the Stability of Recirculating Frequency Shifter Used as a Multi-Tone Wideband Light Source for Tb/s Multi-Carrier Optical Transmission.36^th European Conference and Exhibition on Optical Communication (ECOC), 2010-09-19 to 2010-09-23.

[34]Tang, Xianfeng*; Zhang, Xiaoguang; Xi, Lixia; Zhang, Guangyong; Xiong, Qianjin; Li, Xixiang.A Scheme for Improving the Performance of 100-Gb/s Polarization-Multiplexed RZ33 DQPSK Signals Using the Phase Regenerator and PMD compensator.Conference on Optital Fiber Communication (OFC)/Collocated National Fiber Optic Engineers (NFOEC), 2010-06-21 to 2010-06-25.

[35]Tang Xianfeng; Zhang Xiaoguang; Zhao Xinyuan; Xi Lixia; Xiong Qianjin; Li Xixiang.PMD mitigation using combination of both PMD compensator and a novel phase regenerator in optical DQPSK system.National Fiber Optic Engineers Conference, NFOEC 2009, United States, 2009-03-22 to 2009-03-26.

[36]Tian Feng; Xi Lixia; Zhao Xinyuan; Tang Xianfeng; Wang Shaokang; Zhang Xiaoguang.Research on the principle of PSBT modulation format and its performance in the PMD compensation system.Asia Communications and Photonics Conference and Exhibition, ACP 2009, China,Shanghai, 2009-11-02 to 2009-11-06.

[37]Tian Feng; Xi Lixia; Zhao Xinyuan; Tang Xianfeng; Zhang Xiaoguang.Research on the principle of PSBT modulation format and its performance in the PMD compensation system.Optical Transmission Systems, Switching, and Subsystems VII, China,Shanghai, 2009-11-02 to 2009-11-06.

[38]Xi Lixia; Xie Yangge; Tang Xianfeng; Zhang Xiaoguang.Design and optimization of phase regenerator based on semiconductor optical amplifier.Optical Transmission Systems, Switching, and Subsystems VII, China,Shanghai, 2009-11-02 to 2009-11-06.

[39]Zhang, Jinnan; Yuan, Xueguang; Fang, Guangqing; Zhang, YangAn; Zhang, Minglun; Huang, Yongqing; Zhang, Xiaoguang.A New Control Scheme based on DSP for Automatic PMD Compensation in Optical Fiber Communication Systems.Joint IEEE North -East Workshop on Circuits and Systems/TAISA Conference 2009, 2009-06-28 to 2009-07-01.

[40]Tang, Xianfeng; Zhang, Xiaoguang; Xi, Lixia; Xiong, Qianjin; Li, Xixiang.PMD Mitigation Using Combination of PMD Compensator and a Phase Regenerator in Optical 40 Gb/s DPSK System.8^th Pacific Rim Conference on Lasers and Electro-Optics, 2009-08-30 to 2009-09-03.

[41]Xi, Lixia; Tang, Xianfeng; Wang, Shaokang; Zhang, Xiaoguang.Optimization of Phase Regenerator in Differential Phase-shift Keying Format Communication System.2^nd International Joint Conference on Computational Sciences and Optimization, 2009-04-24 to 2009-04-26.

[42]Zhang, Jinnan*; Yuan, Xueguang; Zhang, YangAn; Zhang, Minglun; Zhang, Xiaoguang.A High-speed Adaptive PMD Compensation Scheme Based on DSP Using DPSO Algorithm.14^th OptoElectronics and Communications Conference, 2009-07-13 to 2009-07-17.

[43]Yuan, Xueguang*; Zhang, Jinnan; Zhang, Xiaoguang; Zhang, Yang'an; Zhang, Minglun; Huang, Yongqing; Ren, Xiaomin.High speed polarization monitoring for adaptive PMD compensation in optical communication systems.14^th OptoElectronics and Communications Conference, 2009-07-13 to 2009-07-17.

[44]Zhang, Jinnan; Gu, Yue; Yuan, Xueguang; Zhang, Xiaoguang; Zhang, YangAn; Zhang, Minglun.An Automatic PMD Compensation Scheme Utilizing DPSO Algorithm in 80Gbits/s DQPSK System.8^th Pacific Rim Conference on Lasers and Electro-Optics, 2009-08-30 to 2009-09-03.

[45]Zhang Minglun; Zhang Yangan; Yuan Xueguang; Zhang Jinnan; Zhang Xiaoguang.Optical Performance Monitoring in Reconfigurable OADM Networks.8^th Pacific Rim Conference on Lasers and Electro-Optics, 2009-08-30 to 2009-09-03.

[46]Zhang, Rongguo; Zhang, Wenbo; Zhang, Xiaoguang.A New Hybrid Gradient-Based Particle Swarm Optimization Algorithm and its Applications to Control of Polarization Mode Dispersion Compensation in Optical Fiber Communication Systems.2^nd International Joint Conference on Computational Sciences and Optimization, 2009-04-24 to 2009-04-26.

[47]Fang, Guangqing; Zhang, Xiaoguang.An Application of DSP to Automatic PMD Compensation in Optical Fiber Communication Systems.IEEE Asia Pacific Conference on Circuits and Systems (APCCAS 2008), 2008-11-30 to 2008-12-03.

[48]Zhang, Xiaoguang; Duan, Gaoyan; Xi, Lixia.Real-time DOP ellipsoid in polarization mode dispersion monitoring system by using PSO algorithm.7th International Conference on Computational Science (ICCS 2007), 2007-05-27 to 2007-05-30.

[49]Duan, Gaoyan; Zhang, Lan; Zhang, Xiaoguang; Yang, Bojun.Research on voltage-controlled polarization controller in the polarization mode dispersion compensation experiment - art. no. 67811X.Conference on Passive Components and Fiber-Based Devices IV, 2007-11-02 to 2007-11-05.

[50]Xu, Wei; Duan, Gaoyan; Fang, Guangqing; Xi, Lixia; Zhang, Xiaoguang.Comparison of Polarization-Mode Dispersion Compensation performance between different modulation formats - art. no. 67833G.Conference on Optical Transmission, Switching and Subsystems V, 2007-11-02 to 2007-11-05.

[51]Zhang, Xiaoguang; Duan, Gaoyan; Xu, Wei; Fang, Guangqing.PMD compensation in 10 Gb/s DPSK optical communication system - art. no. 67831S.Conference on Optical Transmission, Switching and Subsystems V, 2007-11-02 to 2007-11-05.

[52]Zhang, Xiaoguang; Xi, Lixia; Duan, Gaoyan; Yang, Bojun.Real-Time PMD monitoring Using a DOP Ellipsoid Based on PSO Technique.Conference on Lasers and Electro-Optics/Quantum Electronics and Laser Science Conference, 2007-05-06 to 2007-05-11.

[53]Duan, Gaoyan; Yang, Bojun; Zhang, Xiaoguang.Experimental research of obtaining DGD from DOP ellipsoids.Conference on Optical Transmission, Switching, and Subsystems IV, 2006-09-05 to 2006-09-07.

[54]Duan, Gaoyan; Yang, Bojun; Zhang, Xiaoguang.The compensation performance of different modulation formats in polarization mode dispersion systems.Conference on Optical Transmission, Switching, and Subsystems IV, 2006-09-05 to 2006-09-07.

[55]He, Li; Yang, Bojun; Zhang, Xiaoguang; Yu, Li.Experimental study of compressing optical pulse by using photonic crystal fiber.4^th International Conference on Communications, Circuits and Systems (ICCCAS 2006), 2006-06-25 to 2006-06-28.

[56]He, Li; Yang, Bojun; Zhang, Xiaoguang; Yu, Li.Multiwavelength fiber ring laser source incorporating a Sagnac interferometer.10^th International Conference on Communication Technology (ICCT 2006), 2006-11-27 to 2006-11-30.

[57]He, Li; Yang, Bojun; Zhang, Xiaoguang; Yu, Li.Generation of fundamental soliton from actively mode-locked fiber ring laser.Conference on Passive Components and Fiber-Based Devices III, 2006-09-05 to 2006-09-07.

[58]He, Li; Yang, Bojun; Zhang, Xiaoguang; Yu, Li.Spectrum broadening of Ps pulses in photonic crystal fibers.10^th International Conference on Communication Technology (ICCT 2006), 2006-11-27 to 2006-11-30.

[59]He, Li; Yang, Bojun; Zhang, Xiaoguang; Yu, Li.Generation of 10 GHz transform-limited pulse train from dual-pump mode-locking erbium-doped fiber laser.Conference on Passive Components and Fiber-Based Devices III, 2006-09-05 to 2006-09-07.

[60]Zhang, Xiaoguang; Xi, Lixia; Duan, Gaoyan; Yu, Li; Yu, Zhongyuan; Yang, Bojun.An intelligent PSO-based control algorithm for adaptive compensation polarization mode dispersion in optical fiber communication systems.13^th International Conference on Neural Informational Processing, 2006-10-03 to 2006-10-06.

[61]Zhang, Xiaoguang; Xi, Lixia; Duan, Gaoyan; Yu, Li; Yu, Zhongyuan; Yang, Bojun.An application of intelligent PSO algorithm to adaptive compensation for polarization mode dispersion in optical fiber communication systems.6^th International Conference on Simulated Evolution and Learning, 2006-10-15 to 2006-10-18.

[62]Hu, YM; Yu, ZY; Zhang, XG.A novel tunable polarization mode dispersion compensation of linear chirped Bragg grating without shift of central wavelength by variable magnetic field.Conference on Optoelectronic Devices and Integration, 2004-11-08 to 2004-11-11.

[63]Zhang, N; Yu, ZY; Zhang, XG.Adaptive polarization mode dispersion compensation system based on DOP as the feedback control signal in 40Gbit/s OTDM system.Conference on Optical Design and Testing II, 2004-11-08 to 2004-11-12.

[64]Zhou, GT; Yu, L; Zhang, XG; Zhang, JZ; Yang, BJ; Xu, K; Lin, JT.PMD and CD tunable compensation using the nonlinear chirp SBG with uniform grating period.Conference on Optical Transmission, Switching and Subsystems II, 2004-11-09 to 2004-11-11.

[65]Zhang, XG; Duan, GY; Yu, L; Yu, ZY; Yang, BJ.PMD monitoring with PSO-based DOP ellipsoid - art. no. 60211T.Conference on Optical Transmission, Switching and Subsystems III, 2005-11-07 to 2005-11-10.

[66]Zhang, XG; Xi, LX; Yu, L; Zhou, GT; Zhang, JZ; Zhang, N; Wu, B; Yuan, TC; Chen, L; Zhang, HM; Yao, MY; Yang, BJ.Adaptive PMD compensation up to second-order in 40Gb/s OTDM optical communication system using two-stage compensator.Conference on Optical Transmission, Switching and Subsystems II, 2004-11-09 to 2004-11-11.

[67]Zhang, XG; Zheng, YA; Shen, Y; Zhang, JZ; Yang, BJ.PSO algorithm used for searching the optimum of automatic PMD compensation.1^st Optical Networks and Technology Conference (OpNe Tec), 2004-10-18 to 2004-10-20.

發表中文期刊論文： 

[1]肖曉晟, 劉欣格, 張曉光. 非線性光纖光學中非線性薛定諤方程推導邏輯的探討[J]. 物理與工程, 2023, 33 (06): 90-97.

[2]郭瑤, 張霞, 杜秋萍, 楊震山, 張曉光. 基于密度矩陣理論的偏振損傷聯合補償方案[J]. 光子學報, 2023, 52 (08): 72-79.

[3]張曉光,席麗霞,崔楠等.偏振表象和偏振表象變換理論以及應用[J].大學物理,2023,42(05):1-8+27.DOI:10.16854/j.cnki.1000-0712.220373.

[4]閆煥友,唐先鋒,朱海龍,王紅艷,房博海,申晨雨,劉芝付,詹鵬,張曉光.基于雙驅馬赫-曾德爾調制器的加密調制一體化系統[J].光學學報,2022,42(14):55-59.

[5]王晨,席麗霞,張陽安,袁學光,張曉光,單麗楠,肖振宇,李璇.提升小波閾值聯合累加平均的BOTDR系統降噪方案[J].中國激光,2021,48(17):95-103.

[6]王東飛,唐先鋒,席麗霞,張曉光.基于兩個并行相位調制器的正交頻分復用矢量毫米波產生[J].光學學報,2020,40(18):63-69.

[7]鄭亞軍,席麗霞,張文博,張曉光.受控修剪迭代算法抑制峰均功率比的研究[J].電信快報,2019(07):37-42.

[8]秦秀娟,席麗霞,張文博,張曉光.無線自組網融網同步的實現[J].電信快報,2019(04):14-18.

[9]張博,張曉光,張文博.基于微云三層模型的移動云計算高可用研究[J].電信快報,2019(01):30-33.

[10]續貝貝,席麗霞,張曉光,唐先鋒,張文博.色散測量樣機的設計與實驗驗證[J].光學學報,2019,39(02):59-64.

[11]沙宇洋,席麗霞,張曉光,唐先鋒,張文博.基于小波閾值去噪的偏振模色散測量[J].中國激光,2018,45(11):226-231.

[12]潘潘,席麗霞,張曉光,唐先鋒,萬冬.基于經驗模態分解的偏振模色散測量實驗研究[J].中國激光,2018,45(01):212-218.

[13]張曉光.自聚焦多模光纖模式色散的幾何光學與波動光學處理方法[J].物理與工程,2017,27(01):23-29+43.

[14]李赟,席麗霞,張曉光,唐先鋒,萬冬.基于數字鑒相的色散測量實驗研究[J].中國激光,2016,43(10):163-169.

[15]翟亞雪,唐先鋒,萬東,張曉光.基于LED可見光通信的實時全雙工上網系統[J].光通信技術,2016,40(04):38-40.

[16]張曉光.光纖偏振控制研究:從理論和實驗到應用[J].物理與工程,2015,25(03):13-25.

[17]何文雪,張文博,李超,席麗霞,張曉光,喬耀軍.高速相干光通信系統中水印輔助的低密度奇偶校驗方案[J].光電子·激光,2015,26(06):1100-1105.

[18]孫璐,林嘉川,李建蕊,唐先鋒,席麗霞,張曉光.利用線性IQ調制器抑制諧波串擾的多載波產生方案[J].中國激光,2014,41(12):113-118.

[19]張霞,宿曉飛,張磊,席麗霞,張曉光,白成林.折射率環狀分布光纖中基于高階貝塞爾函數的軌道角動量模式分析[J].中國激光,2014,41(12):119-124.

[20]胡子軒,張曉光.太陽能光伏發電技術和光熱轉換技術比較[J].內蒙古科技與經濟,2014(17):82-83.

[21]張霞,田鳳,張曉光,白成林.基于多載波的相干波分復用太比特傳輸實驗研究[J].中國激光,2014,41(06):135-140.

[22]李超,張文博,張曉光,席麗霞,唐先鋒,何文雪.基于水印位的信道估計對100 Gb/sPDM-DQPSK光通信系統中低密度奇偶校驗碼糾錯性能的提升[J].中國激光,2014,41(06):147-153.

[23]張磊,張曉光,席麗霞,趙東鶴,唐先鋒,張霞.PM-QPSK相干光通信系統中基于高階統計矩的光信噪比監測方法的修正[J].中國激光,2014,41(05):125-129.

[24]付璋,張曉光,席麗霞,翁軒.PDM-16QAM系統中幾種相位估計算法的性能與復雜度比較以及改進[J].光電子.激光,2014,25(03):485-490.

[25]王凌子,唐先鋒,張曉光,張霞,席麗霞.PDM-CO-OFDM系統中基于判決引導與判決反饋的盲相位估計算法[J].中國激光,2014,41(03):102-107.

[26]席麗霞,彭文雨,楊松,翁軒,張霞,張曉光.用偏振模色散模擬器加偏振片實現帶內光信噪比檢測[J].光電子.激光,2014,25(01):51-55.

[27]畢偉,席麗霞,張曉光,張文博.用π旋轉型低密度奇偶校驗碼提升100Gb/s偏振復用差分正交相移鍵控光通信系統性能[J].中國激光,2014,41(01):110-116.

[28]趙東鶴,席麗霞,楊松,翁軒,張曉光,張文博.基于信號功率波形自相關函數的色散監測[J].光學學報,2013,33(12):69-75.

[29]李春蕾,張曉光,席麗霞,翁軒,趙東鶴.偏振復用系統中FIR-BP算法有效補償非線性損傷的實驗研究[J].中國激光,2013,40(12):129-135.

[30]張霞,白成林,張曉光.高載噪比多載波光源的噪聲抑制理論及實驗研究[J].中國激光,2013,40(11):178-182.

[31]黃海麗,席麗霞,張曉光,趙東鶴,張霞.基于射頻功率譜的偏振模色散監測技術[J].光學學報,2013,33(11):49-54.

[32]成虹橋,席麗霞,林嘉川,張曉光,張霞,李建蕊.Generation of multi-carrier based on a recirculating frequency shifter with delay interferometer[J].Optoelectronics Letters,2013,9(06):418-420.

[33]梁曉晨,林嘉川,田鳳,張曉光,席麗霞.偏分復用系統中直接解復用反饋信號建模及驗證[J].光電子.激光,2013,24(08):1507-1513.

[34]楊松,張曉光,席麗霞,趙東鶴.內容感知光網絡及其資源分配[J].北京郵電大學學報,2013,36(03):64-68.

[35]林嘉川,席麗霞,張霞,田鳳,梁曉晨,張曉光.偏分復用系統中偏振模色散補償與偏分解復用一體化方案[J].物理學報,2013,62(11):303-310.

[36]Shahab Ahmad Niazi,張曉光,席麗霞,Abid Munir,Muhammad Idress.Co-existence generation of XG-PON and single carrier XLG-PON for ultra-high definition TV transmission with entirely passive optical plant[J].Optoelectronics Letters,2013,9(03):221-224.

[37]康浩,席麗霞,張曉光.應用于40Gb/s DQPSK光通信系統的LDPC譯碼算法研究[J].半導體光電,2013,34(02):273-276.

[38]童程,邸雪靜,張曉光,席麗霞.一種改進的光偏分復用16-QAM系統盲解復用算法的研究[J].光電子.激光,2013,24(04):704-709.

[39]張帥,白成林,羅清龍,張曉光.相干光OFDM系統中MMSE信道估計研究[J].光電子.激光,2013,24(03):508-513.

[40]黃雨莎,張曉光,席麗霞,張文博.CO-OFDM系統中一種改進的同步算法方案[J].光電子.激光,2013,24(03):514-522.

[41]張帥,白成林,羅清龍,黃麗,張曉光.Study of 16 Tbit/s WDM transmission system derived from the CO-OFDM with PDM 16-QAM[J].Optoelectronics Letters,2013,9(02):124-126.

[42]李永華,張曉光,賀志強,林家儒.雙向中繼網絡編碼系統的迭代干擾抑制研究[J].重慶郵電大學學報(自然科學版),2012,24(05):530-534+584.

[43]邸雪靜,童程,張霞,張曉光,席麗霞.高速相干光通信系統中的自適應步長恒模算法[J].光學學報,2012,32(10):61-65.

[44]劉娜,席麗霞,李建平,張曉光,田鳳,周浩.一種提高基于循環頻移器的多載波光源光信噪比的方案[J].物理學報,2012,61(17):292-299.

[45]郭鳳然,張曉光.基于IMS呈現的社交網絡管理系統[J].軟件,2012,33(08):1-8.

[46]房文敬,白成林,張霞,孫偉斌,張曉光.光MDPSK通用調制解調結構構建及仿真[J].光通信研究,2012(04):13-15.

[47]孫洋,席麗霞,張曉光,秦江星,林嘉川,梁曉晨.偏分復用系統信道串擾的理論模型及消除方案[J].光學學報,2012,32(02):92-98.

[48]潘偉,余和軍,張曉光,席麗霞.高Q值二維光子晶體缺三腔的數值模擬與分析[J].物理學報,2012,61(03):195-200.

[49]樊弋,張曉光,席麗霞,張文博.改進的16進制正交幅度調制碼的相位估計算法[J].光電子.激光,2011,22(12):1802-1806.

[50]徐霞,席麗霞,張曉光,童程.光數字相干接收機中色散補償模塊設計與優化[J].光學學報,2011,31(11):59-63.

[51]張文博,張曉光,席麗霞.自適應偏振模色散補償中的新方法[J].北京郵電大學學報,2011,34(06):19-23.

[52]黃春明,陶金晶,張陽安,張錦南,袁學光,張明倫,張曉光.高速光傳輸系統中自適應偏振模色散補償[J].光通信技術,2011,35(10):48-50.

[53]袁學光,張陽安,張明倫,張錦南,黃永清,張曉光.高速光通信系統中的偏振模色散監測和補償[J].北京郵電大學學報,2011,34(03):113-117.

[54]席麗霞,秦江星,趙鑫媛,張曉光.只需一個解調器的偏分復用差分相移鍵控系統實驗實現[J].光學學報,2011,31(03):36-40.

[55]張霞,許恒迎,牛慧娟,張民,王芳,白成林,張曉光.Study on 8DPSK of multi-phase modulation technology based on CSRZ[J].Optoelectronics Letters,2011,7(02):151-153.

[56]張曉光.高速光纖通信中的偏振控制技術[J].北京郵電大學學報,2011,34(01):1-10.

[57]王蓋,張陽安,張明倫,周黎明,張錦南,袁學光,張曉光.Dynamic PMD compensator for 40 Gb/s PM-DQPSK system[J].Optoelectronics Letters,2011,7(01):53-56.

[58]席麗霞,王少康,張曉光.光相位調制傳輸系統中相位噪聲的概率分布特性[J].光學學報,2010,30(12):3408-3412.

[59]席麗霞,謝揚戈,唐先鋒,田鳳,張曉光.基于半導體光放大器的相位調制信號再生器[J].光學學報,2010,30(04):940-943.

[60]張霞,王芳,張民,牛慧娟,許恒迎,白成林,張曉光.基于CSRZ碼的DQPSK多級相位調制技術的研究[J].光通信研究,2009(05):8-9+13.

[61]席麗霞,唐先鋒,王少康,張曉光.基于光子晶體光纖的相位再生器的設計及優化[J].物理學報,2009,58(09):6243-6247.

[62]張霞,張民,王芳,牛慧娟,許恒迎,白成林,張曉光.CSRZ-DPSK調制信號的PMD補償性能分析[J].光通信技術,2009,33(07):4-6.

[63]張曉光,段高燕,席麗霞.偏振控制器完成任意偏振態變化的最小自由度研究[J].光學學報,2009,29(05):1173-1176.

[64]張曉光,方光青,趙鑫媛,王少康.光纖中偏振穩定控制的實驗研究[J].光學學報,2009,29(04):888-891.

[65]張霞,王芳,牛慧娟,許恒迎,白成林,張曉光.新型調制格式在PMD補償技術中的應用[J].光通信研究,2009(02):1-2+9.

[66]張霞,牛慧娟,許恒迎,王維濤,白成林,張曉光.偏振模色散自適應補償實時控制系統的DSP的設計與實現[J].光學技術,2009,35(02):175-177+180.

[67]張曉光.光纖偏振模色散的緩解與補償技術研究與進展[J].中國激光,2009,36(03):525-539.

[68]張霞,王維濤,韓紀廣,牛惠娟,白成林,張曉光.基于DSP的PMD補償邏輯控制模塊軟件設計[J].光通信研究,2008(06):30-33.

[69]劉慧洋,張曉光,許瑋,段高燕,席利霞.光DQPSK調制格式原理及仿真[J].光通信研究,2008(05):1-3.

[70]陳飛,劉慧洋,陸萍,張曉光.光8DPSK調制原理及仿真[J].光通信研究,2008(05):6-9.

[71]張倩,段高燕,張曉光,蔣達婭.PSO算法用于WDM系統多信道PMD補償的研究[J].光子學報,2008(09):1829-1832.

[72]蘆鵬飛,張曉光,俞重遠,韓利紅.大學物理雙語試點班教學的研究與探討[J].大學物理,2008(07):50-52+55.

[73]陸萍,蔣達婭,段高燕,張曉光.WDM系統中PMD緩解與補償的幾種實用方案[J].光通信技術,2008(04):23-25.

[74]許瑋,段高燕,方光青,席麗霞,張曉光.不同調制格式的偏振模色散補償性能分析[J].光學學報,2008(02):226-232.

[75]張曉光,俞重遠,蘆鵬飛.大學物理雙語教學的探討[J].中國大學教學,2007(10):17-18+71.

[76]許瑋,段高燕,方光青,席麗霞,張曉光.偏振模色散補償系統中新型調制格式的研究[J].半導體光電,2007(05):717-720.

[77]朱進軍,何梁,張曉光.射頻拉遠模塊中軟件時鐘鎖相的實現方法[J].無線電工程,2007(04):57-60.

[78]王先慶,王宏祥,紀越峰,張曉光.自適應偏振模色散補償系統中的控制算法[J].北京郵電大學學報,2007(01):110-113.

[79]何理,楊伯君,于麗,張曉光.基于Sagnac干涉儀的混合鎖模光纖激光器[J].光子學報,2007(01):5-8.

[80]李朝陽,于麗,張曉光,楊伯君.采用全矢量有限元法設計光子晶體光纖[J].光電子.激光,2007(01):30-35.

[81]張倩,段高燕,蔣達婭,張曉光.基于光載波抑制的光標記交換新技術[J].光通信技術,2007(01):30-31.

[82]何理,楊伯君,金潔虹,王秋國,張曉光,于麗.光子晶體光纖在有源器件中的應用[J].光子技術,2006(04):185-189.

[83]張倩,張曉光,蔣達婭,楊伯君.光纖通信波段KN晶體二次諧波相位匹配角的計算[J].光子技術,2006(04):212-216.

[84]段高燕,張曉光,于麗,張茹,楊伯君.前饋PMD補償實驗中從偏振度橢球獲得差分群時延的研究(英文)[J].光子學報,2006(12):1861-1864.

[85]何理,楊伯君,張曉光,于麗.光子晶體光纖特性及光通信中的應用[J].量子光學學報,2006(04):225-230.

[86]孫丹,張曉光.MIMO系統信道容量研究[J].現代電子技術,2006(19):4-6.

[87]張嵐,段高燕,張曉光,王秋國,楊伯君.電控晶體偏振控制器分析與研究[J].光子技術,2006(03):144-149.

[88]朱進軍,段高燕,王秋國,張曉光,楊伯君.使用PSO算法的二階偏振模色散自適應補償實驗[J].光子技術,2006(03):150-155+159.

[89]段高燕,張曉光,李喜紅,于麗,張茹,楊伯君.前饋PMD補償中擬合偏振度橢球的研究[J].半導體光電,2006(04):451-454.

[90]段高燕,張曉光,于麗,張茹,楊伯君.偏振相關損耗對偏振模色散補償系統性能的影響[J].光電子·激光,2006(07):862-866.

[91]陳敏,張曉光.不求芬芳吐蕊 但為鞠躬盡瘁——專訪北京郵電大學張曉光教授[J].中國高校科技與產業化,2006(05):21-23.

[92]李朝陽,鄭遠,楊伯君,張曉光.2.5Gb/s偏振模色散自動補償對偏振模色散容限值的影響[J].中國激光,2006(04):489-492.

[93]張茹,韋理英,陳林,張曉光,楊伯君.用光信號偏振度衡量偏振模色散和非線性效應對WDM系統的影響[J].現代傳輸,2006(01):55-58.

[94]何理,楊伯君,于麗,張曉光.色散非平衡sagnac環混合鎖模光纖激光器[J].現代傳輸,2006(01):75-78.

[95]劉玉敏,俞重遠,楊紅波,張曉光.光纖布喇格光柵非線性特性的研究[J].激光技術,2006(01):101-103+106.

[96]李喜紅,段高燕,張曉光,張茹,楊伯君.3種一階偏振模色散模擬器[J].光通信研究,2006(01):60-62.

[97]段高燕,李喜紅,王剛,張建忠,張曉光,張茹,于麗,楊伯君.基于偏振度的偏振模色散補償中檢測信號對不同歸零碼型的響應研究[J].光子學報,2006(01):122-125.

[98]張建忠,沈昱,周光濤,于麗,張曉光,楊伯君.粒子群優化算法在自適應偏振模色散補償中的性能研究[J].光學學報,2006(01):1-6.

[99]段高燕,張曉光,李喜紅,張建忠,于麗,張茹,楊伯君.偏振模色散前饋方案中偏振主態研究[J].光電子·激光,2006(01):82-85.

[100]段高燕,張曉光,于麗,張茹,楊伯君.偏振模色散緩解技術中調制碼型的實驗研究[J].光子技術,2005(04):193-196.

[101]張曉光,楊伯君,于麗,鄭遠,俞重遠,張茹,席麗霞,李朝陽,劉玉敏,張霞,周光濤,沈昱,陳林,段高燕,張建忠.高速光纖通信系統偏振模色散自適應補償關鍵技術[J].電信科學,2005(12):13.

[102]劉玉敏,俞重遠,楊紅波,張娜,張曉光.優化二元相位取樣光纖布喇格光柵及對色散和色散斜率補償的應用[J].光子學報,2005(11):103-107.

[103]張霞,張曉光,楊伯君.偏振模色散模擬器的優化設計及選擇[J].光子技術,2005(03):145-147+150.

[104]吳兆禮,段高燕,張霞,魏志峰,張建忠,張曉光,楊伯君.偏振模色散補償的自適應算法及其實現[J].光子技術,2005(03):151-155.

[105]余先倫,楊伯君,于麗,張曉光.被動鎖模Cr⁴⁺∶YAG激光器的噪聲分析[J].中國激光,2005(09):49-52.

[106]陳林,徐江榮,楊伯君,張曉光,張茹,于麗.一種新的自適應偏振模色散補償前饋方法[J].中國激光,2005(09):67-71.

[107]陳林,張曉光,于麗,張茹,段高燕,楊伯君.偏振模色散補償中2種偏振度取樣方式的特性[J].北京郵電大學學報,2005(04):18-22.

[108]劉玉敏,俞重遠,張建忠,張曉光,楊紅波,張娜,楊伯君.粒子群優化算法用于光纖布拉格光柵綜合問題的研究[J].激光雜志,2005(04):69-70.

[109]段高燕,李喜紅,王剛,張曉光,于麗,張茹,楊伯君.采用濾波技術提高不同碼型差分群時延動態范圍研究[J].光電子·激光,2005(08):952-955.

[110]趙玉芳,楊伯君,曹軼樂,張曉光,于麗,俞重遠.初始啁啾對量子孤子的影響[J].北京郵電大學學報,2005(03):33-35.

[111]戴峰,楊伯君,張曉光,張茹.偏振相關損耗對光通信系統的影響及對其補償的研究[J].光子技術,2005(02):36-40.

[112]李喜紅,段高燕,張曉光,張茹,周光濤,楊伯君.基于Sagnac干涉法和固定分析法測量三種PMD模擬器的結果比較[J].光子技術,2005(02):46-48+55.

[113]戴峰,楊伯君,張曉光,張茹.偏振相關損耗和PMD共同作用對群時延帶來的影響[J].現代有線傳輸,2005(03):59-62.

[114]曹軼樂,楊伯君,于麗,張曉光.色散對被動鎖模飛秒固體激光器輸出脈沖的影響[J].激光與紅外,2005(06):400-403.

[115]王剛,段高燕,吳兆禮,李喜紅,張建忠,張曉光.采用粒子群優化算法的二階偏振模色散自適應補償實驗[J].光通信技術,2005(06):28-30.

[116]吳兆禮,張曉光,段高燕,王剛,李喜紅,張曉光,楊伯君.粒子群優化算法在PMD自適應補嘗中的應用[J].現代有線傳輸,2005(02):50-54.

[117]陳林,余先倫,張曉光,鄭遠,張茹,周光濤,沈昱,楊伯君.二階偏振模色散高速光纖通信的影響及補償[J].量子電子學報,2005(02):272-276.

[118]劉玉敏,俞重遠,楊紅波,張曉光,楊伯君.長周期啁啾光纖光柵級聯作為波分復用隔離濾波器的數值研究[J].光子學報,2005(04):516-519.

[119]張建忠,張曉光,于麗,席麗霞,沈昱,周光濤,張娜,吳斌,苑鐵成.40Gbit/s OTDM系統中二階偏振模色散自適應補償技術研究[J].光子學報,2005(04):561-565.

[120]陳林,張曉光,周光濤,鄭遠,沈昱,張茹,于麗,楊伯君.偏振度作為反饋信號進行偏振模色散補償的研究[J].光學學報,2005(04):443-448.

[121]戴峰,張曉光,楊伯君.相位敏感放大器在脈沖壓縮中應用的探討[J].光通信研究,2005(01):61-63.

[122]于麗,張曉光,周光濤,席麗霞,張茹,楊伯君.以啁啾光纖光柵為補償器的自適應PMD補償的實驗研究[J].北京郵電大學學報,2005(01):51-54.

[123]周光濤,張曉光,席麗霞,于麗,沈昱,張建忠,張娜,吳斌,苑鐵成,張洪明,徐坤,楊伯君,林金桐.40Gb/s光時分復用系統中兩級偏振模色散自適應補償實驗研究[J].光學學報,2005(01):15-20.

[124]劉玉敏,俞重遠,黃聰穎,張曉光.偏振度作為反饋信號的偏振模色散補償系統的性能研究[J].中國激光,2005(01):79-82.

[125]余先倫,李載玉,楊伯君,張曉光.Cr⁴⁺:YAG晶體作為激光器增益介質的特性研究[J].量子電子學報,2004(06):811-814.

[126]沈昱,周亞萍,周光濤,鄭遠,張建忠,陳林,張曉光,于麗,席麗霞,楊伯君,黃山,陳碩,趙華鳳,姚敏玉.動態偏振模色散補償的自適應算法及實現[J].光子學報,2004(11):1351-1355.

[127]苑鐵成,于麗,張曉光,張建忠,張娜,段高燕,楊伯君.增強RZ碼DOP檢測范圍和靈敏度的方法[J].光子技術,2004(04):225-227.

[128]張曉光,于麗,鄭遠,沈昱,周光濤,席麗霞,陳林,張建忠,苑鐵成,楊伯君.可補償二階偏振模色散的兩級自適應補償器研究[J].中國激光,2004(11):1391-1397.

[129]趙玉芳,楊伯君,張曉光,于麗.孤子壓縮態在光纖中的特性研究[J].量子電子學報,2004(05):606-609.

[130]張霞,張曉光.光纖偏振模散隨波長變化特性的研究[J].現代有線傳輸,2004(05):38-40.

[131]席麗霞,張曉光,于麗,沈昱,周光濤,張建忠,張娜,吳斌,苑鐵成,楊伯君.二階偏振模色散自適應補償的關鍵技術[J].光電子·激光,2004(08):924-928.

[132]張娜,俞重遠,周光濤,劉玉敏,張建忠,王磊,張曉光.傳輸光脈沖寬度對10Gb/s PMD補償系統影響的實驗分析[J].光子技術,2004(03):147-150.

[133]陳林,張茹,張曉光,于麗,段高艷,張建忠,鄭遠,楊伯君.基于偏振度橢球的PMD補償方法的研究[J].現代有線傳輸,2004(03):29-32.

[134]余先倫,曹軼樂,楊伯君,張曉光.Cr⁴⁺∶YAG激光器的自鎖模條件分析[J].激光與紅外,2004(03):174-177.

[135]余先倫,楊伯君,余重遠,張曉光.在Cr⁴⁺:YAG激光器中利用SBR鎖模的分析研究[J].激光與光電子學進展,2004(06):21-24.

[136]張曉光,席麗霞,于麗,周光濤,張建忠,張娜,吳斌,苑鐵成,陳林,張洪明,陳碩,姚敏玉,楊伯君.Two-stage adaptive PMD compensation in 40-Gb/s OTDM optical communication system[J].Chinese Optics Letters,2004(06):316-319.

[137]劉開賢,張霞,趙京璽,黃永清,張曉光,任曉敏.用龐加萊球法測量二階偏振模色散[J].光學學報,2004(05):583-586.

[138]劉玉敏,俞重遠,楊紅波,張娜,張曉光,楊伯君.級聯多光纖F-P腔可調諧濾波器的研究[J].光子技術,2004(02):81-86.

[139]陳林,張曉光,張茹,于麗,楊伯君.偏振模色散對多信道光纖通信系統信號的影響[J].光子學報,2004(04):443-447.

[140]周光濤,張曉光,沈昱,于麗,鄭遠,李朝陽,楊伯君.10Gb/s光通信傳輸系統中一階PMD自適應補償實驗[J].光子學報,2004(04):448-451.

[141]余先倫,楊伯君,余重遠,張曉光.典型Cr⁴⁺:YAG激光器的色散特性分析研究[J].激光雜志,2004(02):23-25.

[142]席麗霞,張曉光,鄭遠,沈昱,周光濤,楊伯君.基于DOP反饋的10Gb/s系統PMD自適應補償實驗[J].半導體光電,2004(01):46-48.

[143]陳林,楊伯君,張茹,張曉光.DWDM光纖通信系統中PMD及補償的研究[J].光通信研究,2004(01):37-38+51.

[144]周光濤,沈昱,李朝陽,鄭遠,張曉光,楊伯君.偏振模色散(PMD)自適應反饋補償系統[J].光通信研究,2004(01):41-43.

[145]段高燕,楊伯君,張曉光,于麗.被動鎖模Cr⁴⁺:YAG激光器的設計研究[J].現代有線傳輸,2004(01):29-32.

[146]余先倫,羅映祥,楊伯君,張曉光.Cr⁴⁺:YAG晶體在固體激光器中的應用研究[J].激光雜志,2004(01):15-17.

[147]趙玉芳,楊伯君,張曉光,于麗,曹軼樂,俞重遠.量子通信中遠程傳態的進展[J].光子技術,2004(01):23-26.

[148]王磊,劉玉敏,俞重遠,楊紅波,張娜,張曉光.實驗環路PMD統計特性的研究[J].光子技術,2004(01):36-39.

[149]陳林,楊伯君,張曉光,于麗,張茹.偏振模色散和非線性效應對WDM系統中RZ碼的影響[J].光電子·激光,2004(01):53-56.

[150]張曉光,于麗,鄭遠,李朝陽,周光濤,沈昱,楊伯君,王宏祥,王嵐,紀越峰.光纖通信系統中偏振模色散自適應補償實驗研究[J].光子學報,2003(12):1474-1478.

[151]鄭遠,楊伯君,張曉光.一種提高40Gb/s非歸零碼系統中偏振度橢球對偏振模色散靈敏度的新方法[J].中國激光,2003(12):1090-1094.

[152]劉玉敏,俞重遠,張曉光,于麗,楊伯君.一種新型的可調諧非線性啁啾光纖光柵制造技術[J].光通信研究,2003(05):71-72+78.

[153]李朝陽,鄭遠,李春云,楊伯君,張曉光.一種簡單實用低插損的PMD模擬器[J].高技術通訊,2003(08):19-22.

[154]劉玉敏,俞重遠,張曉光,于麗,楊伯君.可調諧非線性啁啾光纖光柵技術[J].光子技術,2003(03):5-10.

[155]于麗,周光濤,張曉光,楊伯君,鄭遠,沈昱,劉玉敏.利用高雙折射啁啾光纖光柵補償偏振模色散[J].光電子·激光,2003(07):721-724.

[156]李朝陽,鄭遠,李春云,楊伯君,張曉光.2.5Gbit/s偏振模色散自動補償試驗系統[J].高技術通訊,2003(06):5-8.

[157]張曉光,楊伯君,俞重遠.非線性薛定諤方程數值解法中傅立葉正逆變換選取的討論[J].計算物理,2003(03):267-272.

[158]趙玉芳,楊伯君,張曉光,于麗.有損光纖中孤子壓縮效應[J].量子光學學報,2003(01):32-36.

[159]鄭遠,劉玉敏,楊伯君,張曉光.用瓊斯傳輸矩陣法研究二階偏振模色散的統計特性[J].中國激光,2003(01):45-48.

[160]趙玉芳,楊伯君,張曉光.光纖損耗對孤子壓縮態的影響[J].量子光學學報,2002(S1):15-16.

[161]鄭遠,于麗,楊伯君,張曉光.能夠補償二階偏振模色散的三階段偏振模色散補償器[J].物理學報,2002(12):2745-2749.

[162]鄭遠,李朝陽,劉秀敏,李錫忠,李榮華,楊伯君,張曉光.偏振模色散對線性系統脈寬的影響[J].中國激光,2002(10):900-904.

[163]鄭遠,劉玉敏,李朝陽,楊伯君,張曉光.偏振模色散后補償器的工作方式分析[J].光電子·激光,2002(09):934-937.

[164]鄭遠,李朝陽,劉秀敏,李錫忠,李榮華,楊伯君,張曉光.偏振模色散統計特性的研究[J].中國激光,2002(08):687-690.

[165]劉秀敏,李朝陽,李榮華,楊伯君,張曉光.用Sagnac干涉法和固定分析法測量光纖偏振模的色散[J].中國激光,2002(05):455-458.

[166]李錫忠,王永剛,楊伯君,張曉光,俞重遠.高速光通信中的色散管理孤子[J].飛通光電子技術,2002(01):51-56.

[167]劉秀敏,李朝陽,李榮華,楊伯君,張曉光.偏振模色散補償系統[J].半導體光電,2001(06):386-389.

[168]李錫忠,張曉光,王永剛,楊伯君,俞重遠.密集型色散管理模式中DM孤子傳輸特性分析[J].光電子·激光,2001(12):1271-1275.

[169]劉秀敏,楊伯君,張曉光.波分復用系統中偏振模色散特性的研究[J].中國激光,2001(12):1103-1107.

[170]李朝陽,鄭遠,劉秀敏,李榮華,李錫忠,楊伯君,張曉光.基于梳狀色散緩變光纖鏈的孤子脈沖壓縮研究[J].飛通光電子技術,2001(04):219-222.

[171]劉秀敏,李朝陽,李榮華,楊伯君,張曉光.偏振復用孤子測量差分群時延[J].半導體光電,2001(05):331-334.

[172]李朝陽,劉秀敏,李榮華,楊伯君,張曉光,于麗,任曉敏.偏振模色散的測量及補償[J].光通信研究,2001(05):52-55.

[173]李朝陽,劉秀敏,李榮華,楊伯君,張曉光,于麗,任曉敏.測量偏振模色散的新方法[J].光電子·激光,2001(09):920-922.

[174]張曉光,林寧,張濤,劉秀敏,楊伯君,于麗.預啁啾10GHz、38km色散管理孤子的傳輸實驗[J].光子學報,2001(07):813-817.

[175]俞重遠,張曉光,劉秀敏.三芯非線性光纖耦合器中的短脈沖光開關[J].物理學報,2001(05):904-909.

[176]劉秀敏,楊伯君,張曉光.偏振模色散對NRZ碼和RZ碼系統影響的研究[J].光通信研究,2001(02):39-42.

[177]張曉光,林寧,劉秀敏,俞重遠,楊伯君.光纖-光纖光柵脈沖壓縮器的研究[J].光電子·激光,2001(04):329-333.

[178]林寧,楊伯君,張曉光,劉秀敏.脈沖初始啁啾對色散管理孤子傳輸性能的影響[J].光電子·激光,2001(02):185-187+203.

[179]林寧,楊伯君,張曉光,劉秀敏.增益開關DFB激光器啁啾消除技術的研究[J].半導體光電,2000(06):394-398.

[180]林寧,楊伯君,張曉光,劉秀敏.利用線性啁啾光纖光柵進行色散補償的理論研究[J].半導體光電,2000(04):283-285+290.

[181]林寧,楊伯君,張曉光.消除光纖光柵振蕩特性對光通信系統影響的方法[J].光電子·激光,2000(04):411-414.

[182]劉秀敏,張曉光,林寧,楊伯君.用同步調制方法降低偏振模色散影響的理論研究[J].光子學報,2000(08):722-725.

[183]林寧,張曉光,劉秀敏,楊伯君.光纖光柵耦合系數對其色散補償性能的影響[J].光子學報,2000(06):527-531.

[184]林寧,張曉光,俞重遠,楊伯君.利用線性啁啾光纖光柵進行脈沖壓縮的研究[J].光通信研究,2000(02):49-54.

[185]林寧,張曉光,俞重遠,楊伯君.線性光纖光柵消啁啾方法的研究[J].光電子·激光,2000(01):79-82.

[186]林寧,洪小斌,張曉光,劉秀敏,張濤,楊伯君.色散補償技術中超短光脈沖傳輸特性的研究[J].光子學報,1999(12):1091-1095.

[187]余建軍,楊伯君,于麗,李朝暉,張曉光,管克儉.光孤子傳輸和誤碼測量的實驗系統[J].中國激光,1999(09):819-824.

[188]余建軍,楊伯君,于麗,李朝暉,張曉光,管克儉.光孤子誤碼測量的實驗系統[J].電子學報,1999(07):123-124.

[189]余建軍,楊伯君,李朝暉,于麗,張曉光,管克儉.2.5Gb/s,52km 的光孤子通信實驗系統[J].高技術通訊,1998(07):18-21.

[190]余建軍,楊伯君,管克儉,張曉光,楊啟敏.基于不同色散光纖的光纖鏈的孤子傳輸研究[J].光學學報,1998(04):63-67.

[191]張曉光,王永鋼.簡明光波導模式理論[J].光通信研究,1997(04):27-31+40.

[192]余建軍,張曉光,楊伯君,管克檢.負啁啾脈沖在正負色散光纖中傳輸特性研究[J].光學學報,1997(10):144-149.

[193]余建軍,張曉光,楊伯君.正色散光纖消啁啾的理論研究[J].光電子·激光,1997(03):53-56.

[194]余建軍,楊啟敏,牟若梅,張曉光,楊伯君,管克儉.正常色散光纖消啁啾的孤子傳輸實驗[J].高技術通訊,1997(06):21-23.

[195]余建軍,楊伯君,張曉光.啁啾脈沖在正常色散光纖中頻域特性實驗研究[J].光子學報,1997(04):345-348.

[196]張曉光,余建軍,楊伯君.孤子源啁啾對光孤子傳輸的影響以及消啁啾的方法[J].光子學報,1997(03):224-232.

[197]余建軍,張曉光,楊啟敏,牟若梅,楊伯君.正常色散光纖消啁啾的孤子傳輸實驗[J].光通信研究,1996(04):8-11.

[198]張曉光,王永鋼.利用波疊加觀點討論光波導模式的物理意義[J].工科物理,1996(04):14-16.

[199]余建軍,楊伯君,余建國,張曉光.光孤子傳輸實驗研究[J].光電子·激光,1996(05):268-272+267.

[200]張曉光.自聚焦光纖模間色散的射線解法[J].光通信技術,1996(03):223-225.

[201]張曉光,黃瓊,萬仁浚.光程、費馬原理和光纖的模式色散[J].大學物理,1996(04):4-6+3.

[202]余建軍,張曉光,楊伯君.利用二次諧波檢測光孤子脈沖對晶體的考慮[J].光通信研究,1996(01):14-18.

[203]張曉光.關于KDP晶體在電光效應中兩個二階軸對稱性的討論[J].大學物理,1996(03):7-10.

[204]張曉光,陳雷.有損色散漸變光纖中孤子串的產生[J].光通信研究,1995(01):7-12.

[205]張曉光,郭萬穩,張藍.光纖孤子通信的計算機模擬[J].光通信研究,1994(03):20-25.

[206]張曉光,萬仁浚.普通物理教材中氦氖能級圖的一些問題[J].工科物理,1994(03):9-10.

發表中文會議論文：

[1]顏菲,張曉光. 基于LDPC編碼的前向糾錯在偏振模色散補償系統中的應用研究[C]..第九屆全國光電技術學術交流會論文集（下冊）.2010:379-382.

[2]王文楠;朱進軍;孫丹;方光青;張曉光;楊伯君. 基于DSP的偏振模色散補償實驗[C]..第一屆中國高校通信類院系學術研討會論文集.電子工業出版社,2007:570-575.

[3]王茹婷,張曉光,蔣達婭. FEC在高速光纖通信系統中的應用[C]..第一屆中國高校通信類院系學術研討會論文集.電子工業出版社,2007:756-759.

[4]方光青;張曉光;許瑋;席麗霞;段高燕. 差分相移鍵控格式產生與解調的實驗研究[C]..第一屆中國高校通信類院系學術研討會論文集.電子工業出版社,2007:879-884.

[5]唐先鋒,席麗霞,張曉光. 差分相移鍵控調制信號的相位再生技術[C]..第一屆中國高校通信類院系學術研討會論文集.電子工業出版社,2007:957-961.

[6]張妍,張曉光,王永鋼. 幾種改進型的粒子群優化算法[C]..第一屆中國高校通信類院系學術研討會論文集.電子工業出版社,2007:885-889.

[7]何理; 楊伯君; 張金勝; 于麗; 張曉光. 被動鎖模摻餌光纖激光器的研究[C].第十二屆全國量子光學學術會議論文摘要集.《量子光學學報》編輯部,2006:42-43.

[8]程俊強;俞重遠;蔣達婭;張曉光. 光通信系統中鈮酸鉀晶體的激光倍頻特性[C]..第十七屆全國激光學術會議論文集.科學出版社,2005:324-327.

[9]劉玉敏; 俞重遠; 張曉光; 楊伯君. 一種新型的可調諧偏振態色散延遲線的研究[C].第三屆中國光通信技術與市場研討會論文集.2003:315-322.

[10]張曉光. 光纖偏振模色散的兩級自適應補償器[C]..北京光電子學青年學術論壇論文集.2003:13-20.

[11]陳林; 楊伯君; 張曉光; 張茹; 于麗. 35.8×40Gbit/s波分復用光纖通信系統中偏振模色散的研究[C].全國第十一次光纖通信暨第十二屆集成光學學術會議（OFCIO’2003）論文集.人民郵電出版社,2003:208-212.

[12]席麗霞; 張曉光; 鄭遠; 沈昱; 周光濤. 基于DOP取樣的10Gbit/s系統PMD自適應補償的實驗[C].全國第十一次光纖通信暨第十二屆集成光學學術會議（OFCIO’2003）論文集.人民郵電出版社,2003:411-415.

[13]劉玉敏; 鄭遠; 俞重遠; 張曉光. 級聯長周期啁啾光纖光柵作為波分復用隔離濾波器的研究[C]. 全國第十一次光纖通信暨第十二屆集成光學學術會議（OFCIO’2003）論文集.人民郵電出版社,2003:782-786.

[14]趙玉芳,楊伯君,張曉光. 光纖損耗對孤子壓縮態的影響[C].第十屆全國量子光學學術報告會論文論文集.量子光學學報編輯部,2002:20-21.