西安电子科技大学通信工程学院导师教师师资介绍简介-文爱军

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基本信息
文爱军教授博士生导师
综合业务网国家重点实验室

联系方式
通信地址：
电子邮箱：ajwen@xidian.edu.cn
办公电话：
办公地点：北校区老科技楼
A509，A511，A513，A508，B604
https://faculty.xidian.edu.cn/WAJ

个人简介
请访问本人新主页 https://faculty.xidian.edu.cn/WAJ/zh_CN/article/293770/list/index.htm
文爱军,男，1968年12月生，教授，博士生导师，IEEE Senior Member。1990年毕业于西安电子科技大学计算机通信专业，1998年获得西安电子科技大学通信与信息系统工学博士学位，1998年至1999年在德国柏林工业大学访问研究，2000年工作访问日本东京ACCA网络技术公司，2001年受德国国际学术交流基金资助，作为高级访问****在德国亚琛理工大学访问研究。《IEEE Transactions on Microwave Theory and Techniques》、《IEEE Journal of Lightwave Technology》、《OSA Photonics Research》、《OSA Optics Letters》、《OSA Optics Express》、《IEEE Photonic Journal》、《IEEE Photonic Technology Letter》、《IEEE Journal of Quantum Electronics》、《Optics Communications》、《Applied Optics》、《Opto-Electronics Review》、《Optics and Laser Technology》等国际学术刊物审稿人。

主要研究方向
请访问本人新主页 https://faculty.xidian.edu.cn/WAJ/zh_CN/article/293770/list/index.htm
宽带无线光载射频通信系统与网络

科学研究
请访问本人新主页 https://faculty.xidian.edu.cn/WAJ
科研项目：
1.2019-2020年，纵向课题，面向系统综合的微波光子技术
2.2019-2020年，纵向课题，超宽带光学实时处理技术，负责人
3.2017-2020年，纵向课题，基于光子架构的多功能技术，负责人。
4.2017-2019年，联合基金，微波光子接收技术，负责人。
5.2019-2022年，纵向课题，微波光子通信技术，负责人。
6.2017-2018年，纵向课题，基于微波光子学的宽带可复用通道技术，负责人。
7.2016-2016年，横向课题，基于微波光子学的下一代电子技术，负责人。
8.2016-2016年，横向课题，矿用光载射频链路，负责人。
9.2015-2016年，国家重点实验室演示项目，面向宽带无线通信的光载射频接入技术研究，负责人。
10.2015-2016年，横向课题，DSP变频线性度补偿技术研究，负责人。
11.2014-2015年，863课题，超宽带大动态可复用通道技术，负责人。
12.2014-2015年，横向课题，射频信号光纤高稳传输，负责人。
13.2013-2014年，横向课题，WDM光交换技术研究与全光交换机开发，负责人。
14.2012-2015年，纵向课题，基于频谱感知的网络动态接入技术，负责人。
15.2011-2015年，纵向课题，射频信号光纤馈送与微波光子变频，负责人。
16.2010-2014年，973子课题，高谱效率的光编码和光调制，西电负责人。
17.2010-2011年，国家重点实验室专项基金，高谱效率的光编码和光调制，负责人。
18.2009-2010年，横向项目，自组织网络嵌入式组网软件，负责人。
19.2009-2010年，横向项目，自组织网络组网技术，负责人。
20.2007-2010年，纵向项目，大气激光通信系统，总体副组长。
21.2007-2009年，纵向重点基金项目，分布式测试评估技术，负责人。
22.2007-2008年，横向项目，移动组网技术，负责人。
23.2006-2007年，华为基金“光突发交换环关键技术研究”，技术负责。
24.2005-2006年，华为基金“40G光传输专利技术研究”，技术负责。
25.2004-2005年，与北京大学合作承担华为基金“40G光传输线路编码技术”，西电负责人。
26.2003-2004年，横向项目“智能光网络链路管理协议软件”，负责人。
27.2002-2004年，国家自然科学基金“因特网拥塞控制机制研究”，主要完成人之一。
28.2000-2005年，纵向项目“远程多媒体协同工作应用技术”，主要完成人之一。
29.2000-2001年，横向项目“通信集成电路IP模块委托设计开发”，负责人。
30.1999-2000年，国家863项目“多媒体通信终端成果转化”，第二完成人，863验收成绩Ab。
31.1999-2000年，国家863项目“IP/DWDM技术体制跟踪研究”，第二完成人，863验收成绩Ab。

论文成果
请访问本人新主页 https://faculty.xidian.edu.cn/WAJ
1. Yuanyuan Li; aijun wen; Yong Zhang; Mingquan Liang，Photonic Generation of Frequency-doubled Microwave Waveform based on a PDM-MZM Modulator，OpticsCommunications，accepted. 中科院三区
2. Huixing Zhang, Aijun Wen,* Wu Zhang, Weipeng Zhang, Weile Zhai, and Zhaoyang Tu, A novel spectral-efficient coherent radio-over-fiber link with linear digital phase demodulation，IEEE Photonics Journal， accepted. 中科院三区
3. Jialin Ma, Aijun Wen, Zhaoyang Tu，A Filter-Free Photonic Microwave up-converter with frequency quadrupling，Applied Optics, accepted. 中科院三区
4. Xiang, SY;Wang, B;Wang, Y;Han, YA;Wen, AJ;Hao, Y,2.24-Tb/s Physical Random Bit Generation With Minimal Post-Processing Based on Chaotic Semiconductor Lasers Network, IEEE JOURNAL OF LIGHTWAVE TECHNOLOGY, 卷:37,期:16,页:3987-3993,AUG 15 2019，中科院二区
5. Kun Zhang, Shang Hong Zhao, Ai Jun Wen, Wu Zhang, Wei Le Zhai, Tao Lin, and Xuan Li,Anti-chromatic dispersion transmission of frequency and bandwidth-doubling dual-chirp microwave waveform, Optics Letters，2019-08-08, DOI:10.1364/OL.44.004004，中科院二区
6. Zhaoyang Tu, Aijun Wen, Guocong Yu, Xiangrui Li, and Hao Zhuo，A Wideband Photonic RF Receiver with Lower IF Frequency enabled by Kramers-Kronig Detection，IEEE/OSA Journa of Lightwave Technology，accepted. 中科院二区
7. Weile Zhai and Aijun Wen，Microwave Photonic Multifunctional Phase Coded Signal Generator，IEEE Photonics Technology Letters，Accepted，中科院三区
8. Hao Zhuo; aijun wen; Yong Wang ，Photonicangle-of-arrival measurement without direction ambiguity based on a dual-parallel Mach-Zehndermodulator，OpticsCommunications，accepted. 中科院三区
9. Weile Zhai, Aijun Wen, and Kongkun Wei，Photonic Generation of a Dual Band polyphase Coded Microwave Signal With a Tunable Frequency Multiplication Factor，IEEE/OSA Journa of Lightwave Technology，IEEE/OSA Journal of Lightwave Technology，OCTOBER 1, 2019，Volume: 37, Issue:19，On Page(s): 4911-4920. 中科院二区
10. Jialin Ma; aijun wen, Ph.D; Wu Zhang; Mingquan Liang; Zhaoyang Tu，Carrier-frequency-doubled photonic microwave vector signal generation based on PDM-MZM，Optics Communications，Optics Communications 450 (2019) 347–351. 中科院三区
11. Yuanyuan Li, Aijun Wen*, Wu Zhang, Qing Wang, Xiangrui, Li, A Simple and Tunable Photonic Generation of Frequency-doubled Triangular waveform based on Two Cascaded Modulators, Optics Communications, Volume 445,15 August 2019,Pages 231-235. 中科院三区
12. Wu Zhang, Aijun Wen, Qing Wang, and Yuanyuan Li, Simple and flexible photonic microwave waveform generation with low RMSE of square waveform, IEEE Photonics Technology Letters, JUNE 1, 2019，Volume: 31, Issue:11，On Page(s): 829-832. 中科院三区
13. Dongjuan Shan, AIJUN WEN,* WEILE ZHAI, XIANGRUI LI, WU ZHANG, AND ZHAOYANG TU, A filter-free image-reject microwave photonic downconverter based on cascaded modulators, Applied Optics, accepted. 中科院三区
14. Weile Zhai, Aijun Wen, and Dongjuan Shan，Photonic Generation and transmission of Frequency-doubled Triangular and square waveforms based on two Mach-Zehnder Modulators and a Sagnac loop，IEEE/OSA Journa of Lightwave Technology，VOL. 37, NO. 9, MAY 1, 2019. 中科院二区
15. Wang, Y;Xiang, SY;Wang, B;Cao, XY;Wen, AJ;Hao, Y, Time-delay signature concealment and physical random bits generation in mutually coupled semiconductor lasers with FBG filtered injection, OPTICS EXPRESS, 卷:27,期:6,页:8446-8455,,出版年:MAR 18 2019，中科院二区
16. Wu Zhang, Aijun Wen, Yuanyuan Li, and Jialin Ma，A High Spectral Efficiency Microwave Photonic Link with Optimization of Chromatic-Dispersion-Induced Power Fading，IEEE/OSA Journa of Lightwave Technology，Volume: 37,Issue: 4, Feb.15, 15 2019. 中科院二区
17. Zhaoyang Tu, Aijun Wen*, Wu Zhang, Zhongguo Xiu, and Guocong Yu, All-Optical Image-Reject Frequency Down-Conversion Based on Cascaded Electro-Optical Modulators, Optics Communications，2019, 430:158-162.. 中科院三区
18. Weilei Wang , Aijun Wen, Zhaoyang Tu , Wu Zhang , Dong Liang , Xiao Zhang , Qing Wang，Photonic generation of binary phase-coded microwave waveforms and phase-coded pulses with ultrawide frequency tunable range，Optical Engineering，57(10), 106105 (2018)
19. Xiang, SY;Zhang, YH;Guo, XX;Wen, AJ;Hao, Y, Photonic Generation of Neuron-Like Dynamics Using VCSELs Subject to Double Polarized Optical Injection, IEEE JOURNAL OF LIGHTWAVE TECHNOLOGY, 卷:36, 期:19, 页:4227-4234, 出版年:OCT 1 2018，中科院二区
20. XIANGRUI LI, AIJUN WEN,* ZHAOYANG TU, AND ZHONGGUO XIU, Photonic Generation of Microwave Waveforms Based on a DP-QPSK Modulator, Applied Optics, Vol. 57, No. 25 / 1 September 2018. 中科院三区
21. Huixing Zhang, Aijun Wen, Wu Zhang, Weipeng Zhang, Zhaoyang Tu, A Spectral Efficient Self-Homodyne-Detected Microwave Photonic Link With an Extended Fiber-Reach, IEEE photonic technology letter, OCTOBER 1, 2018 Volume: 30, Issue:19，PP: 1719-1722中科院三区
22. Weile Zhai, Aijun Wen, Huixing Zhang, Wu Zhang, Dong Liang，Improvement of Linearity and Compensation of Dispersion-Induced Power Fading in Multi-Channel Phase-Modulated Analog Photonic Link Based on a Polarization Modulator，IEEE/OSA Journa of Lightwave Technology，VOL. 36, NO. 18, SEPTEMBER 15, 2018，Page(s):4282- 4292.中科院二区
23. Yongsheng Gao, Aijun Wen, Wei Jiang, Yangyu Fan, You He, Fundamental/Sub-Harmonic Photonic Microwave I/Q Up-Converter for Single-Sideband and Vector Signal Generation, IEEE Transactions on Microwave Theory and Techniques, VOL. 66, NO. 9, SEPTEMBER 2018中科院二区
24. Zhaoyang Tu, Aijun Wen, Zhongguo Xiu, Xiangrui Li, and Huixing Zhang, A Photonic Pre-distortion technique for RF Self-interference Cancellation, IEEE Photonic Technology Letters, JULY 15, 2018, Vol.30, No.14, P1297-1300, 中科院三区
25. Weilei Wang, Aijun Wen, * Zhaoyang Tu, Dong Liang, Mei Chen, Xiaoyan Li, and Jinbo Xiao, A Tunable 360° Microwave Photonic Multichannel Phase Shifter with Frequency Quadrupling, Applied Optics, Vol. 57,Issue 17,pp. 4751-4755 (2018). 中科院三区
26. Wu Zhang, aijun wen, Xinyao Xu, Weile Zhai, Kongkun Wei, Huixing Zhang, Dual-wavelength linearization of analog photonic link based on PM-IM conversion, Optics Communications， 420(2018)174–178. 中科院三区
27. YONGSHENG GAO*, AIJUN WEN, W EI JIANG, YANGYU FAN, AND YOU HE, All optical and Broadband Microwave Fundamental Sub-Harmonic IQ Down-Converters, Optics Express,Vol.26,No.6, 19 Mar 2018. 中科院二区
28. 高永胜，微波光子混频技术研究，中国电子教育学会2017年度优秀博士学位论文提名奖
29. Weile Zhai,Aijun Wen,Senior Member,IEEE,Wu Zhang,Zhaoyang Tu,Huixing Zhang,and Zhongguo Xiu, A multi-channel Phase Tunable microwave photonic mixer with high conversion gain and elimination of dispersion-induced power fading，IEEE Photonics Journal, Volume 10, Number 1, February 2018. 中科院三区
30. Zhaoyang Tu, Aijun Wen, Senior Member, IEEE, Zhongguo Xiu,1,2 Wu Zhang,1,2 and Mei Chen,Angle-of-Arrival Estimation of Broadband Microwave Signals Based on Microwave Photonic Filtering, IEEE Photonics Journal,Volume 9, Number 5, October 2017，On Page(s): 1-8，中科院二区
31. Shuo Shang, Aijun Wen, Yongsheng Gao, and Wu Zhang，Tunable Frequency-Doubled Optoelectronic Oscillator Based on a Phase Modulation in a Sagnac loop，International Journal for Light and Electron Optics，v145，p617-622，September 2017。
32. Jinbo Xiao, Aijun Wen, Senior member, IEEE, Huixing Zhang, Wu Zhang, Yongsheng Gao and Mei Chen，Generation of triangular-shaped waveform with frequency doubling，IEEE Photonics Technology Letters， 03 August 2017，Page(s): 1599 - 1602. 中科院三区
33. Yongsheng Gao, Aijun Wen, Wei Jiang, Yangyu Fan, Deyun Zhou,You He, Wideband Photonic Microwave SSB Up-Convertor and I/Q Modulator, IEEE/OSA Journa of Lightwave Technology, VOL. 35, NO. 18, SEPTEMBER 15, 2017. 中科院二区
34. Wu Zhang, Aijun Wen , Yongsheng Gao, Shuo Shang, Hanxiao Zheng, Hongye He, Filterless Frequency-Octupling Mm-wave Generation By Cascading Sagnac Loop and DPMZM，Optics and Laser Technology，97 (2017) 229–233，中科院三区
35. Yang Chen, Aijun Wen, Wu Zhang. Generation of phase-coded microwave signals through equivalent phase modulation. IEEE Photonics Technology Letters., AUG 15, 2017 Volume: 29, Issue:16 On Page(s): 1371-1374，中科院三区
36. Yongsheng Gao, Aijun Wen, Wu Zhang , Wei Jiang, Ultra -Wideband Photonic Microwave I/Q Mixer for Zero -IF Receiver, IEEE Transactions on Microwave Theory and Techniques, VOL. 65, NO. 11, NOVEMBER 2017,On Page(s): 4513-4525，中科院二区
37. Zhengxue Peng, Aijun Wen, Yongsheng Gao, Zhaoyang Tu, Wei Chen, Wu Zhang,,A Novel Method to Realize Optical Single Sideband Modulation With Tunable Optical Carrier to Sideband Ratio, Microwave and Optical Technology Letters, 16 MAY 2017，pages 1740–1743.
38. Wu Zhang, Aijun Wen, Yongsheng Gao, Shuo Shang, Hanxiao Zheng, Hongye He, Large Bandwidth Photonic Microwave Image Rejection Mixer With High Conversion Efficiency, IEEE Photonics Journal, JUNE 2017, Vol. 9, Issue:3, pp.1-8. 中科院二区
39. Wei Chen, Aijun Wen, Xiaoyan Li, Yongsheng Gao, Yong Wang, Shuiying Xiang, Hongye He, Hanxiao Zheng, Wideband Doppler Frequency Shift Measurement and Direction Discrimination Based on a DPMZM, IEEE Photonics Journal, Volume 9, Number 2, April 2017. 中科院二区
40. Yongsheng Gao,Aijun Wen,Wei Chen,and Xiaoyan Li, All-optical ultra-wideband microwave I/Q mixer and image-reject frequency down-converter，Optics Letter，42(6), 1105-1108 (2017) . 中科院二区
41. Yongsheng Gao, Aijun Wen, Senior Member, IEEE, Zhengxue Peng, and Zhaoyang Tu, Analog Photonic Link with Tunable Optical Carrier to Sideband Ratio and Balanced Detection, IEEE Photonics Journal, Volume 9, Number 2, April 2017. 中科院二区
42. Xiaoyan Li, Aijun Wen,* Wei Chen, Yongsheng Gao, Shuiying Xiang, Huixing Zhang and Xiaoming Ma, Photonic Doppler Frequency Shift Measurement Based on a Dual-Polarization Modulator, Applied Optics, Vol. 56,Issue 8,pp. 2084-2089(2017). SCI 008，中科院三区
43. Yongsheng Gao, Aijun Wen, Wu Zhang, Yong Wang and Huixing Zhang, Photonic Microwave and Mm-Wave Mixer for Multi-Channel Fiber Transmission, IEEE/OSA Journa of Lightwave Technology, MAY 1, 2017，Volume: 35, Issue:9，pp1566-1574. 中科院二区
44. Hanxiao Zheng, Aijun Wen, Yongsheng Gao, Wu Zhang, Wei Chen, Shuiying Xiang, Hongye He,Photonic Frequency Sextupling Scheme Based on Two Intensity Modulators and a Sagnac loop, Microwave and Optical Technology Letters, Volume 59, Issue 4, 26 FEB 2017.
45. Wu Zhang, Aijun Wen, Yongsheng Gao, Hanxiao Zheng, Wei Chen, Hongye He, A simplified filterless photonic frequency octupling scheme based on cascaded modulators, Journal of Modern Optics, 2017, Vol. 64, No. 8, 861–865.
46. Zhengxue Peng, Aijun Wen, Yongsheng Gao, and Zhaoyang Tu，A Tunable and Wideband Microwave Photonic Phase Shifter based on Dual-Polarization Modulator，Optics Communications，卷: 382页: 377-380 JAN 1 2017. SCI060/EI，中科院三区
47. Zhaoyang Tu, Aijun Wen, Yongsheng Gao, Wei Chen, Zhengxue Peng, A Photonic Technique for Instantaneous Microwave Frequency Measurement Utilizing a Phase Modulator, IEEE Photonics Technology Letters, DECEMBER 15,.2016,Volume: 28 Issue: 24, pp2795-2798. 中科院三区
48. Xiaoyan Li, Aijun Wen, Senior Member, IEEE, Xiaoming Ma, Wei Chen, Yongsheng Gao, Wu Zhang, ZhaoyangTu and Shuiying Xiang, Photonic Microwave Frequency Measurement with Tunable Range based on Dual-Polarization Modulator, Applied Optics, v55 n31，pp. 8727-8731，NOV 1 2016.SCI020/EI，中科院三区
49. Xiang, Shuiying; Wen, Aijun; Pan, Wei，Emulation of Spiking Response and Spiking Frequency Property in VCSEL-Based Photonic Neuron，IEEE PHOTONICS JOURNAL，卷: 8 期: 5 ， OCT 2016，中科院二区
50. Xiang, Shuiying; Wen, Aijun; Pan, Wei，Suppression of Chaos Time Delay Signature in a Ring Network Consisting of Three Semiconductor Lasers Coupled With Heterogeneous Delays，IEEE JOURNAL OF LIGHTWAVE TECHNOLOGY 卷: 34 期:18 页: 4221-4227 出版年: SEP 15 2016，中科院二区
51. Xiang, ShuiYing; Wen, AiJun; Pan, Wei, Synchronization Regime of Star-Type Laser Network With Heterogeneous Coupling Delays, IEEE PHOTONICS TECHNOLOGY LETTERS卷: 28期:18页: 1988-1991, 出版年: SEP 15 2016，中科院三区
52. Yongsheng Gao, Aijun Wen,* Zhaoyang Tu, Wu Zhang, Lin Lin,Simultaneously photonic frequency down-conversion, multi-channel phase shifting and IQ demodulation for wideband microwave signals, Optics Letter, Vol. 41, Issue 19, pp. 4484-4487 (2016). SCI016/EI，中科院二区
53. Yongsheng Gao, Aijun Wen*, Hanxiao Zheng, Dong Liang, and Lin Lin, Photonic microwave waveform generation based on phase modulation and tunable dispersion, Optics Express, 13 Jun 2016, Vol. 24, No. 12. SCI00/EI，中科院二区
54. Wu Zhang, Aijun Wen, Senior Member, IEEE, Yongsheng Gao, Xiaoyan Li, and Shuo Shang Microwave Photonic Frequency Conversion with High Conversion Efficiency and Elimination of Dispersion-Induced Power Fading，IEEE Photonics Journal，June 2016，Volume:8 , Issue: 3，SCI015，中科院二区
55. Yongsheng Gao, Aijun Wen, Xiaohui Wu, Yuan Wang, and Huixing Zhang, Efficient Photonic Microwave Mixer with Compensation of the Chromatic Dispersion-induced Power Fading, IEEE/OSA Journa of Lightwave Technology, Volume:34 , Issue: 14，July, 15 2016，pp3440 - 3448. SCI024/EI，中科院二区
56. Wei Chen, Aijun Wen, Yongsheng Gao, Nan Yao, Yong Wang, Mei Chen and Shuiying Xiang, Photonic generation of binary and quaternary phase-coded microwave waveforms with frequency quadrupling, IEEE Photonics Journal, , Vol. 8, No. 2, April 2016, page(s): 1-8. SCI040/EI，中科院二区
57. Y. Gao, W. Jiang, A. Wen, D. Liang and Q. Tan，Photonic versatile waveform generation based on phase modulation in Sagnac loop，Electronics Letters，2016, 52(7):550-551. SCI032/EI
58. Yongsheng Gao, Aijun Wen, Wenya Liu, Huixing Zhang and Shuiying Xiang ,Photonic Generation of Triangular Pulses Based on Phase Modulation and Spectrum Manipulation, IEEE Photonics Journal, Volume 8, Number 1, February 2016. SCI049/EI，中科院二区
59. Yongsheng Gao, Aijun Wen, Wei Jiang, Dong Liang, Wenya Liu and Shuiying Xiang, “Photonic Microwave Generation with Frequency Octupling based on a DP-QPSK Modulator”, IEEE Photonics Technology Letters,Volume 27 , Issue 21, pp2260-2263, Nov.1, 2015, SCI013/EI，中科院三区
60. Yongsheng Gao, Aijun Wen, Member, IEEE, Ling Liu, Shuting Tian, Shuiying Xiang and Yong Wang, “Compensation of the Dispersion-Induced Power Fading in an Analog Photonic Link based on PM-IM Conversion in a Sagnac Loop”, IEEE/OSA Journa of Lightwave Technology, VOL. 33, NO. 13, pp2899-2904, JULY 1, 2015.SCI026，中科院二区
61. Yongsheng Gao, Aijun Wen, Yan Chen, Shuiying Xiang, Huixing Zhang and Lei Shang ，“An Analog photonic Link with Compensation of Dispersion-Induced Power Fading ”，IEEE Photonics Technology Letters, Vol. 27, No.12, pp1301-1304, JUNE 15, 2015 . SCI007/EI，中科院二区
62. Yongsheng Gao, Aijun Wen, Ningning Li, Xiaohui Wu, and Huixing Zhang, Microwave generation with photonic frequency octupling using a DPMZM in a Sagnac loop, Journal of Modern Optics,Volume: 62 Issue: 16 Pages: 1291-1296 Apr 2015.SCI002/EI
63. Gao, Yongsheng; Wen, Aijun; Cao, Junjie; Chen, Yan; Zhang, Huixing “Linearization of an Analog Photonic Link Based on Chirp Modulation and Fiber Dispersion”， Journal of Optics，2015，Vol.17，No.3，035705 (5pp)，SCI042/EI. 中科院三区
64. Yongsheng Gao, Aijun Wen,Yan Chen,Huixing Zhang,Shuiying Xiang, “Linearization of an intensity-modulated analog photonic link using an FBG and a dispersive fiber”，Optics Communications, Volume 338, 1 March 2015, Pages 1–6，SCI001/EI，中科院三区
65. Yang Chen, Aijun Wen*, Yan Chen, and Xiaohui Wu，Photonic generation of binary and quaternary phase-coded microwave waveforms with an ultra-wide frequency tunable range，Optics Express Vol. 22, Iss. 13, pp. 15618–15625 (2014)，SCI047/EI，中科院二区
66. Lei Shang*, Aijun Wen, Guibin Lin and Yongsheng Gao，A flat and broadband optical frequency comb with tunable bandwidth and frequency spacing，Optics Communications，vol. 331, no. 15, pp. 262–266, Jun, 2014.，SCI/EI，中科院三区
67. Yongsheng Gao, Aijun Wen, Qingwei Yu, Ningning Li, Guibin Lin, Shuiying Xiang and Lei Shang,Microwave Generation with Photonic Frequency Sextupling Based on Cascaded Modulators，IEEE Photonics Technology Letters，Volume: 26 , Issue: 12. 2014, pp.1199-1202，SCI006/EI. 中科院二区
68. Jing Liu, Aijun Wen, Huixing Zhang, Xiaomei Hu, Qingwei Yu and Zhongying Wu, A novel MI-insensitive and filterless frequency octupling scheme based on two parallel dual-parallel Mach-Zehnder Modulators， OPTIK，125 (2014) 6887–6890, SCI006/EI.
69. Shuiying Xiang, WeiPan, LiyueZhang, AijunWen, LeiShang, Huixing Zhang, LinLin, Phase-modulated dual-path feedback for time delay signature suppression from intensity and phase chaos in semiconductor laser, Optics Communications, Volume 324, 15 August 2014, Pages 38–46, SCI, EI，中科院三区
70. Yang Chen, Tong Shao, Aijun Wen, and Jianping Yao，Microwave vector signal transmission over an optical fiber based on IQ modulation and coherent detection，Optics Letters Vol. 39, Iss. 6, pp. 1509–1512 (2014), SCI/EI，中科院二区
71. Yongsheng Gao; Aijun Wen, Ph.D; Huixing Zhang; Shuiying Xiang; Hongqin Zhang; Lijun Zhao; Lei Shang，An Efficient Photonic Mixer with Frequency Doubling Based on a Dual-Parallel MZM，Optics Communications，vol. 321, no. 15, pp. 11–15, Jun, 2014..SCI003/EI，中科院三区
72. Shang, Lei; Wen, Aijun; Lin, Guibin, Optical frequency comb generation using two cascaded intensity modulators, Journal of Optics, Vol.16, No.3, MAR, 2014, SCI 015/EI，中科院三区
73. Y. Chen, A. Wen, J. Yao，Photonic Generation of Frequency Tunable Binary Phase-Coded Microwave Waveforms， IEEE Photonics Technology Letters，vol.25, no.23,pp.2319,2322, Dec.1, 2013，SCI012/EI，中科院二区
74. Yang Chen, Wangzhe Li, Aijun Wen, and Jianping Yao, Frequency-Multiplying Optoelectronic Oscillator With A Tunable Multiplication Factor，IEEE Transactions on Microwave Theory and Techniques, v 61, n 9, p 3479-3485, 2013，SCI034/EI，中科院二区
75. Shui Ying Xiang, Wei Pan, Ai Jun Wen,Conceal Time Delay Signature of Chaos in Semiconductor Lasers with Dual-Path Injection，IEEE PHOTONICS TECHNOLOGY LETTERS，v 25, n 14, p 1398-1401, 2013，SCI021/EI，中科院二区
76. Mei Yin, Aijun Wen, Yang Chen and Lei Shang，Photonic Generation of High Order UWB Signals，Optik - International Journal for Light and Electron Optics，Optik 124 (2013) 1079– 1082. SCI002,EI
77. Mingan Li; Aijun Wen, Ph.D; Yang Chen; Lei Shang; Lei Yang; Fangyan Wang，An optical millimeter-wave vector signal generation scheme by frequency quadrupling，Optics Communications，285(2012)5429–5432, SCI122, EI，中科院三区
78. Yang Chen, Aijun Wen, Xiaojie Yin , Lei Shang，A photonic mm-wave frequency sextupler using an integrated Mach-Zehnder modulator with three arms，Fiber and Integrated Optics，vol. 31, no. 3, pp. 196-207, Jun.2012,SCI005, EI
79. Yang Chen; Aijun Wen; Xiaojie Yin; Lei Shang; Yong Wang，Generation of frequency-doubling mm-wave signal using a novel Mach-Zehnder modulator with three arms to overcome fiber chromatic dispersion，Optical Fiber Technology，Optical Fiber Technology vol.18, no. 1, pp. 1-6, Jan. 2012, SCI001,EI348，中科院三区
80. Lei Shang, Aijun Wen, Bo Li, Tonggang Wang, Yang Chen and Ming’an Li1, A filterless optical millimeter-wave generation based on frequency octupling, Optik - International Journal for Light and Electron Optics, Vol.123,No.13, p 1183-1186, 2012 . SCI 013, EI
81. Lei Shang, Aijun Wen, Bo Li, Tonggang Wang, Yang Chen and Ming’an Li1, An optical mm-wave generation scheme by frequency octupling using a nested MMI，Optics Communications, v 284, n 24, p 5618-22, 1 Dec. 2011. SCI016,EI 201**，中科院三区
82. Xiaojie Yin, Aijun Wen, Yang Chen，A cost-effective full-duplex radio-over-fiber system based on frequency octupling and wavelength reuse，Fiber and Integrated Optics, Volume 30, Issue 6, November 2011, pages 347-355，SCI001,EI
83. Yang Chen, Aijun Wen, Lei Shang，A full-duplex radio-over-fiber system based on a novel octupling mm-wave generation scheme，Fiber and Integrated Optics，Volume 30, Issue 4, August 2011, pages 231-239，SCI001, EI 201**
84. Yang Chen，Aijun Wen，Lei Shang，Yong Wang，A full-duplex radio-over-fiber link with 12-tupling mm-wave generation and wavelength reuse for upstream signal，Optics & Laser Technology, vol.43,No.7, Oct.2011, 1167–1171，SCI 020,EI 598，中科院三区
85. Xiaojie Yin, Aijun Wen, Yang Chen and Tonggang Wang，Studies in an optical mm–wave generation scheme via two parallel dual–parallel Mach–Zehnder modulators，Journal of Modern Optics，Vol. 58, No. 8, 10 May 2011, 665–673，SCI 005，EI 705
86. Aijun Wen, Mingan Li, Lei Shang and Yang Chen，A novel optical SSB modulation scheme with interfering harmonics suppressed for ROF transmission link，Optics & Laser Technology, Vol.43,No.7, Oct.2011,1061–1064,SCI 004,EI 582，中科院三区
87. Yang Chen, Aijun Wen, Lei Shang and Yong Wang， A novel optical mm-wave generation scheme based on three parallel Mach-Zehnder modulators，Optics Communications., Vol.284,No.5,Mar.2011, SCI， 009, EI 287，中科院三区
88. Lei Shang, Aijun Wen and Tonggang Wang, Coupled spiral-shaped microring resonator-based unidirectional add-drop filters with gapless coupling, Journal of Optics, Volume 13, Number 1, Dec. 2010. SCI 015, EI 269，中科院三区
89. Yang Chen, Aijun Wen，Lei Shang, “Analysis of an optical mm-wave generation scheme with frequency octupling using two cascaded Mach-Zehnder modulators,” Optics Communications., v283,n24,Dec.2010,p4933-4941, SCI 015 EI 392，中科院三区
90. Zhao Jiangong; Wen Aijun; Liu Zengji,etc., An Analytical Model of the Transmission Capacity of Optical mm-Wave Signal Generated by Single Sideband Intensity-modulation，Journal of Optical Communications，30（2009）1，EI 983
91. Xiaojun Li, Aijun Wen, Zengji Liu, Tao Shang, “Influence of Extinction on the Performance of RZ-ODPASK Modulation Format”, International Journal of Modern Physics B, Vol.23,No.11(2009),2479-2489. SCI 006
92. Zhao Jiangong，Wen Aijun; Liu Zengji; Yue Peng，Novel approach for design of low index contrast multimode interference devices，Journal of Modern Optics, v 55, n 12, July,2008, p1913-1921，SCI 006，EI
93. Zhao Jiangong; Wen Aijun; Liu Zengji; Yue Peng，Optimal design of multimode interference couplers using an improved self-imaging theory，Optics Communications, v 281, n 6, Mar 15, 2008, p 1576-1581，SCI037，EI ，中科院三区
94. YAO Mingwu, WEN Aijun, LIU Zengji，Blocking Probability of Limited Range Wavelength Conversion in AsynchronousOptical Burst/Packet Switches, IEEE Photonics Technology Letters, Vol. 18, No. 12, Jun. 2006, pp. 1302-1304，SCI 101，EI ，中科院二区
95. YAO Mingwu, LIU Zengji, WEN Aijun, Accurate and Approximate Evaluations of Asynchronous Tunable Wavelength Converter (TWC) Sharing Schemes in Optical Burst Switched Networks, IEEE Journal of Lightwave Technology, Vol.23, No.10, October 2005, pp2807-2815，SCI 002，EI ，中科院二区
96. Hao Qin, Zengji Liu, Shi Zhang,and Aijun Wen, Routing and Wavelength Assignment Based on Genetic Algorithm , IEEE Communications Letters，6(10), 2002，pp455-457, SCI 000**5，EI

国家发明专利
请访问本人新主页 https://faculty.xidian.edu.cn/WAJ
1. 翟伟乐，文爱军，一种高效的微波光子信道化接收方法，专利申请号：0X 申请日： **
2. 何明阳，文爱军，一种可抑制功率周期性衰落的无基带噪声的二倍频相位编码脉冲光学生成方法，专利申请号：20** 申请日：**
3. 田博，文爱军，一种基于偏振复用光频疏和集成相干接收机的微波光子信道化接收方法，专利申请号：20** 申请日：**
4. 卓昊，文爱军，基于双平行马赫增德尔调制器的到达角无模糊测量方法，专利申请号：20**，申请日：**
5. 涂昭阳，文爱军，基于光纤受激布里渊载波抑制技术的微波信号波达角估计方法，专利申请号：20**,申请日：**
6. 翟伟乐，文爱军，一种可调谐相位编码信号的光学产生方法，专利申请号：20**，申请日：**
7. 翟伟乐，文爱军，一种倍频因子可调的双频段多相位相位编码信号的光学生成方法，专利申请号：3.4，申请日期：**
8. 梁明全，文爱军，一种微波光子宽带矢量信号生成的方法，专利申请号：2.1，申请日：**
9. 陶宇，文爱军，一种无滤波的基于级联调制器的镜像抑制下变频方法，专利申请号：6.2 申请日：**
10. 张雯，文爱军，一种强度调制器与偏振分路复用马赫-曾德尔调制器级联的二倍频三角波生成方法，专利申请号 4.8 申请日：**
11. 余国聪，文爱军，基于K-K检测的低中频光子宽带射频接收方法，专利申请号：3.9，专利申请日：**
12. 邵祥聪，文爱军， MZM+Sagnac环二倍频方波三角波生成及传输方法，专利申请号（GF） 8.0 申请日：**
13. 张笑，文爱军，高效谱效率且可优化功率衰落的微波信号光纤传输方法，专利申请号8.X，申请日：**
14. 田野，文爱军，基于相位调制器与光滤波器的模拟光链路线性优化的方法，专利申请号（GF）8.X，申请日**
15. 张卫鹏，张慧星，基于偏振复用的自相干检测光载射频链路的方法，专利申请号：9.1，申请日：**
16. 程悦，文爱军，利用PDM-MZM生成多种微波波形的方法，专利申请号（GF）：0.9，申请日：**
17. 单董娟，文爱军，基于级联型电光调制器的全光镜像抑制下变频方法，专利申请号（GF）：3.3，申请日：**
18. 王晴，文爱军，利用双偏振正交相移键控调制器生成微波波形的方法，专利申请号（GF）：7.8，申请日：**
19. 张卫鹏，文爱军，基于双波长与相位调制到强度调制转换的模拟光链路线性优化的装置及方法，专利申请号：1.8，申请日：**
20. 翟伟乐，文爱军，一种利用偏振调制器实现多通道模拟光链路线性优化和功率周期性衰落补偿的装置及方法，专利申请号：0.6，申请日：**
21. 于振声，文爱军，基于三导频的双平行马赫-增德尔调制器（DPMZM）的任意点自动偏压控制方法，专利申请号：7.7，申请日：**
22. 汪康，文爱军，基于双偏振正交相移键控调制器的三角波生成方法，专利申请号：6.2，申请日：**
23. 刘爽，文爱军，基于光子预失真的射频自干扰对消方法，专利申请号：9.5，申请日：**
24. 史磊磊，文爱军，基于双偏振调制器载波边带比动态可调的光单边带调制装置及方法，专利申请号8.0，申请日：**
25. 郝磊，文爱军，基于双平行调制器生成四倍频信号以及实现微波光子移相的装置及方法，专利申请号：7.6，申请日：**
26. 王魏磊，文爱军，基于双偏振调制器和偏振调制器实现相位编码信号生成的装置及方法，专利申请号：6.1，申请日：**
27. 魏孔坤，文爱军，基于偏振复用调制器的相位编码信号生成的方法，专利申请号（GF）：5.3，申请日：**
28. 张芳，文爱军，利用双偏振调制器实现镜像抑制下变频的方法，专利申请号（GF）：4.9，申请日：**
29. 翟伟乐，文爱军，利用双偏振正交相移键控调制器实现微波信号光子学变频和多通道移相的方法，专利申请号：9.3，申请日：**
30. 朱秋晨，文爱军，基于微波光子滤波的宽带微波信号到达角估计方法，专利申请号：1.4，申请日：**
31. 高永胜，文爱军，一种微波光子零中频接收装置及方法，专利申请号：8.5，申请日：**
32. 修中国，文爱军，一种基于微波光子循环频移的射频信号任意延时装置及方法，专利申请号：1.4，申请日：**
33. 高永胜，文爱军，微波光子镜像抑制下变频装置及方法，专利申请号：6.6，申请日：**
34. 张武，文爱军，利用嵌入IM调制器的Sagnac环和DPMZM调制器级联产生八倍频毫米波的装置，专利申请号：5.0，申请日：** 专利授权日：**
35. 张武，文爱军，一种利用光子学技术实现微波信号镜像抑制混频的装置，专利申请号：0.3，申请日：** 专利授权日：**
36. 李晓艳，文爱军，基于双偏振调制器实现多普勒频移测量的装置及方法，专利申请号：9.X，申请日：** 专利授权日：**
37. 陈玮，文爱军，基于双平行马赫增德尔调制器测量多普勒频移的装置及方法，专利申请号：8.5，申请日：**
38. 范友强，文爱军，利用并联双平行马曾调制器和平衡探测器提高微波光子链路动态范围的装置及方法，专利申请号：7.0，申请日：**
39. 肖进勃，文爱军，全光生成倍频三角波的装置及方法，专利申请号：6.6，申请日：** 专利授权日:**
40. 高永胜，文爱军，光子学宽带微波单边带调制的方法，专利申请号：4.0，申请日：**，授权日：**
41. 高永胜，文爱军，光子学宽带微波IQ调制器及其操作方法，专利申请号：2.1，申请日：** 授权日：**
42. 张武，文爱军，利用相位调制器来实现宽带信号的光纤传输方法，专利申请号：9.6，申请日：**
43. 高永胜，文爱军，一种实现微波信号光子学变频及多通道光纤传输的装置及方法，专利申请号：7.4，申请日：** 授权日：**
44. 高永胜，文爱军，一种零中频的微波光子信道化接收机的装置及方法，专利申请号：8.9，申请日：**，授权公告日：2018.11.06
45. 商硕，文爱军，基于相位调制的二倍频光电振荡器的方法，商硕，专利申请号：1.9，申请日：**，授权公告日：2019.1.25
46. 涂昭阳，文爱军，一种利用相位调制器实现瞬时频率测量的方法，专利申请号：2.3，申请日：**，授权公告日：**
47. 李晓艳，文爱军，利用双偏振调制器实现瞬时微波频率测量的装置及方法，专利申请号：5.5，申请日：**，授权公告日：2018.10.26
48. 郑寒消，文爱军，利用强度调制器IM调制器和双平行马赫增德尔调制器DPMZM级联产生八倍频毫米波方法，专利申请号：4.0，申请日：**，授权公告日：2018.11.06
49. 潘豪，文爱军，高永胜，基于Sagnac环的电光调制器偏压控制方法，专利申请号：5.9，申请日：**
50. 潘豪；文爱军；高永胜，级联MZM任意点自动偏压控制装置和方法，专利申请号：9.9，申请日：**，授权日：2018.09.03
51. 高永胜，文爱军，利用相位调制器和可调色散器生成微波波形的方法，专利申请号：6.4，申请日：**, 授权公告日：2018.11.06
52. 姚楠，文爱军，利用相位调制器和Sagnac环生成三角波的装置及方法，专利申请号：6.4，申请日：**，授权公告日：2018.11.28
53. 张慧星，文爱军，利用马赫-增德尔调制器产生八倍频毫米波的装置及方法，国家发明专利申请号：2.9，申请日：**，授权公告日：2017.4.26。
54. 文爱军，陈阳，吴晓辉，陈艳，刘玲，光学产生微波相位编码信号的装置，国家发明专利申请号：0.X，申请日：**，授权公告日：2017.9.22。
55. 胡晓梅，文爱军，全光产生十倍频毫米波的装置，发明专利申请号：0.7，申请日期：2013.5.9，授权公告日：2015.9.16
56. 于庆伟，文爱军，项水英，高永胜，林林，光学产生十二和十八倍频毫米波信号的装置，发明专利申请号：1.1，申请日期：2013.5.9，授权公告日：2015.9.16
57. 王越，文爱军，全光产生十六倍频毫米波的装置，国家发明专利申请号：1.4，申请日期：2013.5.9，授权公告日：2016.03.30
58. 文爱军，陈阳，光学产生多种倍频毫米波信号的装置，国家发明专利申请号：8.7，授权公告号：CNB，授权公告日：2014.5.7
59. 文爱军，郑平，传输两路信号的光双边带调制装置和方法，国家发明专利申请号：7.8，授权公告号：CNB，授权公告日2012.10.24：
60. 易湘，文爱军，一种时隙环网的时隙调度方法和网络设备，国家发明专利申请号：1.4，授权公告号CNB，授权公告日2011.04.20
61. 郭彦涛，刘增基，文爱军，光突发交换网络中区分业务的实现方法，国家发明专利申请号：6.0，授权公告号：CNC，授权公告日2009.12.23
62. 姚明旿，文爱军，刘增基等，实现光突发交换环网的方法和结点，国家发明专利申请号：0.5，授权公告号：CNB，授权公告日：2010.11.10

毕业生照片
请访问本人新主页 https://faculty.xidian.edu.cn/WAJ

200312 张军马娟张莹莹庞湘绮钟宁黄伯虎张伟伟文爱军汪飞张骞孙谦

200403 文爱军张莹莹庞湘绮马娟钟宁张骞张伟伟孙谦汪飞张军黄伯虎

200503 马娟，张莹莹，钟宁，文爱军，黄伯虎，张伟伟，陈钦树

200603 靖杰，易湘，潘青，王慕维，文爱军，霍军，傅炜

200703 毋丹芳，宁波，文爱军，易湘，王成巍，赵建功，岳鹏，王远亮，吴建红

200803 岳鹏，吴涛，文爱军，张志卿，周保华，刘杰，翟万腾，何阳，崔健

200903 牛煜，陈惠娟，文爱军，刘佼佼，阳彩燕，刘敏，孟文，贾铭

** 刘将，尚磊，文爱军，张雪丽，陈辉，张磊，吕亮，郑平，周欢欢，孙利刚，张吉敏，李文斌

2011年3月8日，刘芳李明安姚宇王同刚米文博贾伟刘桂芬王文军李志杨蕾刘洋尚磊文爱军吴国成贾成刚于恬

201106 本科毕设尹美程雯张龙敏刘冰娜高永胜于庆伟

** 张恒陈吉坤文爱军高敏杨明月王方艳田广马海明张钰尹小杰陈阳

** 赵强王越梁栋黄威姜斌谢家鼎朱贺广李晓樊涛宋歌郭晶晶梁萌萌文爱军张慧星尚磊项水英

** 刘晶项水英张慧星尚磊刘文雅姚莉况鑫宋珣文爱军吕鑫张萌王滨胡展吴忠英王森王琪

** 赵丽君，张红芹，胡晓梅，李哲哲，王方方，程雯，于庆伟，王健，占欢，尚磊，项水英，文爱军，陈阳，高永胜，杨森，徐振佳，林林，曹俊杰，缪承志

**，李宁宁，马玉洁，牛会静，文爱军，陈艳，刘玲，黄俊，吴晓辉，贺国锋，张颂，周赛，曹凯，林贵斌，陈阳，高永胜。

**，陈阳博士论文答辩，韩香娥，赵尚弘，段哲民，陈阳，文爱军，刘增基，顾华玺，新科609。

**，王滨，姚莉，文爱军，刘文雅，赵曼，王元，王琪，刘欢欢，林林，胡展，王森。

**杨玲蔚尚雅文张笑徐新瑶文爱军张慧星林林杨涌澜张卫鹏王忠涵胡淼泊蔡源翟伟乐田野魏孔坤冯浩育

** 高永胜博士论文答辩徐展琦谭庆贵赵尚弘高永胜文爱军顾华玺新科609

** 硕士毕业照郑寒消李燕文爱军姚楠潘豪范友强陈玮林林何红烨王希洋。
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科研团队
请访问本人新主页 https://faculty.xidian.edu.cn/WAJ
团队教师
文爱军教授
项水英教授
马晓明教授
陈梅副教授
王勇副教授
张慧星副教授
林林讲师
博士研究生
2009 陈阳
2014 高永胜，张武
2015 涂昭阳
2016 翟伟乐
2017 李园园，卓昊，马佳琳
2018 李晓阳
2019 李祥瑞，单董娟
硕士研究生
1999 杨震
2000 陆重阳，朱艳云
2001 庞湘绮，张军，汪飞，孙谦，张骞
2002 钟宁，马娟，张莹莹，张伟伟，陈钦树，黄伯虎，张卫东
2003 易湘，傅炜，靖杰，王慕维，霍军，潘青
2004 毋丹芳，王成巍，吴建红，宁波，王远亮，
2005 崔健，张志卿，吴涛，翟万腾，刘杰，周保华，何阳
2006 牛煜，陈惠娟，贾铭，刘佼佼，孟文，刘敏，阳彩燕，宋婧
2007 张吉敏，李文斌，刘将，张磊，孙利刚，陈辉，张雪丽，吕亮，周欢欢，郑平
2008 贾成刚，米文博，吴国成，于恬，刘洋，王同刚，刘芳，姚宇，李志，贾伟，刘桂芬，王文军
2009 尹小杰，杨蕾，李明安，马海明，张钰，王方艳，张恒，高敏，田广，陈吉坤，杨明月
2010 郭晶晶，宋歌，赵强，梁萌萌，梁栋，王越，李晓，樊涛，朱贺广，谢家鼎，黄威，姜斌
2011 高永胜，程雯，于庆伟，赵丽君，王方方，胡晓梅，李哲哲，张红芹，徐振佳，占欢，廖承志，
杨森，王健，曹俊杰
2012 李宁宁，吴晓辉，林贵斌，曹凯，黄俊，马玉洁，贺国锋，牛会静，周赛，陈艳，
刘玲，刘磊
2013 刘文雅，王琪，姚莉，赵曼，胡展，王森，王滨，况鑫，张萌，詹薇，
田舒婷，刘欢欢，王元
2014 陈玮，王希洋，李亚平，郑寒消，何红烨，潘豪，范友强，李燕，陈均，马亮
2015 刘爽，王魏磊，郝磊，彭铮雪，修中国，李晓艳，于振声，商硕，朱秋晨，肖进勃，汪康，
史磊磊
2016 田野，张笑，李祥瑞，张芳，程悦，王晴，梁明荃，魏孔坤，张卫鹏，邵祥聪，
余国聪
2017 单董娟，田博，仇财，张勇，何明阳，张卓，樊玉亭，张嵩，张雯，陶宇
2018 丁玉玲，李文杰，任航，邓佳锐，程香娟，薛寒，莫英伦，门渊
2019 赵健璋，骆鸿雁，刘靖云，段远强，童昱博，谭萌，李佳晖，徐晓，雷晨阳

课程教学
请访问本人新主页 https://faculty.xidian.edu.cn/WAJ
目前本人承担的教学任务：
计算机通信网课程负责人
博士生/硕士生：计算机通信网（英语讲授）
本科生：计算机通信网（英语讲授）
课件下载示例

招生要求
请访问本人新主页 https://faculty.xidian.edu.cn/WAJ
欢迎保送直博生、硕士生，欢迎报考博士生、硕士生。
实验室科研经费充足，理论结合实际，具备一流的学术水平和科研实验环境，非常重视师生之间和同学之间的交流和沟通，通过持续的科研实践，教学相长，团队协作，使学生的综合素质和能力得到显著提升。
希望来实验室学习的同学，请把简历、成绩单发送到我的电子邮箱。