个人简介

樊祥宁博士、教授、博导。东南大学信息科学与工程学院（原无线电工程系）教授，通信与信息系统专业博士，电子科学与技术学科博士生导师。目前是信息学院、微电子学院、网络空间安全学院和吴健雄学院等学院导师。

分别在南京邮电学院电信工程和数字信号处理专业获工学学士和硕士学位，97年起为移动通信国家重点实验室在职博士，获工学博士学位。2005年，参加了欧盟伽利略卫星导航系统JEAGAL计划；05年至06年，于意大利都灵理工大学和ISMB研究所等单位进修访问一年，11年于美国里海大学进修等。

自88年起，从事射频集成电路、宽带与超宽带无线通信、组合导航定位、移动通信等方面的科研与教学，是《信号与信息处理系列课程国家教学团队》、国家精品课程《信号与系统》和教育部首批精品视频公开课专业导论视频公开课主要成员，获《信号与系统》国家精品资源共享课、国家精品课程和江苏省优秀课程一等奖、江苏省《信号与信息系统课程群》优秀课程一等奖。00年至今任东南大学信息学院硕导，08年起至今任博导。截止2018年6月已培养12名博士生和近160名硕士。

目前正负责国家电网2017科技项目《面向 LTE 与电力物联网的融合机器通信芯片及其系统研究与开发》和国家电网2018科技项目《多业务广覆盖的窄带物联网（NB-IoT）电力应用技术研究》，参与在研国家自然科学基金项目《面向60GHz通信-雷达应用的可配置毫米波锁相环系统》、国家重点研发计划项目《重要场所安全保卫关键技术研究》和国家重大专项项目《基于R15支持毫米波的5G终端基带芯片和射频芯片工程样片研发》等多项国家级重要项目；负责完成了“十一五”国家863目标导向类项目《无线传感网节点嵌入式SoC芯片和射频收发芯片设计》；作为副组长负责完成了国家自然科学基金项目《40Gb/s   单片集成光接收机芯片及信号完整性研究》；作为主要成员完成了国家重大科学研究计划（973）项目《硅基毫米波亚毫米波集成电路与系统的基础研究》中子课题四《30110GHz   硅基集成电路设计与实验研究》两期（3+2）五年期项目；参加并完成了《基于超宽带技术的小区域高速无线多媒体网络关键技术的研究》、《W-CDMA关键技术的研究》和《用于第三代无线通信系统的小波包分解多址技术的研究》等国家自然科学基金项目；负责、参加并完成了《超宽带无线通信关键技术及其兼容与共存技术》、《基于多带体制的超宽带无线通信技术》、《超宽带无线传输技术研究与开发（3）》、《无线局域网信息安全》和《公共无线局域网络（PWLAN）安全体系及其应用研究》等5项国家863计划项目；负责完成了1项教育部聘专重点项目《超宽带脉冲无线通信》；主持负责完成了6项企业合作项目（其中3项为国际合作项目）的研发工作；作为主要成员参加完成了1项欧盟项目。完成国家专利21项；其中以第一发明人完成的国家专利19项。

在IEEE   T-CAS I&II, IEEE Comm. Letters, IET Electronics Letters，IET   Radar, Sonar & Navigation, Signal Processing, Sensors Letters, Springer   AICASP, ICICE，JCSC，ACES Journal，电子学报，半导体学报，通信学报，高技术通讯，电路与系统学报，中国邮电高校学报，计算机工程，东南大学学报，IEEE   APCCAS、WiCOM、ICSICT、ICCCAS、RFIT、WiCOM、WCSP，以及SENSORCOMM等国内外核心学术刊物及IEEE国际会议上发表论文150多篇近70篇SCI/ISTP/CPCI检索收录，110多篇为Ei核心库检索收录的论文。

Biographic:

FAN Xiangning, Dr., Professor, and PhD student adviser

Prof./PhD FAN Xiangningmale.   Prof./PhD Fan is now a full Professor and PhD student adviser in Institute of   RF-&-OE-ICs, School of Information Science and Engineering (formerly as   Department of Wireless Engineering), Southeast University (SEU), in the field   of Electronics Science and Techniques, Circuits and Systems, and   Communication and Information Systems.

Dr. Fan received the B. S. degree in Telecommunication   Engineering, and the M. S. degree in Digital Signal Processing (DSP), both   from Nanjing University of Posts and Telecommunications (NJUPT), in 1985 and   1988 respectively with first class Academy Awards. From 1997, he becomes a   part time Ph.D in National Communications Research Laboratory (NCRL), Southeast   University and received the Ph.D degree in Communication and Information   Systems from NCRL with Grade A in 2005.

From 1988, he works in the Department and NCRL, teaching and   researching in the fields of radio frequency integrated circuits (RFICs),   broadband and ultra-wideband wireless communications, hybrid navigation and   positioning, spreading communications, digital signal processing, and signals   and systems, etc, and finished more than 20 major projects. He has won   several National and Jiangsu Province Teaching Awards, including the National   and Jiangsu Province Most Elaborate Course of “Signals and Systems”, and   “Signals and Information Systems” Most Excellent Group Courses Awards. He has   token charge and joined more than 40 projects, including National 973   projects, National 863 Hi-Tech projects and National Nature Science   Foundation projects about RF techniques, Wireless Sensor Networks (WSN),   Ultra Wideband (UWB) wireless communication system, 3G/4G Mobile   Communication Systems, and Wireless Communication System Information Security.   Dr. Fan has also finished several international cooperation or company   cooperated projects with ADI, Huawei and Panda Inc.

Dr. Fan has applied 21 national patents and 9 issued patents. He   has published more than 150 papers in authority journals and IEEE conferences   like IEEE T-CAS I&II, IEEE Comm. Letters, IET Electronic Letters, IET   Radar, Sonar & Navigation, Signal Processing, Sensor Letters, Springer   AICASP, IEICE, JCSC, ACES Journal, Chinese Journal of Electronics, Journal of   Semiconductors, IEEE APCCAS, ICSICT, ICCCAS, RFIT, WiCOM, WCSP, VTC and   SENSORCOMM, with more than 110 papers SCI or EI Indexed.  His current   research interests include Radio Frequency ICs (RFICs), MMICS, Comm. and ULSI/VLSI   high speed digital ICs, hybrid navigation and position systems, digital and   analog mixed ICs, ICs for digital wireless receivers, next generation mobile   communication systems, and modern signal processing and ICs design for future   wireless communications.

近年主要论文

[1]Yilong   Liao, Xiangning Fan, Zaijun Hua, “Influence of LFSR Dither on the Periods of   MASH Digital Delta-Sigma Modulator”, IEEE Trans CAS-II ,early access, 2018, SCI

[2]Jian   Tao, Xiangning Fan and Xin Chen, “A SAW-less receiver front-end with   continuously variable bandwidth and enhanced blocker-filtering”，IEICE Electronics Express， Vol.15, no.12, pp1-12, June,   2018, SCI收录（检索号WOS:000436264300013）

[3]Yilong   Liao, Xiangning Fan, Zaijun Hua,  “MASH   Digital Delta-Sigma Modulator with Negative Feedback”, JCSC, 2018, accepted,   SCI

[4]Xiangning   Fan, Xiaoyang Shi, Li Tang “Transformer-based Dual-mode VCO for Multi-mode   Multi-standard Receiver” ，Applied Computational Electromagnetics Society Journal,   Vol.31, no.8, pp.997-1002, Aug., 2016，SCI/ISTP检索（检索号WOS:   000380832000019）

[5]Yilong   Liao, Xiangning Fan, Mathematical Calculation of Sequence Length in   LFSR-Dithered MASH Digital Delta-Sigma Modulator with Odd Initial Condition, Int.   J. Electron. Commun. (AEÜ), 82(2017) 533-542，SCI, （检索号WOS:000426404400064）

[6]Xiangning   Fan, Zhou Yu, Jiakai Lu, Zaijun Hua “Design of a 0.7~1.5 GHz Wideband Power   Amplifier in 0.18-μm CMOS Process”, Applied Computational Electromagnetics   Society Journal, Vol.31, no.8, pp.997-1002, Aug., 2016，SCI/ISTP检索（检索号WOS:   000380832000020）

[7]Fan Xiangning, Tao Jian, Bao Kuan, and Wang Zhigong, “A   reconfigurable passive mixer for multimode multistandard receivers in 0.18μm   CMOS”, Journal of Semiconductors，Vol.37,No.8, pp.085001-1 -   085001-8, Aug.,2016, ESCI核心库检索（检索号WOS:000390129000014）

[8]Xiangning Fan, Li Tang, Yujie Wang, Lu Yu, Liang Yuan, Zehua   Yang, Zhigong Wang, “A 1 V 0.18 μm fully integrated integer-N frequency   synthesizer for 2.4 GHz wireless sensor network applications” , Springer   Analog Integrated Circuits and Signal Processing, Vol. 82, no.1, pp.251-264,   Jan., 2015, SCI核心库检索专利、著作版权等