朱艷萍(南京信息工程大學電子與信息工程學院教師)

朱艷萍(南京信息工程大學電子與信息工程學院教師)

朱艷萍,女,南京信息工程大學電子與信息工程學院老師。主要研究方向為:陣列信號處理、MIMO雷達/通信頻譜共享、智慧型信號處理等。編寫教材:1《通信原理(雙語)簡明教程》清華大學出版社,2018。2《遙控遙測技術》講義,2010。

基本介紹

  • 中文名:朱艷萍
  • 國籍中國
  • 出生日期:1980年08月20日
  • 畢業院校:南京理工大學
  • 學位/學歷:博士研究生畢業
  • 職業:教師
  • 專業方向:信號與信息處理
  • 職務:講師
  • 學術代表作:《通信原理(雙語)簡明教程》清華大學出版社,2018
    《遙控遙測技術》講義,2010
  • 主要成就:通信原理
  • 任職院校:南京信息工程大學
  • 性別:女
  • 辦公地點:2號學科樓S501 
  • 所屬系部:電子與信息工程學院
  • 所屬專業:信息與通信工程
個人經歷
教育背景:
2007/9 - 2014/1,南京理工大學,信息與通櫻凝炒信工程,導師:宋耀良
2003/9 - 2005/7,南京理工大學,信息與通信工程,導師:宋耀良
1999/9 - 2003/7,河南師範大學,電子信息工程,導師:王長清
工作經歷:
2005/7 - 至今,南京信息工程大背拳勸學,電子與信息工程學院,講師
2017.10-2018.10, 英國謝菲爾德大學,電子電氣工乘墊捆程學院, 訪問學者
2012/9-2013.3,英國雷丁大學,系統工程學院,訪問學者
論文成果
[1].Zhu Yanping*,Song Yaoliang,Chen Jinli,Zhao Delin.Time-varying Number Targets Tracking Based on RBPF Algorithm in Widely Separated Non-Coherent Multiple-Input Multiple-Output Radar Systems. Journal of Computational Information Systems. 8(15),pp:6373-6381,2012 (EI期刊鑽故翻糠)
[2].Zhu Yanping*,Song Yaoliang,Chen Jinli,Zhao Delin. The High Resolution of Compressed Sensing MIMO Radar System Based on Minimizing the Statistical Coherence of Sensing Matrix. Journal of Electronics(China),29(6),pp:572-579,2012. (權威期刊)
[3].Zhu Yanping*,Song Yaoliang,ZhaoDelin,Chen Jinli.Tracking Maneuvering Ground Target Using IMM-PF in MIMO Radar. Journal of Convergence Information Technology.7(21), pp:612-619 , 2012.(EI期刊).
[4].朱懂慨艷萍*,宋耀良,趙德林,陳金立.基於STBC的混沌MIMO雷達的信號處理研究.武漢理工大學學報.36(6), pp:1127-1131, 2012.
[5]朱艷萍*, MIMO雷達的若干關鍵技術研究[博士論文], 2013.
[6] Yanping Zhu, Ke Tang, Jia Qiang Li, Jinli Chen. The Signal Separation for MIMO Radar based on Particle Filter Algorithm. ICMRA2014,Zhuhai,China,pp:34-38
[7]Yanping ZHU, Sillas HADJILOUCAS, Jinli CHEN, Weijun LONG,Jiaqiang LI.The Chaotic Frequency Hopping Signals for MIMO Radar. Journal of Computational Information Systems(EI). 2014,10(10): 4162-4269.
[8] 陳金立,李家強,李鵬,朱艷邀拳捉踏熱炒船萍等. Joint DOD and DOA Estimation for High Speed Target Using Bistatic MIMO Radar. International Journal of Antennas and Propagation(SCI).2014:1-11.
[9].Chen Jinli, Li Jiaqiang,Zhu Yanping*.Target localization for distributed multiple-input multiple- output radar using Capon algorithm with diagonal loading.Applied Mechanics and Materials(2012 ICEIE),pp 229-231.2012
[10]Li Jiaqiang, Chen Jinli, Zhu Yanping*,Lu Jianbin.Data Quality Control of Wind Profiler Radar Based on Nonlinear Filter.International Journal of Intelligent Information Prosessing (IJIIP),3(3) pp57-63,2012.
[11]Chen Jinli,Li Jiaqiang,Zhu Yanping*..Joint location and velocity estimation for high speed moving target in multi-carrier-frequency MIMO Radar. Advances in information Sciences and Service Sciences.5(6), pp223-229.2013
[12]Chen Jinli, Zhu Yanping*,Li Jiaqiang. Angle estimation for High-speed target in Bistatic multi- carrier-frequency MIMO radar.International Journal of Digital Content Technology and its Applications.7(5), pp146-152,2013.
[13]Li Jiaqiang, Chen Jinli,Ma Zhiqiang,Zhu Yanping* Unification Representation of the Fractional Linear and the Quadratic Time-Frequency Representation and Its Application. International Journal of Digital Content Technology and its Applications.7(4),pp634-642.2013
[14]Parameter Estimation Method for High-Speed Target Using Bistatic MIMO Radar with Dual-Frequency Transmitters. Wireless Personal Communications,2015,8(4): 2083-2098 (SCI 檢索)
[15]Optical transformation design of waveguide bends and splitter in photonic crystals.Optics Communications.2015,155:80-84.(SCI 檢索)
[16]Robust smoothed ?0-norm based approach for MIMO radar target estimation.IET Radar Sonar and Navigation. 2017,11(7):1170-1179.(SCI 檢索)
[17]An adaptive regularized smoothed ?0-norm algorithm for sparse signal recovery in noisy environments.Signal processing.2017,135:153-157.(SCI 檢索)
[18]Target tracking algorithm based on adaptive strong tracking particle filter. IET Science Measurement & Technology.2016, 10(7):704-710.(SCI 檢索)
[7]Yanping ZHU, Sillas HADJILOUCAS, Jinli CHEN, Weijun LONG,Jiaqiang LI.The Chaotic Frequency Hopping Signals for MIMO Radar. Journal of Computational Information Systems(EI). 2014,10(10): 4162-4269.
[8] 陳金立,李家強,李鵬,朱艷萍等. Joint DOD and DOA Estimation for High Speed Target Using Bistatic MIMO Radar. International Journal of Antennas and Propagation(SCI).2014:1-11.
[9].Chen Jinli, Li Jiaqiang,Zhu Yanping*.Target localization for distributed multiple-input multiple- output radar using Capon algorithm with diagonal loading.Applied Mechanics and Materials(2012 ICEIE),pp 229-231.2012
[10]Li Jiaqiang, Chen Jinli, Zhu Yanping*,Lu Jianbin.Data Quality Control of Wind Profiler Radar Based on Nonlinear Filter.International Journal of Intelligent Information Prosessing (IJIIP),3(3) pp57-63,2012.
[11]Chen Jinli,Li Jiaqiang,Zhu Yanping*..Joint location and velocity estimation for high speed moving target in multi-carrier-frequency MIMO Radar. Advances in information Sciences and Service Sciences.5(6), pp223-229.2013
[12]Chen Jinli, Zhu Yanping*,Li Jiaqiang. Angle estimation for High-speed target in Bistatic multi- carrier-frequency MIMO radar.International Journal of Digital Content Technology and its Applications.7(5), pp146-152,2013.
[13]Li Jiaqiang, Chen Jinli,Ma Zhiqiang,Zhu Yanping* Unification Representation of the Fractional Linear and the Quadratic Time-Frequency Representation and Its Application. International Journal of Digital Content Technology and its Applications.7(4),pp634-642.2013
[14]Parameter Estimation Method for High-Speed Target Using Bistatic MIMO Radar with Dual-Frequency Transmitters. Wireless Personal Communications,2015,8(4): 2083-2098 (SCI 檢索)
[15]Optical transformation design of waveguide bends and splitter in photonic crystals.Optics Communications.2015,155:80-84.(SCI 檢索)
[16]Robust smoothed ?0-norm based approach for MIMO radar target estimation.IET Radar Sonar and Navigation. 2017,11(7):1170-1179.(SCI 檢索)
[17]An adaptive regularized smoothed ?0-norm algorithm for sparse signal recovery in noisy environments.Signal processing.2017,135:153-157.(SCI 檢索)
[18]Target tracking algorithm based on adaptive strong tracking particle filter. IET Science Measurement & Technology.2016, 10(7):704-710.(SCI 檢索)

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