瞿逢重

瞿逢重，男，博士，浙江大學海洋學院教授、博士生導師，國家自然科學基金優秀青年基金獲得者，浙江省萬人計畫青年拔尖人才，擔任海洋感測與網路研究所所長。

基本介紹

  • 中文名：瞿逢重
  • 畢業院校：美國佛羅里達大學
  • 學位/學歷：博士
  • 職業：教師
  • 專業方向：水聲通信與感測網路、水聲信號處理、人工智慧、海底觀測網、OAM
  • 就職院校：浙江大學海洋學院
  • 性別：男
個人經歷,教育經歷,學術兼職,研究方向,主講課程,獲獎榮譽,學術成果,專利成果,學術論文,

個人經歷

教育經歷

博後 2009~2010 美國佛羅里達大學（University of Florida）
水下聲波通信 ( Underwater Acoustic Communications, UAC)
博士 2005~2009 美國佛羅里達大學（University of Florida）
電氣與計算機工程系（Department of Electrical and Computer Engineering）
碩士 2002~2005 浙江大學
信息與電子工程系
通信工程專業
本科 1998~2002 浙江大學
信息與電子工程系
通信工程專業
輔修專業英語

學術兼職

(1) IEEE 高級會員（2015年入選）
(2) IEEE Transactions on Intelligent Transportation Systems（IF:2.534）編委（Associate Editor,2015-2017），負責通信方向
(3) IET Communications（IF:0.742）編委（Associate Editor,2016-2018），負責水聲通信方向
(4) China Communications（IF:0.322）編委（Associate Editor,2016-2018），負責水聲通信方向
(5) 受邀在水聲通信領域頂級國際會議WUWNet 2016做大會主旨報告
(6) 擔任IEEE Globecom 2017/2016/2014/2013/2011/2010,IEEE NaNA 2016,WUWNet 2015, IEEE ICCVE 2013, IEEE ICNC 2013/2012, IEEE CCNC 2013，IEEE VTC 2010，IEEE ICC 2017/2016,IEEE ISM 2015,IEEE WCSP 2015,IEEE MASLIP 2015,IEEE WCNC 2017,IEEE ICC 2017 WCS會議 Technical Committee Member
(7) 擔任MTS/IEEE OCEANS 2013/2012/2009/2008會議Session Chair
(8) 擔任WUWNet 2012Publicity Chair
(9) 擔任IEEE RWS 2011Organizer
(10) 多次為下列期刊審稿
IEEE Journal of Oceanic Engineering（IF: 1.648）
The Journal of the Acoustical Society of America（IF: 1.572）
IEEE Transactions on Wireless Communications（IF: 2.925）
IEEE Transactions on Signal Processing（IF: 2.624）
IEEE Transactions on Intelligent Transportation Systems（IF: 2.534）
IEEE Communication Letters（IF: 1.291）
IEEE Transactions on Vehicular Technology（IF: 2.243）
Physical Communication（IF: 0.802）
EURASIP Journal on Wireless Communications and Networking （IF: 0.627）
MDPI Sensors（IF: 2.033）
IEEE Wireless Communications Letters

研究方向

水聲通信與感測網路、水聲信號處理、人工智慧、海底觀測網、OAM

主講課程

  • 2017年秋 水聲通信 研究生課程
  • 2013年冬 水下通訊技術 研究生課程
  • 2013年秋 海洋技術導論 本科生課程
  • 2013年夏 水下通訊技術 本科生課程
  • 2012年冬 水下通訊技術 研究生課程

獲獎榮譽

在浙江大學2017年青年教師教學競賽中講授的《水聲原理》獲工科組一等獎
獲得國家自然科學基金優秀青年基金（2017）
入選浙江省“萬人計畫”青年拔尖人才（2017）
入選唐仲英基金會仲英青年學者（2017 ）
第七屆無線通信與信號處理國際學術會議(WCSP2015) 最佳論文獎
第十屆水下網路與系統國際會議(WUWNet2015) Best Paper Runner-up
浙江大學永和獎教金（2013）
浙江大學首批求是青年學者（2011）
IEEE國際聲學、語音及信號處理學術會議(ICASSP2007) 最佳論文獎決賽

學術成果

專利成果

  • 一種智慧型交通中基於位置感測器的波束成型方法，發明專利：201410026792.X，2014.05.21。發明人：瞿逢重、楊柳青、白俊彥、張斌、陳世超、楊堅、韓雙雙
  • 一種基於手機藍牙技術的水下機器人控制系統，發明專利：201410412158.X，2014.08.20，發明人：張志根、時少輝、陳瑤、酈瑞奇、樓利旋、余楚盈、宋宏、瞿逢重、陳鷹、冷建興
  • 一種水下作業機器人，實用新型專利：201420462586.9，2014.08.15，發明人：陳瑤、張志根、時少輝、樓利璇、酈瑞奇、余楚盈、宋宏、瞿逢重、陳鷹、冷建興
  • 一種基於中繼浮標的水陸通信系統，發明專利：201510630973.8，2015.09.29發明人：徐敬、宋宇航、林奧博、孫斌、陳一菲、瞿逢重、韓軍、冷建興
  • 一種多自由度自主水下航行器運動控制裝置，發明專利：CN201610430745.0，2016.06.16，發明人：瞿逢重、宋宏、譚力、王楨鐸、余楚盈、陳鷹 、徐敬、韓軍
  • 一種基於空中平台的空中-水下通信系統，發明專利：CN01510630850.4，2015.09.29，發明人：徐敬、林奧博、宋宇航、陳一菲、孫斌、瞿逢重、韓軍、冷建興
  • 基於密度峰值聚類的交通流量序列劃分方法，發明專利：201610924284.2，2016.10.29.發明人：馬東方、李文婧、羅小芹、葉彬、金盛、王殿海、王福建、瞿逢重、徐敬、孫貴青、吳葉舟
  • 基於分散式聲感測數據的道路區間雙向車流速度估計方法，發明專利：201610924278.7，2016.10.29，發明人：吳葉舟、瞿逢重、葉彬、馬東方、李文婧、徐敬、孫貴青
  • 基於有序聚類的信號控制時段分割方法，發明專利：201610924283.8，2016.10.29.發明人：馬東方、李文婧、羅小芹、葉彬、金盛、王殿海、吳葉舟、瞿逢重、孫貴青、徐敬、王福建
  • 智慧型交通中提高車載節點識別率的無線通信系統及方法，發明專利：201410306860.8，2014.10.8。發明人：瞿逢重、白俊彥、陳世超、楊堅、楊柳青、朱鳳華、黃武陵、宋宏、徐敬
  • 一種水下無線雷射電能傳輸裝置，實用新型專利：201320298250.9，2013.11.13。設計人：冷建興；陳鷹；宋宏；楊萍；瞿逢重；竺松嵩；朱璐燁；劉耀江；林申力
  • 一種水下無線雷射電能傳輸裝置及套用，發明專利：201310203547.7，2013.9.4。發明人：冷建興；陳鷹；宋宏；楊萍；瞿逢重；竺松嵩；朱璐燁；劉耀江；林申力
  • 海底觀測網路科學儀器插座模組的機械裝置，發明專利：201310078941.2，2013.7.10。發明人：瞿逢重；樂業清；宋宏；蘭瑞洪；王鈺岩；謝英俊
  • 一種海底觀測網路科學儀器插座模組的機械裝置，實用新型專利：201320111912.7，2013.3.12。設計人：瞿逢重；樂業清；宋宏
  • 基於波束成型技術的浮標間無線遠距離通信方法，發明專利：201210210475.4，2012.11.28。發明人：瞿逢重；張斌；葉瑛；陳煒

學術論文

Journal Papers
  • [J1]Fengzhong Qu,Zhenduo Wang,Liuqing Yang*,“Differential Orthogonal Space-Time Block Coding Modulation for Time-Variant Underwater Acoustic Channels”,IEEE Journal of Oceanic Engineering 2017 42(1):188-198.
  • [J2]Fengzhong Qu,Zhenduo Wang,Liuqing Yang*,Zhihui Wu,“A Journey towards Modeling and Resolving Doppler in Underwater Acoustic Communications”,IEEE Communications Magazine.2016 54(2):49-55
  • [J3]Fengzhong Qu,Shiyuan Wang,Zhihui Wu,Zubin Liu*,“A Survey of Ranging Algorithms and Localization Schemes in Underwater Acoustic Sensor Network”,China Communications,2016,13(3):66-81.
  • [J4]Fengzhong Qu, Zhujun Zhang, Zhihui Wu, Yezhou Wu*，“Robust transceiver optimization for multi-antenna multi-carrier multi-hop communications”,China Communications,2016,13(4):20-29.
  • [J5]Rui Liu, Guanding Yu,Fengzhong Qu*, Zihan Zhang,“Device-to-Device Communications in Unlicensed Spectrum: Mode Selection and Resource Allocation”,IEEE Access,2016,4:4720-4729.
  • [J6]Chaoqun Yang, Heng Zhang,Fengzhong Qu* and Zhiguo Shi，“Secured measurement fusion scheme against deceptive ECM attack in radar network”,Security & Communication Networks, 2016, 9(16):3911-3921.
  • [J7]Zhihui Wu, Bin Zhang, Fengzhong Qu*, Ye Cheng, Zhujun Zhang, Ying Ye and Liuqing Yang. ，“Precise-Orientation-Beamforming Scheme for Wireless Communications between Buoys”.Mathematical Problems in Engineering，2016, 2016:1-7.
  • [J8] Rui Cao, Fengzhong Qu, Liuqing Yang*，“Asynchronous amplify-and-forward relay communications for underwater acoustic networks”，IET Communications, 2016, 10(6):677-684.
  • [J9] Guangding Yu, Dingzhu Wen,Fengzhong Qu*,“Joint user scheduling and channel allocation for cellular networks with full duplex base stations”，IET Communications, 2016, 10(5):479-486.
  • [J10]Jing Xu, Meiwei Kong, Aobo Lin, Yuhang Song, Xiangyu Yu, Fengzhong Qu*, Jun Han, Ning Deng,“OFDM-based broadband underwater wireless optical communication system using a compact blue LED”,Optics Communications, 2016, 369:100-105.
  • [J11]Guangding Yu,Yang Xu,Rui Yin,andFengzhong Qu*,“An interference coordination strategy based on Nash bargaining for small cell networks”,IET Communications,vol.9,no.13,pp.1583-1590,Aug.2015.
  • [J12]Fengzhong Qu,Zhihui Wu,Feiyue Wang*,Woong Cho,“A security and Privacy Review of VANETs”,IEEE Transactions on Intelligent Transportation Systems,vol.pp,no.99,pp.1-12,June.2015.
  • [J13]Fengzhong Qu,Zhenduo Wang,Hong song,Ying Chen,Liuqing Yang*,“A study on a cabled seafloor Observatory”,IEEE Intelligent Systems,vol.1,pp.66-69,2015.
  • [J14]Jing Xu,Xiangyu Yu,Weichao Lu,Fengzhong Qu,and Ning Deng*,“Offset Manchester coding for Rayleigh noise suppression in carrier-distributed WDM-PONs”,Optics Communications,vol.346,pp.106-109,2015.
  • [J15]Ye Cheng,Zhiming Wang,Qingchao Lu,Fengzhong Qu*,Chizhong Wang,“Hydraulic torque analysis on oscillating mud pulse for MWD/LWD”,ACTA PETROLEI SINICA,vol.35,no.2,pp.385-389,Mar.2014.
  • [J16]Fengzhong Qu*,Xingyang Nie,and Wen Xu,'A two-stage approach for the estimaton of Doubly spread acoustic channels,'IEEE Journal of Oceanic Engineering,vol.40,no.1,pp.131-143,Jan.2015.
  • [J17]Fengzhong Qu*,FeiYue Wang*,and Liuqing Yang,“Intelligent transportation spaces: vehicles, traffic, communications, and beyond,”IEEE Communications Magazine,vol.48,no.11,pp.136-142,Nov.2010.
  • [J18]Dongliang Duan,Fengzhong Qu,Liuqing Yang*,Ananthram Swami,and Jose C. Principe,“Modulation selection from a battery power efficiency perspective,”IEEE Transactions on Communications,vol.58,no.7,pp.1907-1911,July 2010.
  • [J19]Fengzhong Qu,Julie,A.Cummings,and Liuqing Yang*,“Opportunities and Challenges for Acoustic Communications,”Sea Technology,vol.50, no.7, pp.7-7,July 2009(invited).
  • [J20]Fengzhong Qu and Liuqing Yang*,“On the estimation of doubly-selective fading channels,’’IEEE Transactions on Wireless Communications,vol.9,no.4,pp.1261-1265,April 2010.
  • [J21]Fengzhong Qu,Dongliang Duan,Liuqing Yang*and Ananthram Swami,“Signaling with imperfect channel state information: a battery power efficiency comparison,’’IEEE Transactions on Signal Processing,vol.56,no.9,pp.4486-4495,September 2008.
  • [J22]瞿逢重,宋征衛,陳文正,趙民建,“一種改進的MIMO-OFDM幀同步和載波頻偏估計方法”,浙江大學學報(工學版),vol.40,no.2,pp.254–257,2006年2月.
  • [J23]瞿逢重,陳文正,趙民建,“Wi-Fi多模手機的前景分析”,移動通信,vol.28,no.11,pp.40–43,2004年11月.
Conference Papers
  • [C1]Jie Xie,Fengzhong Qu,Zhenduo Wang,Zhiguo He,Ting Lin,Wei Zhang,Hong Song,Ying Chen,“An Introduction to ZheJiang University-Zhairuoshan Experimental Research Observatory and Retrieved Data Analysis”,in Proceedings of the tenth ACM International Conference on Underwater Networks(WUWNets’15).(to appear)
  • [C2]Gongpu Wang,Fengzhong Qu,Zhangdui Zhong,“Signal Detection and BER Analysis for RF-Powered Devices Utilizing Ambient Backscatter”,in Proceedings of IEEE 2015 International Conference on Wireless Communications and signal processing.(to appear)
  • [C3]Yang Chaoqun; Zhang Heng;Qu Fengzhong; Shi Zhiguo*,“Performance of target tracking in radar network system under deception attack”. International Conference on Wireless Algorithms, Systems, and Applications. 2015:664-673.
  • [C4]Lin Aobo; Lu Weichao; Xu Jing; Song Hong*;Qu Fengzhong; Han Jun; Gu Xinxing; Leng Jianxing,“Underwater wireless optical communication using a directly modulated semiconductor laser”.Oceans. IEEE, 2015:1-4.
  • [C5]Zhu Songsong; Song Hong*; Yang Ping; Xu Jing; Qu Fengzhong; Huang Haocai; Ge Han; Han Jun; Leng Jianxing,“Measurement of wavefront aberration in laser beam propagating over water”.Oceans. IEEE, 2014:1-4.
  • [C6]Zhu Songsong; Song Hong*; Yang Ping; Liu Hongbo; Lan Ruihong; Liu Yuan; Huang Haocai;Qu Fengzhong; Leng Jianxing; Chen Ying,“Wavefront aberration characterization and correction for laser beam propagating over saline water and sands”.Mechatronic Systems. 2013:243-248.
  • [C7]Lan Ruihong*; Qi Fuqiang; Yue Yeqing;Qu Fengzhong; Song Hong; Xie Yingjun; Chen, Ying,“ZJU-ZRS experimental research observatory project plan”. ACM International Conference on Underwater Networks and Systems. ACM, 2012:1-2.
  • [C8]Song Hong*; Huang Haocai; Yang Ping; Chen Lei; Lan Ruihong; Chen Jiawang; Qu, Fengzhong; Xie Yingjun; Leng Jianxing; Chen, Ying,Wavefront aberration correction for laser propagating over water with a closed-loop adaptive optical system'.Oceans. IEEE, 2012:1-4.
  • [C9]Xingyang Nie,Zhenduo Wang,Fengzhong Qu,Wen Xu,and Liuqing Yang,“A two-stage approach for the estimation of multiple input multiple output acoustic channels”,in Proceedings of IEEE International Conference on Signal Processing,Communications and Computing,Guilin,China,Aug.5-8,2014.
  • [C10]Songsong Zhu,Hong Song,Ping Yang,Quanquan Mu,Fengzhong Qu,Haocai Huang,Han Ge,Jun Han,Jianxing Leng,Yong Cai,andYing Chen,“Characterization of wavefront aberration in laser beam propagating over saline water and sands”,in Proceedings of MTS/IEEE Oceans Conference, San Diego, USA, Sep 23-26,2013.
  • [C11]Bin Zhang,Ye Cheng,Fengzhong Qu,Zhujun Zhang,Ying Ye,Ying Chen,and Liuqing Yang,“Beamforming for Wireless Communications Between Buoys”,in Proceedings of MTS/IEEE Oceans Conference,San Diego,USA,Sep 23-26,2013.
  • [C12]RuihongLan,Yeqing Yue,Hong Song,Fengzhong Qu,Dan Song,Yingjun Xie,Yong Cai,and Ying Chen,“Development of a scientific instrument interface module for cabled seafloor observatories based on industrial control technology”,in Proceedings of MTS/IEEE Oceans Conference,San Diego,USA,Sep 23-26,2013.
  • [C13]Yeqing Yue,Ruihong Lan,Yingjun Xie,FengzhongQu,Hong Song,Ying Chen,“ Mechanical design of scientific instrument interface module in cabled seafloor observatory,”in Proceedings of MTS/IEEE OCEANS,Yeosu,Korea,May 21-24,2012.
  • [C14]Xilin Cheng,Rui Cao,Fengzhong Qu,Liuqing Yang,“Relay-aided cooperative Underwater acoustic communications: Selective relaying,”in Proceedings of MTS/IEEE OCEANS,Yeosu,Korea,May 21-24,2012.
  • [C15]Jian Dang,Fengzhong Qu,Zaichen Zhang,Liuqing Yang,“Experimental results on OFDM-IDMA communications with carrier frequency offsets,”in Proceedings of MTS/IEEE OCEANS,Yeosu,Korea,May 21-24,2012.
  • [C16]Jian Dang,Fengzhong Qu,Zaichen Zhang,and Liuqing Yang,“OFDM-IDMA Communication Over Underwater Acoustic Channels,”in Proceedings of Military Communications Conference(MILCOM),Baltimore,USA,November 7-10,2011.
  • [C17]Dongliang Duan,Fengzhong Qu,Wenshu Zhang and Liuqing Yang,“Optimizing the Battery Energy Efficiency in Wireless Sensor Networks”,in Proceedings of IEEE International Conference on Signal Processing,Communications and computing,Xian,China,September 14-16,2011.
  • [C18]Xilin Cheng,Fengzhong Qu,and Liuqing Yang,“Single Carrier FDMA over Underwater Acoustic Channels,”in Proceedings of Chinacom conference,Harbin,China,August 17-19,2011.
  • [C19]Fengzhong Qu,Jia Li,Liuqing Yang,and Timothy Talty,“Measured Channel Capacity of SIMO-UWB for Intra-Vehicle Communications,”in Proceedings of European Conference on Antennas and Propagation(EuCAP),Rome,Italy, April 11-15,2011,5 pages.
  • [C20]Xiang Chen,Fengzhong Qu ,and Liuqing Yang,“OFDM-IDMA for Power Line Communications,”in Proceedings of IEEE International Symposium on Power Line Communications and its Applications(ISPLC), University of Udine,Italy, April 3-6,2011,5 pages.
  • [C21]Fengzhong Qu,Xiang Chen,Pan Deng and Liuqing Yang,“Iterative MLSE for MIMO Underwater Acoustic Channels,”in Proceedings of MTS/IEEE Oceans Conference,Seattle,Washington,September 20-23,2010.
  • [C22]Rui Cao,Fengzhong Qu and Liuqing Yang,'On the Capacity and System Design of Relay-Aided Underwater Acoustic Communications,'in Proceedings of IEEE Wireless Communications & Network Conference(WCNC),Sydney,Australia,April 18-21,2010.
  • [C23]Fengzhong Qu,Liuqing Yang,and T. C. Yang,“High reliability direct-sequence spread spectrum for underwater acoustic communications,”in Proceedings of MTS/IEEE Oceans Conference,Biloxi,Mississippi,October 26-29,2009.
  • [C24]Dongliang Duan,Fengzhong Qu,Liuqing Yang,Ananthram Swami and Jose C.Principe“Modulation selection from a battery power efficiency perspective: a case study of PPM and OOK,”inProceedings of IEEE Wireless Communications & Networking Conference,Budapest,Hungary,April 5-8,2009,6 pages.
  • [C25]Fengzhong Qu and Liuqing Yang,“Rate and reliability oriented underwater acoustic communication schemes,’’in Proceedings of IEEE Signal Processing Society 13th DSP Work Shop & 5th SPE Workshop,Marco Island,FL,January 4-7,2009(invited).
  • [C26]Fengzhong Qu and Liuqing Yang,“Basis expansion model for underwater acoustic channels,”in Proceedings of MTS /IEEE Oceans Conference,Quebec,Canada,September 15-18,2008,7 pages.
  • [C27]Fengzhong Qu and Liuqing Yang,“On the estimation of doubly-selective fading channels,”inProceedings of IEEE Conference on Information Science and Systems,Princeton,March 19-21,2008,pp.1279-1284.
  • [C28]Fengzhong Qu,Dongliang Duan,Liuqing Yang and Ananthram Swami,“Signaling with imperfect channel state information: a battery power efficiency comparison,”inProceedings of Military Communications Conference,October 29-31 2007,Orlando,7 pages.
  • [C29]Fengzhong Qu and Liuqing Yang,“Orthogonal space-time block-differential modulation over underwater acoustic channels,”inProceedings of MTS/IEEE Oceans Conference,Vancouver,Canada,September 29-October 4 2007,5 pages.
  • [C30]Fengzhong Qu,Liuqing Yang and Ananthram Swami,“Battery power efficiency of PPM and OOK in wireless sensor networks,”inProceedings of IEEE International Conference on Acoustic, Speech, and Signal Processing,Honolulu,Hawaii,April15–20 2007,pp.III-525-III-528(best student paper finalist).

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