無線通信英文參考文獻精選時間：2017-11-09 來源：未知 作者：秦老師 本文字數：9891字

近年來，干擾以及干擾抑制技術研究已逐漸成為無線通信研究領域中的一個熱點。尤其是面對極端惡劣通信環境中微弱信號檢測時，無線通信抗干擾技術研究和應用具有重要的現實意義和工程價值。我們在這里為你提供了一些無線通信英文參考文獻，供你借鑒參考。

無線通信英文參考文獻一：

[1]Emslie AG,Lagace RL,Strong PF.Theory of the Propagation of UHF radio waves in coal mine runnels. IEEE Transactions on Antennas and Propagation . 1975

[2]Zhang, Y.P.,Hwang, Y.,Kouyoumjian, R.G.Ray-optical prediction of radio-wave propagation characteristics in tunnel environments - Part 2: Analysis and measurements. IEEE Transactions on Antennas and Propagation . 1998

[3]Laakmann, Katherine D.,Steier, William H.WAVEGUIDES: CHARACTERISTIC MODES OF HOLLOW RECTANGULAR DIELECTRIC WAVEGUIDES. Applied Optics . 1976

[4]Dudley,Donald G.Wireless propagation in circular tunnels. IEEE Transactions on Antennas and Propagation . 2005

[5]Zhi Sun,Ian F. Akyildiz.Channel modeling and analysis for wireless networks in underground mines and road tunnels. IEEE Transactions on Communications . 2010

[6]Jiangzhou Wang,Huiling Zhu,Gomes, N.J.Distributed Antenna Systems for Mobile Communications in High Speed Trains. IEEE Journal on Selected Areas in Communications . 2012

[7]Briso-Rodríguez, Cesar,Cruz, Javier M.,Alonso, Jose I.Measurements and modeling of distributed antenna systems in railway tunnels. IEEE Transactions on Vehicular Technology . 2007

[8]Ke Guan,Zhangdui Zhong,Jose I. Alonso.Measurement of Distributed Antenna Systems at 2.4 GHz in a Realistic Subway Tunnel Environment. IEEE Transactions on Vehicular Technology . 2012

[9]Guan, K.,Zhong, Z.,Ai, B.,Briso-Rodríguez, C.Propagation mechanism modelling in the near region of circular tunnels. IET Microwaves, Antennas and Propagation . 2012

[10]Ghazal A,Wang C X,Member S, et al.A Nonstationary Wideband MIMO Channel Model for High-Mobility Intelligent Transportation Systems. IEEE Transactions on Intelligent Transportation Systems . 2015

[11]Xue Qi.Coordinated control for multiple underactuated underwater vehicles with time delay in game theory frame[A]. 第36屆中國控制會議論文集(F)[C]. 2017

[12]Wang Jian-guo 1 1. China Ship Development and Design Center,Wuhan 430064.Research on motion control of underwater vehicle[A]. 第24屆中國控制與決策會議論文集[C]. 2012

[13]Xun Hua,Daqi Zhu,Xiang Cao.A neurodynamics control strategy for real-time tracking control of autonomous underwater vehicle[A]. 第25屆中國控制與決策會議論文集[C]. 2013

[14]Feihu Sun,Junzhi Yu,De Xu.Visual Measurement and Control for Underwater Robots: A Survey[A]. 第25屆中國控制與決策會議論文集[C]. 2013

[15]Lu Tang~1,Yanfu Li~2 1.Shenyang University School of Information Engineering,Liaoning Shenyang 110044 2.State Key Laboratory of Robotics,Chinese Academy of Sciences,Shenyang 110016.Study on kinematical control based on fuzzy inference for underwater work system[A]. 2009中國控制與決策會議論文集(1)[C]. 2009

[16]WU Fan,GENG Zhiyong The State Key Laboratory for Turbulence and Complex Systems,College of Engineering,Peking University,Beijing 100871,P.R.China.Energy Shaping for Stably Coordinating Internally Actuated Underwater Vehicles[A]. 中國自動化學會控制理論專業委員會C卷[C]. 2011

[17]De-sen YANG,Xin-yi SUN,Lian-jin HONG,Hong-kun ZHOU.RESEARCH OF DIRECTIVITY OF UNDERWATER ACOUSTIC VELOCITY GRADIENT SENSORS[A]. 2013全國壓電和聲波理論及器件技術研討會論文集[C]. 2013

[18]Li Ming,Zhou Lin,Zhang Yide.A Novel Doppler Frequency Shift Compensation Algorithm for OFDM Underwater Acoustic Communication System[A]. 第25屆中國控制與決策會議論文集[C]. 2013

[19]Jinhua Wang,Yongzhong Ma.Testing-Oriented Simulator for Autonomous Underwater Vehicles[A]. 2013年中國智能自動化學術會議論文集(第一分冊)[C]. 2013

[20]Xinqian Bian,Jiajia Zhou,Zheping Yan,Heming Jia,Shuping Peng College of Automation,Harbin Engineering University,Harbin,150001,China Harbin Institute of Technology,Harbin 150001,China.Simulation Research of H∞ Filter for the Pitch Control of AUV[A]. Proceedings of 2010 Chinese Control and Decision Conference[C]. 2010

[23]Ali,E,Ismail,M,Nordin,R.,et al.Beamforming techniques for massive MIMO systems in 5G:overview,classification,and trends for future research. Front.Inform.Technol.Electron.Eng . 2017

[24]Feng,Z.Y,Feng,Z.B,Gulliver,T.A.Joint user association and resource partition for downlink-uplink decoupling in multi-tier Het Nets. Front.Inform.Technol.Electron.Eng . 2017

[25]Kuang,J.M,Zhou,Y,Fei,Z.S.Joint DOA and channel estimation with data detection based on 2D unitary ES-PRIT in massive MIMO systems. Front.Inform.Technol.Electron.Eng . 2017

[26]Li,J.Z,Ai,B,He,R.S.,et al.Indoor massive MIMOchannel characterization and performance evaluation. Front.Inform.Technol.Electron.Eng . 2017

[27]Niu,H.H,Zhang,B.N,Guo,D.X.,et al.Joint cooperative beamforming and artificial noise design for secure AF relay networks with energy-harvesting eavesdroppers. Front.Inform.Technol.Electron.Eng . 2017

[28]Wang,J,Wen,X.J,Huang,C.,et al.Optimal precoding for full-duplex base stations under strongly correlated self-interference channels. Front.Inform.Technol.Electron.Eng . 2017

[29]Yuan,Z.H,Chen,C,Cheng,X.,et al.Correlated channel model-based secure communications in dual-hop wireless communication networks. Front.Inform.Technol.Electron.Eng . 2017

[30]Zhang,K.L,Zhang,C,Gu,F.L.,et al.Efficient detection methods for AF relay-aided D2D systems with full-rate space-time block code. Front.Inform.Technol.Electron.Eng . 2017

[31]Zhang,Z.Y,Lyu,W.Interference coordination in full-duplex Het Net with large-scale antenna arrays. Front.Inform.Technol.Electron.Eng . 2017

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