On Current Research Status of UUV and Its Critical Technologies

XIAO Yu-jie; QIU Zhi-ming; SHI Zhang-song

doi:10.3969/j.issn.1671-637x.2014.02.011

[1] CHEN Q，ZHANG L G.Analysis of current situational development trend of US military UUV［J］.Ship Science and Technology，2010，32(7):129-134.

[2] WANG P.Current development status and future application of navy UUVs［J］.Torpedo Technology，2009，17(1): 5-9.

[3] RICHARD B.The development of Autonomous Underwater Vehicles(AUV)∶A brief summary ［C］//IEEE International Conference on Robotics and Automation，Seoul，Korea，2001：1-12.

[4] CHEN Q，LIU J B.Analysis of shape and general arrangement for a UUV［J］.Journal Marine Science and Application，2011，10(1)：121-126.

[5] WANG Y H，SHI X H，WANG P.Dynamical response analysis of incautious water entry of UUV based on exact body shape approach［C］//WCICA the 7th World Congress on Control and Automation,Chongqing,2008：4876-4880.

[6] WANG P，SONG B W，WANG Y H.Application of concurrent subspace design to shape design of autonomous underwater vehicle software engineering［C］//Artificial Intelligence,Networking,and Parallel/Distributed Computing SNPD，Qingdao，2007：1068-1071.

[7] STEVENSON P，FURLONG M，DORMER D.AUV shapes-combining the practical and hydrodynamic considerations［C］//OCEANS 2007-Europe，Aberdeen，2007：1-6.

[8] GORNAK V，INZARTSEV A，LVOV O，et al.MMT 3000-small AUV of new series of IMTP FEB RAS［C］//IEEE OCEANS 2006，Bostonn，2006：1-6.

[9] KUAN M T，LIDDY T，ANVAR A，et al.The advancement of an Autonomous Underwater Vehicle(AUV) technology［C］//Industrial Electronics and Applications，ICIEA 2008.3rd IEEE Conference，Singapore，2008：336-341.

[10] CAI N S.Review of power battery for UUV with development trends［J］.Torpedo Technology，2010，18(2):81-87.

[11] MAO S M，LIU J G，ZOU Z G.Elementary study of a direct borohydride/H2O2 fuel cell［J］.Electric Source Technology，2008，32(12):827-831.

[12] FEMANDES P，STEVENSON P，BRIERLEY A.Autonomous underwater vehicles future platforms for fisheries acoustic［J］.ICES Journal of Marine Science,2003,60(3):684-691.

[13] MENG X S，ZHANG M J.Research on technologies of coordination and cooperation for multiple autonomous underwater vehicle system ［D］.Harbin：Harbin Engineering University，2005.

[14] WEI H M，XU W H.Study on the technology in underwater acoustic communication system ［D］.Dalian：Dalian Maritime University，2009.

[15] QI G.Research on underwater acoustic equipment［J］.Acta Acustica，2006，6(1):61-65.

[16] SCHWEBER B.Underwater modem meets the challenge of a difficult channel-but slowly［J］.EDN，2001,46(1):39-40.

[17] CAI H Z，LIU Y T，CAI H，et al.Acoustic communication and its recent progress［J］.Physics，2006，35(12): 56-61.

[18] DAI R T，WANG Q C.The development and application of modern underwater acoustic communications［J］.Science Mosaic，2008(8):67-75.

[19] ZHU T.The study of UWA communication technology based-on orthogonal frequency division multiplexing［D］.Harbin：Harbin Engineering University，2004.

[20] XU K P，WANG T Z，XU R，et al.Underwater acoustic wireless communications［J］.Journal of Xiamen University：Natural Science Edition，2001(2):42-45.