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Citation:
　Wei Deng and Duanfeng Han.Study on Simulation of Remotely Operated Underwater Vehicle Spatial Motion[J].Journal of Marine Science and Application,2013,(4):445-451.[doi:10.1007/s11804-013-1215-9]
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Study on Simulation of Remotely Operated Underwater Vehicle Spatial Motion

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Title:
Study on Simulation of Remotely Operated Underwater Vehicle Spatial Motion
Author(s):
Wei Deng and Duanfeng Han
Affilations:
Author(s):
Wei Deng and Duanfeng Han
College of Shipbuilding and Ocean Engineering, Harbin Engineering University, Harbin 150001, China
Keywords:
remotely operated underwater vehicle;  motion mathematic model;  spatial motion simulation;  hydrodynamics;  Taylor series;  spatial maneuverability
分类号:
-
DOI:
10.1007/s11804-013-1215-9
Abstract:
In order to analyze the spatial maneuverability of the remotely operated underwater vehicle (ROV), the 6-DOF motion mathematic model of the ROV was founded. Hydrodynamics were analyzed by using the Taylor series. The thrusters on the ROV were discussed. This paper considers three cases of motion simulation: vertical motion, rotational motion and Z-shape motion. A series of simulation experiments showed that the 6-DOF motion mathematic model was correct and reliable, and also fit with the scene simulation.

References:

Brutzman D, Healey AJ, Marco DB, McGhee RB(1998). The Phoenix Autonomous Underwater Vehicle. AI Based Mobile Robots, Kortenkamp, Bonasso, and Murphy, Eds. MIT/AAAI Press, Cambridge, Mass.
Chang WJ, Liu JC, Yu HN (2002). Mathematic model of AUV motion control and simulatou. Ship Engineering,3, 58-60.
Dombrowski JH,Kerr W,Cowen SJ (1993). Development and fabrication of the Fiber Optic Microcable．Technical ReportNRAD，1600-1620．
Li Ye, Liu Jiangcheng, Shen Mingxue (2005). Dynamics model of underwater robot motion control in 6 degrees of freedom. Journal of Harbin Institute of Technology, 12(4), 456-459.
Lynx user Guide (2001). Multigen paradigm Ineus A: Multigen-Paradigm Inc.
Roy-ChowdburyA, BarasJS, HadjitheodosiouM (2005). Security issues in hybrid networks with a satellite component. IEEE Wireless Communications(S1536-1248), 12(6), 50-61.
Shen MX, Cui WC, Xu YR (2008a). Overview of underwater applications of fiber optical micro cable. Journal of Ship Mechanics, 12(1), 146-156P.
Shen MX, Hu Z, Liu ZY (2006). A foreign novel submersible----HROV and its key techniques. The Ocean Engineering, 24(3), 119-123.
Shen MX, Hu Z, Liu ZY (2008b). Simulation of the descent/ascent motion of a deep manned submersible. Journal of Ship Mechanics, 12(6), 886-893P.
Shi Shengda (1995). Submarine maneuverability. National Defense Industry Press, Beijing,China, 150-151.
Song Feijun, Edgar PA, FollecoA (2003). Modeling and simulation of autonomous underwater vehicle: design and implementation. IEEE Journal of Oceanic Engineering (S0364-9059), 28(2), 283-296.
Vega user Guide (2001)．Multigen lnc.U.S.A：Multige-ParadigmInc.
Wang Bo, Wan Lei, Xu Yuru, Qin Zaibai (2009). Modeling and simulation of a mini AUV in spatial motion. Journal of Marine Science and Application, 8(1), 7-12.
Sang EF, Pang YJ, Bian HY (2003). Underwater robot technology. Robot Technique and Application, 3, 8-13.

Memo

Memo:
Supported by Major Projects of Science Research of Ministry of Education (311034).
Last Update: 2013-11-14