水下多缆定位建模及仿真分析
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摘要
阐述了水下多缆定位基本原理,建立了多缆定位模型,分析了阵形设计中影响定位精度的主要因素,并提出了有效的解决方法,最后给出了仿真结果。仿真结果表明本文提出的定位模型能够达到较高的定位精度。
The fundamental of Multi-streamer Positioning is described firstly.Then the positioning model is built up,and main problems related to the construction of the arrays are discussed.The effectual solutions for arrays design and simulation results are presented.Simulations show that the model is more accurate than the traditional model for underwater positioning.
The fundamental of Multi-streamer Positioning is described firstly.Then the positioning model is built up,and main problems related to the construction of the arrays are discussed.The effectual solutions for arrays design and simulation results are presented.Simulations show that the model is more accurate than the traditional model for underwater positioning.
引文
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[3]Martin Widmaier,Andrew Long,Barbara Danielsen,Stian Hegna,Recent experience with4D marine seismic acquisition[J].EAGE,2005,23:77-80.
[4]Jiaming Wu,Allen T.Chwang,A hydrodynamic model of a two Part underwater towed system,Ocean Engineering,2000,27:495-472.
[5]Douglas C.Gilbert.Seismic Streamer Position And Estimation[J].IEEE.1981:1077-081.
[6]Harold T.Vincent II,Models,algorithms,and measurements for underwater acoustic positioning[D].University of Rhode Island,2001:75-89.
[7]Zinn N,Rapatz P J V.Reliability analysis in marine seismic net-works[J].The Hydrographic Journal,1995,76(4):43-57.
[8]Gikas V,Cross P.A,Asiama-Akuamaoa A.A rigorous and inte-grated approach to hydrophone and source positioning during multi-streamer offshore seismic[J].The Hydrographic Journal,1995,77(7):90-96.
[9]Ouair Y E,Stronen L K.Value creation from4D seismic at the Gullfaks Field:achievements and new challenges[J].Expanded Abstracts of76thAnnual International SEG Meeting,2006,3:250-254.
[10]Waite A D.Sonar for practising engineers[M].John Wiley&Sons,Ltd.2002:50-62.
[11]张宝成,徐雪仙.长基线四点接收水声跟踪系统定位计算公式及性能分析[J].声学技术,1990(1):19-23.
[12]汪开军,汪鸿振.水下拖缆姿态与振动分析[J].声学技术,1996,15(1):15.
[13]徐亮,汪鸿振.水下拖缆隔振段隔振机理研究[J].声学技术,1996,15(1):16.
[2]Phil Christie,David Nichols,Tony Curtis,Leif Larsen.Raising the standards of seismic data quality[J].Oilfield Review,2001,(2):16-31.
[3]Martin Widmaier,Andrew Long,Barbara Danielsen,Stian Hegna,Recent experience with4D marine seismic acquisition[J].EAGE,2005,23:77-80.
[4]Jiaming Wu,Allen T.Chwang,A hydrodynamic model of a two Part underwater towed system,Ocean Engineering,2000,27:495-472.
[5]Douglas C.Gilbert.Seismic Streamer Position And Estimation[J].IEEE.1981:1077-081.
[6]Harold T.Vincent II,Models,algorithms,and measurements for underwater acoustic positioning[D].University of Rhode Island,2001:75-89.
[7]Zinn N,Rapatz P J V.Reliability analysis in marine seismic net-works[J].The Hydrographic Journal,1995,76(4):43-57.
[8]Gikas V,Cross P.A,Asiama-Akuamaoa A.A rigorous and inte-grated approach to hydrophone and source positioning during multi-streamer offshore seismic[J].The Hydrographic Journal,1995,77(7):90-96.
[9]Ouair Y E,Stronen L K.Value creation from4D seismic at the Gullfaks Field:achievements and new challenges[J].Expanded Abstracts of76thAnnual International SEG Meeting,2006,3:250-254.
[10]Waite A D.Sonar for practising engineers[M].John Wiley&Sons,Ltd.2002:50-62.
[11]张宝成,徐雪仙.长基线四点接收水声跟踪系统定位计算公式及性能分析[J].声学技术,1990(1):19-23.
[12]汪开军,汪鸿振.水下拖缆姿态与振动分析[J].声学技术,1996,15(1):15.
[13]徐亮,汪鸿振.水下拖缆隔振段隔振机理研究[J].声学技术,1996,15(1):16.
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