CAJ | 학술논문

为了摆脱我国在海洋石油高精度勘探领域对国外技术的依赖, 减少海洋石油开采的成本, 分析了目前我国海洋石油地震勘探领域主要采用的高精度定位技术和石油勘探的现状, 提出了一种利用精密单点定位技术 (PPP) 进行高精度定位解算的方法, 设计了海洋浮标高精度定位系统方案. 模拟了静态和动态2种工作环境, 在湖上对系统进行了性能仿真, 仿真结果表明, 利用精密单点定位方法可以提高海洋石油勘探探测精度.
위료파탈아국재해양석유고정도감탐영역대국외기술적의뢰, 감소해양석유개채적성본, 분석료목전아국해양석유지진감탐영역주요채용적고정도정위기술화석유감탐적현상, 제출료일충이용정밀단점정위기술 (PPP) 진행고정도정위해산적방법, 설계료해양부표고정도정위계통방안. 모의료정태화동태2충공작배경, 재호상대계통진행료성능방진, 방진결과표명, 이용정밀단점정위방법가이제고해양석유감탐탐측정도.
In order to break away from the dependence on foreign technology in the field of offshore oil high-precision exploration and reduce the cost of offshore oil exploration,this paper analyzes the current situation of high-precision positioning technology and oil exploration used in the field of offshore oil earthquake exploration of China,and presents a method which uses precise point positioning to perform high-precise positioning resolution.Based on this method,this paper designs a marine buoy high-precise positioning system scheme,and simulates statistic and dynamic operating environments for system performance simulation at lake. The simulation results show that the high-precision single-point positioning method can improve the precision of marine oil exploration.