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Deep Integration of INS and DP: from Theory to Experiments

机译:INS和DP的深度整合:从理论到实验

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摘要

The recent progress of measurement devices and algorithms of inertial navigation opens up the perspective of deep integration between inertial navigation systems (INS) and dynamic positioning (DP) systems. In the literature, novel mathematical algorithms for INS-guided sensor fusion and sensor fault isolation have recently been proposed, aimed primarily at robust and resilient observation of the vessel’s attitude and position. Much less has been done for experimental testing of INS-guided DP systems in real environmental conditions. In this paper, we report experimental results (from bench tests to real sea trials), demonstrating the efficacy of a fiber-optic inertial measurement sensor in a real DP system. Besides this, we discuss some new applications of INS systems in DP operations and relevant mathematical algorithms.
机译:惯性导航算法的最近进展和惯性导航算法开辟了惯性导航系统(INS)和动态定位(DP)系统之间深度集成的视角。 在文献中,最近提出了用于预防传感器融合和传感器故障隔离的新型数学算法,主要针对血管的姿态和位置的鲁棒和弹性观察。 对于实际环境条件中的Ins-Buided DP系统的实验测试,已经完成了更少的事情。 在本文中,我们报告了实验结果(从台面测试到真正的海洋试验),展示了光纤惯性测量传感器在真实DP系统中的功效。 除此之外,我们讨论了DP操作中INS系统的一些新应用和相关的数学算法。

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