地球自然矢量场定位导航技术发展研究综述

General review of the development of the earth natural vector field positioning and navigation technology

  • 摘要: 地球自然矢量场定位导航具有很强的独立性与自主性,是卫星导航系统应用发展的一个重要辅助支撑和有效补充,能更好地提高多传感器融合定位导航效果. 论文研究了重力场、地磁场、地形地貌高程场、偏振场、静电场等地球自然矢量场的形成机理以及用于定位导航的理论与方法模型,并针对地球自然矢量场定位导航的技术发展与国内外研究历史进行了系统梳理,形成完整的理论技术体系,对深化地球自然矢量场定位导航理论模型与技术方法研究,促进多源定位导航技术发展提供重要的理论借鉴与研究支撑.

     

    Abstract: The earth natural vector field positioning and navigation has strong independence and autonomy, and becomes an important auxiliary support and effective supplement for the application and development of satellite navigation system, it can improve the navigation effect of multi-sensor fusion. The formation mechanism of the Earth’s natural vector fields, such as gravity field, geomagnetic field, geomorphologic elevation field, polarization field and electrostatic field, and the theoretical and methodological models for positioning and navigation are studied in this paper, in view of the technical development of the earth natural vector field positioning and navigation and the research history at home and abroad, a complete theoretical and technical system is formed, it provides important theoretical reference and research support for deepening the research on the theoretical model and technical methods of geo-vector field positioning and navigation, and promoting the development of multi-source positioning and navigation technology.

     

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