Promising Aircraft Navigation Systems with Use of Physical Fields: Stationary Magnetic Field Gradient, Gravity Gradient, Alternating Magnetic Field

E. Karshakov, B. Pavlov, I. Papusha, M. Tkhorenko
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引用次数: 3

Abstract

The report presents the analysis of opportunities of aircraft navigation systems development with regard to the aid of onboard geophysical fields measurements. We consider some prospective systems which today are not widely used: magnetic gradiometers that measure stationary magnetic field gradient, gravity gradiometers that measure gravity field gradient, electromagnetic systems that measure the alternating part of magnetic field. We discuss the main tasks that have to be solved during airborne measurements of these parameters. We give a review of algorithms and hardware solutions. We present some examples of onboard measurements and estimate the possible navigation accuracy.
利用物理场的有前途的飞机导航系统:静止磁场梯度,重力梯度,交变磁场
该报告分析了借助机载地球物理场测量技术发展飞机导航系统的机会。我们考虑了一些目前尚未广泛应用的有前景的系统:测量静止磁场梯度的磁梯度仪,测量重力场梯度的重力梯度仪,测量磁场交变部分的电磁系统。讨论了在这些参数的机载测量中必须解决的主要问题。我们给出了算法和硬件解决方案的回顾。我们给出了一些机载测量的例子,并估计了可能的导航精度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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