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Ionospheric specification and forecast modeling

机译:电离层规范和预报建模

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摘要

The ionosphere is a highly dynamic medium that exhibits weather disturbances at all latitudes, longitudes, and altitudes. Unfortunately, the weather disturbances can have adverse effects on numerous civilian and military systems/operations, and consequently, a major effort has been devoted to developing ionospheric specification and forecast models. Over the years, a wide range of models have been developed, including empirical, parameterized, numerical, tomographic, and physics-based data assimilation models. The status of the various modeling approaches is briefly reviewed. The review covers the philosophy underlying the approaches and the strengths and limitations of the approaches. In each case, a representative example is given to show the attributes of the approach. The review should be useful to practitioners who are affected by the ionosphere, and it should serve as a benchmark against which future progress can be measured. References: 47
机译:电离层是一种高度动态的介质,在所有纬度、经度和高度都表现出天气扰动。不幸的是,天气扰动可能对许多民用和军事系统/行动产生不利影响,因此,人们致力于开发电离层规范和预报模型。多年来,已经开发了广泛的模型,包括经验、参数化、数值、断层扫描和基于物理的数据同化模型。本文简要回顾了各种建模方法的现状。本综述涵盖了这些方法的基本原理以及这些方法的优点和局限性。在每种情况下,都给出了一个具有代表性的示例来说明该方法的属性。审查应对受电离层影响的从业人员有用,并应作为衡量未来进展的基准。[参考文献: 47]

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