Review of Forecasting the Critical Frequency of the Ionospheric F2 Layer

Nabilla Risal, M. J. Homam
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Abstract

This literature review considered journals published over the last five years as primary references in the field of forecasting ionospheric F2 layer critical frequency (foF2) under quiet and disturbed conditions using neural networks and particle swarm optimisation algorithm. The literature was extracted on the basis of the search results and then divided into two major domains: principles of ionospheric critical frequency and methods for forecasting foF2. The proposed differentiation enables future research on factors that affect the variability of foF2 and on techniques used in foF2 prediction, such as empirical and neural network models. Thus, neural networks can be used to investigate and develop improved foF2 models
电离层F2层临界频率预报研究进展
本文回顾了近五年来发表的期刊,作为使用神经网络和粒子群优化算法预测安静和扰动条件下电离层F2层临界频率(foF2)领域的主要参考文献。在检索结果的基础上提取文献,并将其分为电离层临界频率原理和foF2预测方法两大领域。提出的区分使未来研究影响foF2变异性的因素和用于foF2预测的技术,如经验和神经网络模型。因此,神经网络可以用于研究和开发改进的foF2模型
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