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首页> 外文期刊>International Journal of Computational Intelligence and Applications >ANAFS COMPUTATION OF H-COMPONENT OF THE EARTH'S MAGNETIC FIELD
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ANAFS COMPUTATION OF H-COMPONENT OF THE EARTH'S MAGNETIC FIELD

机译:地球磁场H分量的ANAFS计算

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摘要

This paper presents a computational technique for modeling the Earth's magnetic field using the framework of Adaptive Non-Additive Fuzzy System (ANAFS). The defuzzified output constructed from both the premise and consequent parts of the GFM rules takes the form of Choquet integral. Premise and consequent parameters of non-additive fuzzy model are then updated for each online data based on the estimation error to make the adaptive system. The resulting model is applied on the real data, i.e. H-component of the magnetic field obtained from the magnetometer and the training and prediction results are found to be better and can be used for modeling such a complex system whose mathematical or physical modeling is very difficult to obtain. Thus, this work makes an important contribution to the field of fuzzy modeling of real life complex systems.
机译:本文提出了一种使用自适应非加性模糊系统(ANAFS)框架对地球磁场建模的计算技术。从GFM规则的前提和后续部分构建的去模糊输出采用Choquet积分的形式。然后,基于估计误差,针对每个在线数据更新非加性模糊模型的前提参数和后续参数,以构成自适应系统。将所得模型应用于实际数据,即从磁力计获得的磁场的H分量,并且发现训练和预测结果更好,并且可用于对数学或物理模型非常复杂的复杂系统进行建模很难获得。因此,这项工作对现实生活中的复杂系统的模糊建模领域做出了重要贡献。

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