基于支持向量机集成遗传算法的太阳耀斑预测改进

Yukiko Yamamoto, S. Tsuruta, T. Muranushi, Yuko Hada Muranushi, Syoji Kobashi, Yoshiyuki Mizuno, R. Knauf
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引用次数: 1

摘要

太阳活动对全球环境有各种影响,特别是对天气和自然灾害的可能性。特别是,它可能对地球产生严重的影响,如卫星通信和导航(GPS)的故障,卫星损坏,宇航员的辐射暴露增加,地磁风暴和极光,以及发电厂故障造成更严重的灾难。空间天气预报基本上是对太阳耀斑的日常预报,要对造成严重灾害的更大规模太阳耀斑进行准确预报,必须改进空间天气预报。在我们目前的工作中,使用了一种称为支持向量机(SVM)的机器学习算法来预测空间天气。在这里,我们建议通过集成遗传算法(GA)来扩展该技术,以获得更精确的预测,并对该方法进行评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Improvement of Sun Flare Prediction by SVM Integrated GA
Solar activity has various influences on the global environment, in particular on the weather and the likelihood of natural disasters. In particular, it may have serious impacts on Earth such as failure of satellite communication and navigation (GPS), satellite damage, increased radiation exposure to astronauts, geomagnetic storm and aurora, and power plant failures causing more serious disaster. For a precise forecast of larger scale solar flares causing serious disaster, it is important to improve the space weather forecast, which is basically a daily forecast of the solar flare. In our work so far, a machine-learning algorithm called Support Vector Machine (SVM) was used to forecast the space weather. Here, we propose to extend this technology by integrating a Genetic Algorithm (GA) for a more precise forecast and present an evaluation of this approach.
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