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Prediction of future evolution of solar cycle 24 using machine learning techniques

机译:使用机器学习技术预测太阳循环24的未来演化

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Forecasting the solar activity is of great importance not only for its effect on the climate of the Earth but also on the telecommunications, power lines, space missions and satellite safety. In the present work, machine learning using Artificial Neural Networks (ANNs) called Nonlinear Autoregressive Network (NAR) with Exogenous Inputs (NARX) have been applied for the prediction of future evolution of the present sunspot cycle. NARX network is able to combine the performance of ANN algorithm with nonlinear autoregressive method to handle problems such as finding dependencies among solar indices and prediction of solar cycle evolution.
机译:预测太阳能活动不仅具有重要意义,不仅具有对地球气候的影响,而且对电信,电力线,太空任务和卫星安全的影响非常重要。在目前的工作中,使用具有外源输入(NARX)的人工神经网络(ANNS)的机器学习已经应用了外源输入(NARX)的预测本发明的太阳黑子周期的未来演化。 NARX网络能够将ANN算法的性能与非线性自回转性方法相结合,处理诸如在太阳能指标中找到依赖性的问题和太阳循环进化的预测。

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