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Data set for solar flare prediction using helioseismic and magnetic imager vector magnetic field data

机译:使用HelioSeismic和磁性成像器向量磁场数据设置用于太阳闪光预测的数据

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It is known that solar flares can affect the near-Earth space, incurring in consequences for radio communications. Therefore, there is a need to research systems for monitoring solar events. This article presents a data set which can be used in the analysis of such events. This data set originated from a set of records from magnetic attributes and solar flare data. In order to create this data set, authors used the SunPy library which provided access to data from the Joint Science Operations Center (JSOC) and Space Weather Prediction Center (SWPC). By integrating data from those two sources, 8,874 samples were obtained comprehending the period between May, 2010 and December, 2019. The collected data were stored as a CSV data set. This data set can be used to support the research of solar flare forecasting, as well as to be compared to other data sets or expanded with new attributes.
机译:众所周知,太阳耀斑可以影响近地球空间,导致无线电通信的后果。 因此,需要研究用于监控太阳能事件的系统。 本文介绍了一个数据集,可用于分析此类事件。 此数据集源自来自磁性属性和太阳耀斑数据的一组记录。 为了创建此数据集,作者使用了Sunpy库,该库提供了从联合科学运营中心(JSOC)和空间天气预报中心(SWPC)的数据访问。 通过将数据集成到这两个来源,获得了8,874个样本,了解2019年5月至2019年5月至12月之间的时间。收集的数据被存储为CSV数据集。 此数据集可用于支持太阳耀斑预测的研究,以及与其他数据集进行比较或使用新属性扩展。

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