地震数据分类的机器学习

S.I. Litvinov, P. Bekeshko, O. Adamovich
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引用次数: 0

摘要

本文探讨了利用神经网络对地震数据进行分类的可能性,以提高数据处理效率,减少地球物理学家执行日常任务的时间,并对项目的经济效益产生积极影响。给出了利用深度学习对存在非平稳人为噪声的空间地震图进行分类的结果。该方法实现了较高的分类精度。通过这项工作,得出了一个重要的结论,即利用这种方法在地震记录中搜索人为噪声的可能性。
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Machine learning for classification of seismic data
Summary This paper discusses the possibility of using neural networks to classify seismic data in order to increase the efficiency of data processing, reduce the time for a geophysicist to perform routine tasks and have a positive impact on the economic efficiency of the project. The result of using deep learning for the classification of seismograms in the presence of non-stationary man-made noise in space is presented. The approach made it possible to achieve high classification accuracy. As a result of the work, an important conclusion was made about the possibility of using this approach to search for man-made noise in seismic records.
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