3D seismic waveform classification study based on high-level semantic feature

Xiaohan Du, Feng Qian, Xiangqin Ou
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Abstract

With the improvement of Natural energy exploration technologies, the Seismic interpretation member need to deal with more and more information and parameters. How to better use seismic characteristic parameter to detect hydrocarbon becomes increasingly complex. In this article, we deeply studied the seismic waveform classification, and propose a seismic waveform classification method based combine various characters. After reducing the dimensions of seismic wave, we classify it using the high-level semantic feature extraction technique in pattern recognition. Experiments proved that, the classification result improved in continuity and details, and reduced the redundancy of seismic signal, increased performance of classification.
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基于高级语义特征的三维地震波形分类研究
随着自然能源勘探技术的进步,地震解释人员需要处理越来越多的信息和参数。如何更好地利用地震特征参数进行油气探测变得越来越复杂。本文对地震波形分类进行了深入研究,提出了一种结合各种特征的地震波形分类方法。在对地震波进行降维后,采用模式识别中的高级语义特征提取技术对其进行分类。实验证明,分类结果在连续性和细节性上都有所提高,减少了地震信号的冗余,提高了分类性能。
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