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The use of S-guided CREP methodology for advanced seismic structure enhancing processing

机译:S引导Creep方法的使用进行高级地震结构增强加工

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To acquire refined seismic targets, the use of more accurate and more precise methods of seismic signal processing is crucial. Novel seismic processing approach is even more important in case of the complex geology of mountainous regions (e.g., Carpathians, Carpathian Foredeep) where sub-vertical layering of varying rock complex can be found, but also in case of old seismic data reprocessing (especially when the signal-to-noise ratio and general quality are low). Regardless of many research papers and significant progress in seismic processing techniques, a properly processed and interpreted seismic image is still hardly affordable for this region. Obtaining a new value in seismic data processing is a core function of the presented research. The use of dip-guided filtering combined with beam partitioned analysis and Z-domain dip analysis for reprocessing of 3D and 2D seismic data from the Carpathians region has been studied.
机译:为了获得精致的地震靶标,使用更准确和更精确的地震信号处理方法至关重要。在可以找到山区地区的复杂地质(例如,喀尔巴阡山脉,喀尔巴阡山脉的情况)的情况下,新的地震加工方法更为重要,其中可以找到不同岩石综合体的亚垂直分层,而且在旧地震数据再处理的情况下(特别是在信噪比和一般质量低)。无论多种研究论文和地震加工技术中的显着进展如何,该区域仍然几乎不适合加工和解释的地震图像。获得地震数据处理中的新价值是所提出的研究的核心功能。已经研究了使用倾角过滤与光束分区分析和Z域DIP分析进行了研究,以便从喀尔巴阡山脉区域进行再处理3D和2D地震数据。

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