Development of an Application for automatic Quality Control of Seismic Data

G. Chernyshov, A. Duchkov, A. Matveev, N. Goreyavchev, S. Grubas, D. A. Litvichenko, D. Semin, G. Mitrofanov
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Abstract

Summary The purpose of seismic survey is to build a depth-velocity geological model based on the joint interpretation of seismic and well data. Seismic surveys provide uniform coverage of the studied area, and well data provide more complete and accurate information about the studied geological medium at a discrete set of points (well locations). Well data in conjunction with the analysis of seismic stacks and various attributes are used within one software on the seismic interpretation stage. At the same time, the stages of seismic processing and interpretation are historically separated by different software packages. This reduces the efficiency of teamwork within the same project. Therefore, a relevant objective is the development of convenient software tools for joint work. Ideally, work should be carried out in a single software environment in order to ensure effectiveness of teamwork during a project. Thus, the purpose of the study is to create a series of software tools whic are designed to facilitate the interaction between the stages of processing and interpretation.
地震资料自动质量控制应用的开发
地震调查的目的是在地震和井资料联合解释的基础上建立深-速地质模型。地震调查提供了研究区域的统一覆盖范围,井数据提供了在离散点(井位)上关于研究地质介质的更完整和准确的信息。在地震解释阶段,可以在一个软件中使用井数据以及地震层和各种属性的分析。同时,地震处理和解释的阶段在历史上是由不同的软件包分开的。这降低了同一项目中团队合作的效率。因此,一个相关的目标是为联合工作开发方便的软件工具。理想情况下,工作应该在单一的软件环境中进行,以确保项目期间团队合作的有效性。因此,本研究的目的是创造一系列软件工具,旨在促进处理和解释阶段之间的互动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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