Integrated Expert Analytical System for Assessment of Oil-and-Gas Saturation of Strata

O. Nusratov, G. Abdullayeva, I. Ismayilov
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引用次数: 1

Abstract

The present research deals with the problem of development of an integrated expert-analytical system for optimum selection of calculated oil-field-geophysical parameters of oil and gas deposits with the purpose of increasing the accuracy of assessment of the reserves of oil and gas deposits. The purpose of the system is to make current adequate decisions on determining of oil-and-gas saturation of strata and future identification of the most significant methods for that, with these methods forming the foundation of knowledge bases for oil-and-gas deposits of the Apsheron peninsula of Azerbaijan. The system architecture allows for expanding the system with its subsequent transformation into a cluster of expert-analytical systems. A logical model of the proposed system is presented. The paper contains a detailed description of the mechanism of operation of the system as a whole and of its individual blocks. Mathematical and formal-logical bases of the intelligent system are explained. The system is equipped with a tool for dynamic statistical analysis of decisions made by it, with representation of the results in real-time mode. The results of the system testing on specific oil-and-gas deposit of the Apsheron peninsula of Azerbaijan in 2013 are given.
地层油气饱和度评价综合专家分析系统
为了提高油气储量评价的准确性,本文研究了开发油气田油气田地球物理计算参数优选综合专家分析系统的问题。该系统的目的是在确定地层油气饱和度和未来确定最重要的方法方面做出当前适当的决定,这些方法构成了阿塞拜疆Apsheron半岛油气矿床知识库的基础。系统架构允许扩展系统,并将其随后转换为专家分析系统集群。提出了该系统的逻辑模型。本文详细描述了整个系统及其各个模块的运行机制。解释了智能系统的数学和形式逻辑基础。该系统配备了一个工具,用于对其做出的决策进行动态统计分析,并以实时模式表示结果。给出了2013年在阿塞拜疆阿普舍隆半岛某油气田的系统测试结果。
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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