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Study on Oil-gas Reservoir Rule Extraction and Automatic Identification Based on Rough Set

机译:基于粗糙集的油气藏规则提取与自动识别研究

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A rough set based method for oil-gas reservoir rule extraction and automatic identification through petroleum logging data is provided in this paper. Based on the traditional way of rough set data mining, this method makes adjustments to the mining procedure and optimizes the reduction, discretization, and rule generation steps respectively via Sweep Forward Neighborhood Fast Algorithm, Fuzzy Clustering FCM Algorithm, and CAAI Decision Tree Algorithm, allowing itself more applicable to the issue of oil-gas reservoir rule extraction through petroleum logging data. Afterwards, the automatic identification of oil-gas reservoir is enabled by a case-based reasoning method. This paper analyzes the applicability of rough set method and case reasoning to petroleum logging data, and verifies algorithms' feasibility through an actual set of petroleum logging data.
机译:本文提出了一种基于粗糙集的油气藏规则提取和石油测井数据自动识别方法。在传统的粗糙集数据挖掘方式的基础上,该方法通过快速前向邻域快速算法,模糊聚类FCM算法和CAAI决策树算法分别对挖掘过程进行了调整,并分别优化了约简,离散化和规则生成步骤。它本身更适用于通过石油测井数据提取油气藏规则的问题。然后,通过基于案例的推理方法实现对油气储层的自动识别。本文分析了粗糙集方法和案例推理对石油测井数据的适用性,并通过实际的石油测井数据集验证了算法的可行性。

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