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Application of identifying fluid properties based on GA-BP neural network in carbonate reservoirs

机译:基于GA-BP神经网络的流体属性识别在碳酸盐岩储层中的应用

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It is diffcult to identify fluid properties in carbonate reservoirs with conventional well-log data during the period of oil field exploration. In order to establish an effective method for distinguishing gas/oil/water-bearing zone, a new recognizing approach combined with gas surveying and well-log data has been given in this paper. This approach is based on BP neural network, which is optimized the connection weights and thresholds value and restrainted the learning process by genetic algorithm(GA) using the global optimization characteristic. The result of identification is consistented with the well test in XXX oil field in Pre-Caspian Basin in Kazakhstan. It is proved that the approach is effective and practicable.
机译:在油田勘探期间,在碳酸盐储层中鉴定碳酸盐储存器中的流体性质是衍射的。为了建立有效的区分气体/油/含水区的方法,本文已经给出了一种新的识别方法与气体测量和良好的数据。该方法基于BP神经网络,其优化了连接权重和阈值,并使用全局优化特性通过遗传算法(GA)克制学习过程。鉴定的结果符合在哈萨克斯坦的XXX油田中的XXX油田井。事实证明,该方法是有效和切实可行的。

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