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Evaluation Model of Profile Control Layers' Selection Based on Fuzzy Cluster Analysis

机译:基于模糊簇分析的简档控制层选择评价模型

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The selection of profile control layers is based on the decision made by single factor at present. Fuzzy cluster analysis based on transitive closure is introduced to establish an evaluation model of profile control layers' selection. Firstly, combining the static geological data and dynamic development data, the evaluation indexes which affect the selection of profile control layers are screened to form the evaluation index system; secondly, according to fuzzy cluster analysis theory, the evaluation index matrix related to profile control layers' selection is dynamically clustered, and the profile control layers are selected on the basis of each category's characteristics of geological and development; finally, the results of profile control layers' selection are examined by the comparison of water injection profile. In addition, the evaluation model is put into practice in a testing well group, and the application shows that the profile control layers selected by the model is reasonable and reliable.
机译:简档控制层的选择基于目前单因素的决定。引入了基于传递关闭的模糊聚类分析,建立了简档控制层选择的评估模型。首先,组合静态地质数据和动态发展数据,筛选影响剖面控制层的选择的评估指标以形成评估指标系统;其次,根据模糊聚类分析理论,动态聚集了与轮廓控制层的选择相关的评估指标矩阵,并且基于每个类别的地质和发展的特征选择轮廓控制层;最后,通过比较水注射谱来检查轮廓控制层选择的结果。此外,评估模型在测试阱组中进行实践,并且应用程序表明,由模型选择的轮廓控制层是合理可靠的。

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