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Inversion method of support vector machine in predicting single pile settlement

机译:单桩沉降预测中的支持向量机的反演方法

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There exist certain similarities of environmental parameters and the settlement with variation of the bearing capacity in the same region. Considering of the data set, we increase two variable attributes as the indirect data, and regard the original data as the direct data. With the help of support vector machine (SVM) and independent component analysis, the SVM model in predicting settlement is built by learning from the data of one pile in the same region; meanwhile, the SVM model (Envfea_SVM) which reflects the features of the environment is also built by the inversion SVM. Then, the indirect data of the other pile is input to the Envfea_SVM model, and the corresponding environment feature will be acquired. At last, the feature and the direct data of the other piles are considered as the input, and the SVM model of predicting settlement can be built. The results of the experiments show the Envfea_SVM is effective, and the LearnPre-S model we proposed could predict very precisely.
机译:存在某些环境参数的相似之处和具有相同区域中承载力的变化的沉降。考虑数据集,我们将两个变量属性增加了两个作为间接数据,并将原始数据视为直接数据。在支持向量机(SVM)和独立分量分析的帮助下,通过在同一区域中的一堆数据中学习来建立预测结算中的SVM模型;同时,反演SVM建立了反映环境特征的SVM模型(EnvFeA_SVM)。然后,将另一桩的间接数据输入到envFeA_SVM模型,并且将获取相应的环境功能。最后,特征和其他桩的直接数据被认为是输入,并且可以构建预测结算的SVM模型。实验结果表明EnvFeA_SVM是有效的,我们提出的学习项目模型可以非常精确地预测。

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