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The Combining Kernel Principal Component Analysis with Support Vector Machines for Time Series Prediction Model

机译:用于时间序列预测模型的支持向量机结合内核主成分分析

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As an effective tool in pattern recognition and machine learning, support vector machine (SVM) has been adopted abroad. In developing a successful SVM classifier, eliminating noise and extracting feature are very important. This paper proposes the application of kernel PCA to SVM for feature extraction. Then PSO Algorithm is adopted to optimization of these parameters in SVM. The novel time series analysis model integrates the advantage of wavelet, PSO, KPCA and SVM. Compared with other predictors, this model has greater generality ability and higher accuracy.
机译:作为模式识别和机器学习中的有效工具,支持向量机(SVM)在国外采用。在开发成功的SVM分类器时,消除噪声和提取功能非常重要。本文提出了核PCA对特征提取的SVM应用。然后采用PSO算法在SVM中优化这些参数。新型时间序列分析模型集成了小波,PSO,KPCA和SVM的优势。与其他预测因子相比,该模型具有更大的一般能力和更高的准确性。

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