首页> 外文期刊>Journal of Chemometrics >DETECTION OF LINEAR SUBSTRUCTURES IN CALIBRATION MODEL BY ROBUST APPROACH: MAXIMUM SUM OF BINARY-CODED RESIDUALS (MASBR) REGRESSION
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DETECTION OF LINEAR SUBSTRUCTURES IN CALIBRATION MODEL BY ROBUST APPROACH: MAXIMUM SUM OF BINARY-CODED RESIDUALS (MASBR) REGRESSION

机译:用鲁棒方法在校准模型中检测线性子结构:二进制编码残差(MASBR)回归的最大和

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摘要

The MASBR (maximum sum of binary-coded residuals) procedure proposed previously as a robust regression method has been modified and applied to find the linear substructures in a data set. A graphic approach is used to identify the acceptable error limit (AEL) in the MASBR algorithm. Some data sets with mixed linear substructures are interpreted by the proposed method showing satisfactory results. A MATLAB program for the MASBR algorithm is given.
机译:以前作为稳健的回归方法提出的MASBR(二进制残差的最大和)过程已被修改,并应用于查找数据集中的线性子结构。图形方法用于识别MASBR算法中的可接受误差极限(AEL)。所提出的方法解释了一些具有混合线性子结构的数据集,结果令人满意。给出了用于MASBR算法的MATLAB程序。

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