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PLS AND SVD BASED PENALIZED LOGISTIC REGRESSION FOR CANCER CLASSIFICATION USING MICROARRAY DATA

机译:使用微阵列数据的癌症分类的PLS和SVD惩罚逻辑回归

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Accurate cancer prediction is important for treatment of cancers. The combination of two dimension reduction methods, partial least squares (PLS) and singular value decomposition (SVD), with the penalized logistic regression (PLR) has created powerfulclassifiers for cancer prediction using microarray data. Comparing with support vector machine (SVM) on seven publicly available cancer datasets, the new algorithms can achieve very good performance and run much faster. They also have the advantage thatthe probabilities of predictions can be directly given. PLS based PLR is also combined with recursive feature elimination (RFE) to select a 16-gene subset for acute leukemia cancer classification. The testing error on this subset of genes is empirically zero.
机译:准确的癌症预测对于治疗癌症是重要的。两个尺寸减少方法,局部最小二乘(PLS)和奇异值分解(SVD)的组合具有惩罚的逻辑回归(PLR)为使用微阵列数据创建了用于癌症预测的强大classifiers。与七个公共癌症数据集上的支持向量机(SVM)相比,新算法可以实现非常好的性能并更快地运行。它们还具有以下优点,即可以直接给出预测的概率。基于PLR的PLR也与递归特征消除(RFE)相结合,以选择急性白血病癌症分类的16-基因子集。该基因子子集上的测试错误是统一为零。

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