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A NEW TRAINING SET-BASED REGULARIZATION FOR REGRESSION TECHNIQUES

机译:基于训练基于训练的回归技术正规化

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The paper gives a new regularization criterion for the regression techniques where the overfitting problem may occur. The proposed criterion is not a penalization term calibrated from prior information but a penalization term calculated from the training set. It appears as an extension of the classic Tikhonov regularization constraint. It is shown that the statistical characterization of this penalization is possible. This characterization leads to an optimization criterion which does not depend on any hyperparameter. The method is applied to a parametric regression technique (polynomial regression) and to a nonparametric regression technique (kernel approximation). For the first technique, overfitting is avoided. For the second one, the method gives an estimation of the kernel spread close to the optimal value.
机译:本文给出了可能发生过度拟合问题的回归技术的新正则化标准。 所提出的标准不是从事先信息校准的惩罚术语,而是从培训集计算的惩罚期限。 它看起来是经典的Tikhonov正规约束的延伸。 结果表明,这种惩罚的统计表征是可能的。 该表征导致优化标准,其不依赖于任何覆盖物。 该方法应用于参数回归技术(多项式回归)和非参数回归技术(内核近似)。 对于第一种技术,避免了过度装备。 对于第二个,该方法给出了靠近最佳值的内核的估计。

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