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Interpretable Scalar-on-Image Linear Regression Models via the Generalized Dantzig Selector

通过广义 Dantzig 选择器构建可解释的标量对图像线性回归

The scalar-on-image regression model examines the association between a scalar response and a bivariate function (e.g., images) through the estimation of a bivariate coefficient function. Existing approaches often impose smoothness constraints to control the bias-variance trade-off, and thus prevent overfitting. However, such assumptions can hinder interpretability, especially when only certain regions of an image influence changes in the response. In such a scenario,…

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An asymptotic and empirical smoothing parameters selection method for smoothing spline ANOVA models in large samples

大样本平滑样条 ANOVA 模型的渐近与经验平滑参数选择

Summary Large samples are generated routinely from various sources. Classic statistical models, such as smoothing spline ANOVA models, are not well equipped to analyse such large samples because of high computational costs. In particular, the daunting computational cost of selecting smoothing parameters renders smoothing spline ANOVA models impractical. In this article, we develop an asympirical, i.e., asymptotic and empirical, smoothing parameters selection method for…

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Optimal Penalized Function-on-Function Regression Under a Reproducing Kernel Hilbert Space Framework

再生核希尔伯特空间下的最优惩罚函数对函数回归

Many scientific studies collect data where the response and predictor variables are both functions of time, location, or some other covariate. Understanding the relationship between these functional variables is a common goal in these studies. Motivated from two real-life examples, we present in this paper a function-on-function regression model that can be used to analyze such kind of functional data. Our estimator of the 2D coefficient function is the optimizer of a form…

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