通过回归量子仿射 LASSO 进行 $\infty$-S 检验

Sylvain Sardy, Xiaoyu Ma, Hugo Gaible
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摘要

非参数符号检验可追溯到 18 世纪初约翰-阿布特诺(John Arbuthnot)的数据分析。它是戈塞特(Gosset)较新的t检验的替代方法,用于检验两组观测值之间的一致性差异。费雪的$F$检验是将$t$检验推广到线性回归和线性零假设。只有符号检验对非高斯性是稳健的。Gutenbrunneret 等人[1993]根据 F 检验的精神,推导出了线性零假设的符号检验版本,该版本需要对稀疏性函数进行困难的估计。我们提出了一种新的符号检验,称为"$infty$-S 检验",它通过对点估计器的凸分析,将估计值阈值指向检验的零假设。
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The $\infty$-S test via regression quantile affine LASSO
The nonparametric sign test dates back to the early 18th century with a data analysis by John Arbuthnot. It is an alternative to Gosset's more recent $t$-test for consistent differences between two sets of observations. Fisher's $F$-test is a generalization of the $t$-test to linear regression and linear null hypotheses. Only the sign test is robust to non-Gaussianity. Gutenbrunner et al. [1993] derived a version of the sign test for linear null hypotheses in the spirit of the F-test, which requires the difficult estimation of the sparsity function. We propose instead a new sign test called $\infty$-S test via the convex analysis of a point estimator that thresholds the estimate towards the null hypothesis of the test.
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