Concentration inequalities for leave-one-out cross validation

11/04/2022
by   Benny Avelin, et al.
0

In this article we prove that estimator stability is enough to show that leave-one-out cross validation is a sound procedure, by providing concentration bounds in a general framework. In particular, we provide concentration bounds beyond Lipschitz continuity assumptions on the loss or on the estimator. In order to obtain our results, we rely on random variables with distribution satisfying the logarithmic Sobolev inequality, providing us a relatively rich class of distributions. We illustrate our method by considering several interesting examples, including linear regression, kernel density estimation, and stabilized / truncated estimators such as stabilized kernel regression.

READ FULL TEXT

page 1

page 2

page 3

page 4

research
10/30/2010

Concentration inequalities of the cross-validation estimator for Empirical Risk Minimiser

In this article, we derive concentration inequalities for the cross-vali...
research
11/23/2010

Estimating Subagging by cross-validation

In this article, we derive concentration inequalities for the cross-vali...
research
10/21/2019

Berry-Esseen bounds for Chernoff-type non-standard asymptotics in isotonic regression

This paper derives Berry-Esseen bounds for an important class of non-sta...
research
06/19/2017

An a Priori Exponential Tail Bound for k-Folds Cross-Validation

We consider a priori generalization bounds developed in terms of cross-v...
research
05/28/2021

Optimality of Cross-validation in Scattered Data Approximation

Choosing models from a hypothesis space is a frequent task in approximat...
research
02/26/2020

Aggregated hold out for sparse linear regression with a robust loss function

Sparse linear regression methods generally have a free hyperparameter wh...
research
02/26/2018

Estimation of Local Degree Distributions via Local Weighted Averaging and Monte Carlo Cross-Validation

Owing to their capability of summarising interactions between elements o...

Please sign up or login with your details

Forgot password? Click here to reset