An automatic procedure to determine groups of nonparametric regression curves

12/30/2020
by   Nora M. Villanueva, et al.
21

In many situations it could be interesting to ascertain whether nonparametric regression curves can be grouped, especially when confronted with a considerable number of curves. The proposed testing procedure allows to determine groups with an automatic selection of their number. A simulation study is presented in order to investigate the finite sample properties of the proposed methods when compared to existing alternative procedures. Finally, the applicability of the procedure to study the geometry of a tunnel by analysing a set of cross-sections is demonstrated. The results obtained show the existence of some heterogeneity in the tunnel geometry.

READ FULL TEXT
research
02/02/2023

Comparing regression curves – an L^1-point of view

In this paper we compare two regression curves by measuring their differ...
research
01/14/2020

Nonparametric regression for multiple heterogeneous networks

We study nonparametric methods for the setting where multiple distinct n...
research
08/08/2018

Computing Unit Groups of Curves

The group of units modulo constants of an affine variety over an algebra...
research
01/21/2018

A new nonparametric test for two sample multivariate location problem with application to astronomy

This paper provides a nonparametric test for the identity of two multiva...
research
08/12/2019

Identifying shifts between two regression curves

This article studies the problem whether two convex (concave) regression...
research
01/14/2021

Optimal designs for comparing regression curves – dependence within and between groups

We consider the problem of designing experiments for the comparison of t...
research
03/23/2011

Theoretical Properties of the Overlapping Groups Lasso

We present two sets of theoretical results on the grouped lasso with ove...

Please sign up or login with your details

Forgot password? Click here to reset