activity
20222026
collaborators

5 papers

math.ST2026

On the continuity of the Tukey depth function for fuzzy data

Luis González-De La Fuente, Alicia Nieto-Reyes, Pedro Terán

The practical use of statistical depth for fuzzy data requires regularity, inferential stability, and computational feasibility. This paper studies these aspects for the first time…

math.ST2024

Projection depth and -type depths for fuzzy random variables

Luis González-De La Fuente, Alicia Nieto-Reyes, Pedro Terán

Statistical depth functions are a standard tool in nonparametric statistics to extend order-based univariate methods to the multivariate setting. Since there is no universally acce…

math.ST2023

Statistical depth and support medians for fuzzy data

Luis González-De La Fuente, Alicia Nieto-Reyes, Pedro Terán

Statistical depth functions order the elements of a space with respect to their centrality in a probability distribution or dataset. Since many depth functions are maximized in the…

stat.ME2022

Simplicial depths for fuzzy random variables

Luis González-De La Fuente, Alicia Nieto-Reyes, Pedro Terán

The recently defined concept of a statistical depth function for fuzzy sets provides a theoretical framework for ordering fuzzy sets with respect to the distribution of a fuzzy ran…

math.ST2022

Properties of statistical depth with respect to compact convex random sets. The Tukey depth

Luis González-De La Fuente, Alicia Nieto-Reyes, Pedro Terán

We study a statistical data depth with respect to compact convex random sets which is consistent with the multivariate Tukey depth and the Tukey depth for fuzzy sets. In doing so,…