Bivariate variable ranking for censored time‐to‐event data via Copula link based additive models

Abstract In this article, we present a variable ranking approach based on a novel measure for selecting important variables in bivariate Copula Link‐Based Additive Models [30]. The proposal allows for identifying two sets of relevant covariates for the two time‐to‐events without neglecting the dependency structure that may exist between the two survival times. The suggested procedure is evaluated through a simulation study, and then applied to analyze the Age‐Related Eye Disease Study dataset. The algorithm is implemented in a new R package, called BRBVS .

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Publication Details

Journal
Statistica Neerlandica
Published
2026-09-14
DOI
https://doi.org/10.1111/stan.70039
Citations
1
Primary Topic
Statistical Methods and Inference
Type
article
Field-Weighted Citation Impact
0.00

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article

Bivariate variable ranking for censored time‐to‐event data via Copula link based additive models

Marialuisa Restaino, Marcella Niglio, Danilo Petti
1 citations
Statistica Neerlandica
Statistical Methods and Inference
article

Bivariate variable ranking for censored time‐to‐event data via Copula link based additive models

Marialuisa Restaino, Marcella Niglio, Danilo Petti
article en
1 citations

Abstract

Abstract In this article, we present a variable ranking approach based on a novel measure for selecting important variables in bivariate Copula Link‐Based Additive Models [30]. The proposal allows for identifying two sets of relevant covariates for the two time‐to‐events without neglecting the dependency structure that may exist between the two survival times. The suggested procedure is evaluated through a simulation study, and then applied to analyze the Age‐Related Eye Disease Study dataset. The algorithm is implemented in a new R package, called BRBVS .

Statistica NeerlandicaVol. 80(4)
University of Essex (GB), University of Salerno (IT), SAS Institute (United Kingdom) (GB)
Università degli Studi di Salerno
Openalex Percentile: Top 99%
Statistical Methods and Inference
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