Model selection in logistic regression
Marius Kwemou (LERSTAD, LaMME), Marie-Luce Taupin (Unit\'e MIAJ,, LaMME), Anne-Sophie Tocquet (LaMME)

TL;DR
This paper extends the model selection principle to logistic regression using penalized likelihood and introduces a data-driven criterion based on slope heuristics, with theoretical guarantees and simulation validation.
Contribution
It adapts the model selection principle to logistic regression and proposes a novel data-driven criterion based on slope heuristics with proven theoretical properties.
Findings
Non-asymptotic oracle inequalities established
Simulation studies validate the theoretical results
Method effectively selects models in logistic regression
Abstract
This paper is devoted to model selection in logistic regression. We extend the model selection principle introduced by Birg\'e and Massart (2001) to logistic regression model. This selection is done by using penalized maximum likelihood criteria. We propose in this context a completely data-driven criteria based on the slope heuristics. We prove non asymptotic oracle inequalities for selected estimators. Theoretical results are illustrated through simulation studies.
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Taxonomy
TopicsStatistical Methods and Inference · Advanced Statistical Methods and Models · Statistical Methods and Bayesian Inference
