Titlebook: Developments in Statistical Modelling; Jochen Einbeck,Hyeyoung Maeng,Konstantinos Perraki Conference proceedings 2024 The Editor(s) (if ap

CORD

ons under idealized conditions) as effectiveness trials (larger trials with heterogeneous populations) are often based on limited evidence from the efficacy trial itself. However, supplementary evidence may be available on how (past) effectiveness trials with similar outcomes tend to perform. This w

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T Cell Proliferation and Differentiation,es in the unit-level SAE field: the identification of individual covariates and the reduction of computational burden. We propose a unit-level Simplified SAE model based on Generalized Additive Models for Location, Scale and Shape (GAMLSS), which is specified without covariates and is able to reduce

Lacunar-Stroke

Recent Results in Cancer Researched to estimate the area under the receiver operating characteristic curve in this context. However, the proposed estimator has shown an optimistic behaviour. Thus, the goal of this work is to analyze the performance of replicate weights methods to correct for the optimism of the AUC in the context o

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Mark Wunderlich,James C. Mulloyt of the first M postoperative days, that the patient has been discharged from hospital, or zero if the patient dies within M days of surgery. This composite measure presents statistical challenges in its unusual distributional shape, and its inability to distinguish between the qualitatively differ

Instinctive

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Neonatal

significant challenges for data in that country, such as data delays and the absence of negative test results. By employing a probabilistic classifier, our approach offers precise, adaptable estimates across various demographic characteristics and regions of the country without the need for predefi

Mechanics

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ently, the . approach suggests to regress out the spatial effect in the covariate first, before estimating the model of interest. Drastic spatial confounding is observed in gradient boosting due to its step-wise procedure. In this contribution we apply the suggested two-step approach and confirm its

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https://doi.org/10.1007/978-3-7091-4178-6an implementation of an adaptive variant of the generalized lasso penalty for logistic regression using conic programming principles. This approach is flexible, robust, and fast, especially in a high-dimensional setting. The methodology is applied to sports data, with the aim of ranking soccer playe