Search Results for author: Reinhard Furrer

Found 9 papers, 2 papers with code

BiasBed - Rigorous Texture Bias Evaluation

1 code implementation CVPR 2023 Nikolai Kalischek, Rodrigo Caye Daudt, Torben Peters, Reinhard Furrer, Jan D. Wegner, Konrad Schindler

With the release of BiasBed, we hope to foster a common understanding of consistent and meaningful comparisons, and consequently faster progress towards learning methods free of texture bias.

Model Selection

BiasBed -- Rigorous Texture Bias Evaluation

1 code implementation23 Nov 2022 Nikolai Kalischek, Rodrigo C. Daudt, Torben Peters, Reinhard Furrer, Jan D. Wegner, Konrad Schindler

With the release of BiasBed, we hope to foster a common understanding of consistent and meaningful comparisons, and consequently faster progress towards learning methods free of texture bias.

Model Selection

Joint Variable Selection of both Fixed and Random Effects for Gaussian Process-based Spatially Varying Coefficient Models

no code implementations6 Jan 2021 Jakob A. Dambon, Fabio Sigrist, Reinhard Furrer

It relies on a penalized maximum likelihood estimation (PMLE) and allows variable selection both with respect to fixed effects and Gaussian process random effects.

Variable Selection Methodology

Is a single unique Bayesian network enough to accurately represent your data?

no code implementations18 Feb 2019 Gilles Kratzer, Reinhard Furrer

Unfortunately, they essentially all rely on very crude decisions that result in too simplistic approaches for such complex systems.

Epidemiology

Comparison between Suitable Priors for Additive Bayesian Networks

no code implementations18 Sep 2018 Gilles Kratzer, Reinhard Furrer, Marta Pittavino

The second prior belongs to the Student's t-distribution, specifically designed for logistic regressions and, finally, the strongly informative prior is again Gaussian with mean equal to true parameter value and a small variance.

Model Selection

Information-Theoretic Scoring Rules to Learn Additive Bayesian Network Applied to Epidemiology

no code implementations3 Aug 2018 Gilles Kratzer, Reinhard Furrer

Bayesian network modelling is a well adapted approach to study messy and highly correlated datasets which are very common in, e. g., systems epidemiology.

Epidemiology

optimParallel: an R Package Providing Parallel Versions of the Gradient-Based Optimization Methods of optim()

no code implementations30 Apr 2018 Florian Gerber, Reinhard Furrer

The R package optimParallel provides a parallel version of the gradient-based optimization methods of optim().

Computation

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