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Advancing Variational Inference: Semi-Implicit Models, Adaptive Proposals, and Functional Stein Gradients

MCML Authors

Abstract

This dissertation advances variational inference for Bayesian machine learning by developing more expressive and stable approximation methods. It introduces function-space optimization techniques, improved semi-implicit variational inference with importance sampling, and kernel-based gradient estimators, enabling more accurate posterior and predictive inference in complex models such as Bayesian neural networks. (Shortened.)

phdthesis Pie26


Dissertation

LMU München. Mar. 2026

Authors

T. Pielok

Links

DOI

Research Area

 A1 | Statistical Foundations & Explainability

BibTeXKey: Pie26

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