KITopen-Medienportal

KIT-Bibliothek

KIT-Bibliothek Medienportal

FAQ Audio-/Videodatei publizieren

Informatik Martin Frank

KCDS Virtual Open House 2025

KCDS Virtual Open House 2025

Martin Frank, Uwe Ehret, Angela Hühnerfuß

KCDS Virtual Open House 2025

KCDS Virtual Open House 2025

Angela Hühnerfuß

KCDS Virtual Open House 2023 - Fall

KCDS Virtual Open House 2023 - Fall

Uwe Ehret, Martin Frank

KCDS How to prepare your application

KCDS How to prepare your application

Angela Hühnerfuß

Project 03: Mathematical Foundations of Bayesian Neural Networks

Project 03: Mathematical Foundations of Bayesian Neural Networks

Charlotte Debus, Sebastian Krumscheid

Project 02: Advanced Parallelization Techniques for datadriven Uncertainty Quantification

Project 02: Advanced Parallelization Techniques for datadriven Uncertainty Quantification

Sebastian Krumscheid, Linus Seelinger

Project 04: Replacement of physical PSC simulation by machine learning in an Earth system model

Project 04: Replacement of physical PSC simulation by machine learning in an Earth system model

Ole Kirner, Jörg Meyer, Achim Streit

Project 01: Scholars in the loop? Bridging the gap between distinctive knowledge of small disciplines and training data for AI

Project 01: Scholars in the loop? Bridging the gap between distinctive knowledge of small disciplines and training data for AI

Germaine Götzelmann, Danah Tonne, Charlotte Debus

KCDS Virtual Open House 2023 - Fall

KCDS Virtual Open House 2023 - Fall

Eileen Kühn, Leonid Chaichenets

KCDS Virtual Open House - Project 03 Optimization and acceleration of aerosol dynamics and chemistry subprocesses in weather and climate models

KCDS Virtual Open House - Project 03 Optimization and acceleration of aerosol dynamics and chemistry subprocesses in weather and climate models

Ugur Cayoglu

KCDS Virtual Open House

KCDS Virtual Open House

Uwe Ehret, Martin Frank

KCDS Virtual Open House - Project 02 Deep Boltzmann - Structure-preserving deep neural networks to accelerate the solution of the Boltzmann equation

KCDS Virtual Open House - Project 02 Deep Boltzmann - Structure-preserving deep neural networks to accelerate the solution of the Boltzmann equation

Martin Frank