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

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Autor

Martin Frank

Herausgeber

Angela Hühnerfuß

Beteiligtes Institut

KIT-Zentrum Mathematik in den Natur-, Ingenieur- und Wirtschaftswissenschaften (KIT-Zentrum MathSEE)
Steinbuch Centre for Computing (SCC)

Genre

Veranstaltung

Beschreibung

Meet KIT Graduate School Computational and Data Science in our virtual open house! Find out more about the graduate school and current doctoral projects.

Laufzeit (hh:mm:ss)

00:06:42

Serie

KCDS Virtual Open House

Publiziert am

31.03.2023

Fachgebiet

Informatik

Lizenz

Creative Commons Namensnennung – Nicht kommerziell – Weitergabe unter gleichen Bedingungen 4.0 International

Auflösung 1280 x 720 Pixel
Seitenverhältnis 16:9
Audiobitrate 64507 bps
Audio Kanäle 1
Audio Codec aac
Audio Abtastrate 48000 Hz
Gesamtbitrate 288138 bps
Container mov,mp4,m4a,3gp,3g2,mj2
Dauer 401.750000 s
Dateiname DIVA-2023-26_mp4.mp4
Dateigröße 14.469.946 byte
Bildwiederholfrequenz 25
Videobitrate 217534 bps
Video Codec h264

Embed-Code

KCDS Virtual Open House Folgen 1-7 von 7
KCDS Virtual Open House - Introduction and presentation of KCDS
KCDS Virtual Open House - Introduction and presentation of KCDS
KCDS Virtual Open House - Project 04 Exploring the Potential of machine learning methods for improving operational hydrological forecasting and prediction (EPOforHydro)
KCDS Virtual Open House - Project 04 Exploring the Potential of machine learning methods for improving operational hydrological forecasting and prediction (EPOforHydro)
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
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
KCDS Virtual Open House - Project 01 Logics for dynamical systems and practical theorem proving tools
KCDS Virtual Open House - Project 01 Logics for dynamical systems and practical theorem proving tools
KCDS Virtual Open House - How To Apply to KCDS
KCDS Virtual Open House - How To Apply to KCDS
KCDS Virtual Open House - Project 06 Theoretical and Empirical Analysis of Matheuristics
KCDS Virtual Open House - Project 06 Theoretical and Empirical Analysis of Matheuristics