At the Chair for Dynamics, Control and Numerics – Alexander von Humboldt Professorship at FAU we believe in a multidisciplinary and open collaboration.
Find below free content, libraries, etc. you can use on your projects and research work. Find & use for free!

The pyGasControls framework allows to simulate and compute optimal controls for networks of one-dimensional hyperbolic conservation laws. The software toolbox is implemented in Python.

dYCON TOOLBOX

A MATLAB library for non-linear Optimal Control Problems

Aeronautic optimal design and numerical analysis at the Airbus Consortium. Software Stanford University Unstructured – SU2

Nichtlokale Populationsbilanzgleichungen in der Stauforschung und in der chemischen Verfahrenstechnik

DATA-Driven COVID19 Modeling (English, PDF)

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Don’t miss out our last posts on Math & Research!

Probabilistic Constrained Optimization on Flow Networks By Michael Schuster Uncertainty often plays an important role in the context of flow problems. We analyze a stationary and a dynamic flow model with uncertain boundary data and we consider optimization problems with probabilistic constraints in this context. The […]
Perceptrons, Neural Networks and Dynamical Systems By Sergi Andreu // This post is last part of the “Deep Learning and Paradigms” post Binary classification with Neural Networks When dealing with data classification, it is very useful to just assign a color/shape to every label, and so be able to visualize […]
Deep Learning and Paradigms By Sergi Andreu // This post is the 2nd. part of the “Opening the black box of Deep Learning” post Deep Learning Now that we have some intuition about the data, it’s time to focus on how to approximate the functions that […]
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