
Integrated transportation and power systems modeling
Here is another interesting piece of work I was doing over the past three years with Dominik Ascher: Integrated transportation and power systems modeling to hel...
Algorithmic optimization techniques solving complex problems by recursively breaking them down into overlapping subproblems.

Here is another interesting piece of work I was doing over the past three years with Dominik Ascher: Integrated transportation and power systems modeling to hel...

Besides our original topics such as distributed and smart fride control we have worked on another interesting issue: Smart traffic control. By smart traffic con...

To better understand the behavior space and its heuristic exploration using our tool Xtream we developed a proprietary 3D visualization. The visualization shows...

Previously, our results showed that we are able to generate high quality goal-oriented behavior for models including up to 20 components. This article demonstra...

The machine learning approach is progressing: This article provides a glance into one of our machine learning models as well as behavior after training. The res...

In the past weeks we have been working on a first prototype for collective learning. The idea behind the approach is to make individuals collaborate with respec...

Dominik Ascher, Georg Hackenberg and Sahin Albayrak

Georg Hackenberg and Denis Bytschkow

Georg Hackenberg, Maximilian Irlbeck, Vasileios Koutsoumpas and Denis Bytschkow
A modern Java- and JavaFX-based Intelligent Transportation Systems (ITS) modeling, discrete-event simulation, and control strategy optimization workbench.
An integrated development environment and dynamic optimization framework for modeling objective functions, behavior spaces, and automated optimal control in smart systems.