ferdinand-koenig

fuzzy-graph-coloring

fuzzy-graph-coloring is a Python package for calculating the fuzzy chromatic number and coloring of a graph with fuzzy edges. See https://pypi.org/project/fuzzy-graph-coloring/

shift-scheduling

shift-scheduling is a Python package for creating shift schedules using graph coloring.

covid-variant-simulation

This is a project in the course Computational Life Sciences at the Baden-Wuerttemberg Cooperative State University Stuttgart (DHBW Stuttgart). Inspired by the rise of the novel corona-variant ‚Omikron‘, the main research question was: How do two similar variants behave when they are initially put in the same environment. Do they coexist or compete? An SEIRD-model is used, which was created with NetLogo. The stochastic exploration of data using R shows that the chance of emerging competition between two similar variants is very high.

CICBO-back-end

The back-end of CICBO - CICBO is a Corona Business Optimizer. By Deborah Djon and Ferdinand Koenig for Web Engineering 2 at Cooperative State University Stuttgart (DHBW Stuttgart) Lecturer: Danny Amor

olympia

Programming project for the 2nd semester in Java. An administration for athletes participating at the olympic games. Lecturer: Lukas Pfaffen.

calendar

Web-engineering project for the second semester

qc-sudoku-solver

Quantum Computing project for the 4th semester in Computer Science at the DHBW Stuttgart. Solving a Sudoku on a DAU (Digital Annealing Unit) with QUBOs (Quadratic unconstrained binary optimization).

C-projects-2nd-semester

A selection of C exercises of the algorithm-lecture in the 2nd semester. Lecturer: Monika Kochanowski

grossmarkt

Part of the software engineering project in the 4th semester. An administration tool for a superstore for vegetables. Lecturer: Bernd Lambertz. Team: Jonas Rheiner, Clara Kümpel, Florian Kehl, and Ferdinand König

ASWE-Projekt

ferdinand-koenig/fuzzy-graph-coloring

fuzzy-graph-coloring is a Python package for calculating the fuzzy chromatic number and coloring of a graph with fuzzy edges. See https://pypi.org/project/fuzzy-graph-coloring/

ferdinand-koenig/covid-variant-simulation

This is a project in the course Computational Life Sciences at the Baden-Wuerttemberg Cooperative State University Stuttgart (DHBW Stuttgart). Inspired by the rise of the novel corona-variant ‚Omikron‘, the main research question was: How do two similar variants behave when they are initially put in the same environment. Do they coexist or compete? An SEIRD-model is used, which was created with NetLogo. The stochastic exploration of data using R shows that the chance of emerging competition between two similar variants is very high.

ferdinand-koenig/grossmarkt

Part of the software engineering project in the 4th semester. An administration tool for a superstore for vegetables. Lecturer: Bernd Lambertz. Team: Jonas Rheiner, Clara Kümpel, Florian Kehl, and Ferdinand König

ferdinand-koenig/qc-sudoku-solver

Quantum Computing project for the 4th semester in Computer Science at the DHBW Stuttgart. Solving a Sudoku on a DAU (Digital Annealing Unit) with QUBOs (Quadratic unconstrained binary optimization).

ferdinand-koenig/C-projects-2nd-semester

A selection of C exercises of the algorithm-lecture in the 2nd semester. Lecturer: Monika Kochanowski

ferdinand-koenig/CICBO-back-end

The back-end of CICBO - CICBO is a Corona Business Optimizer. By Deborah Djon and Ferdinand Koenig for Web Engineering 2 at Cooperative State University Stuttgart (DHBW Stuttgart) Lecturer: Danny Amor

ferdinand-koenig/olympia

Programming project for the 2nd semester in Java. An administration for athletes participating at the olympic games. Lecturer: Lukas Pfaffen.