Posters
On this page, we show posters that were submitted by members and students of the MARS Group.
2025
Flexible Simulation Platform for Ant Colonies
Author: Sebastian Wewer
Semester: Summer semester 2025
Description: An agent-oriented framework for the simulation of ant colonies.
Agentenbasierte Nachbildung des LKW-Verkehrs im deutschen Straßennetz
Author: Dennis Fischer
Semester: Summer semester 2025
Description: An agent-based simulation model for truck logistics.
Towards Scalable Multi-Agent Simulations: Predicting LLM-Agent Responses
Author: Ersan Baran
Semester: Summer semester 2025
Description: Making human agents more authentic.
Agentic-AI for automated report generation from speech recognition
Author: Patrick Zilke
Semester: Summer semester 2025
Description: Agentic AI speech to text/report generation.
2024
Multi-Agent Reinforcement Learning for Adaptive Wildfire Suppression Strategies
Author: Leonard Bardtke
Semester: Winter semester 2024
Description: Cooperative firefighting with MADRL.
Deep Reinforcement Learning for Multi-Agent Systems on the Example of Chess
Author: Helen Haase
Semester: Summer semester 2024
Description: How can chess pieces learn from observation?
Lösungsansätze für das Timetabling Problems mit LLMs
Author: Bjarne Martensen
Semester: Summer semester 2024
Description: Can LLMs support the generation of timetables?
2023
Automated Plausibility Check for Bird Observations
Author: Marina Siebold
Semester: Winter semester 2023
Description: Statistical and ML-based outlier detection for citizen science data.
Feature Generation for Anomalous Bird Sighting Detection
Author: Simon Birker
Semester: Winter semester 2023
Description: Generating additional spatio-temporal data items from open data.
Drought Detection Methods in Comparison
Author: Minh Justin Tran
Semester: Winter semester 2023
Description: Comparison of machine learning methods for the identification of droughts in satellite images
2022
Modeling Human Behavior in an Artificial Society with MARS
Author: Nima Ahmady-Moghaddam
Semester: Winter semester 2022
Description: A configurable design for individual and collective behavior of human agents in agent-based models
