Bachelor-/Masterprojects and theses

 Legend: BP=Bachelorproject, MP=Masterproject, MT=Masterthesis

Type Topic Contact
MP Estimation of Convergence Time for Sliding Mode Algorithms Richard Seeber
BP/MP/MT Simulation Environment for Networked Control Systems Markus Tranninger
MT Optimal State Estimation in Networked Control Systems Markus Tranninger
BP/MP Comparison of Dropout Models for Networked Control Systems Markus Tranninger
MT Trajectory Planning for Automated Driving/Racing Michael Stolz
MT Computational Intelligence based Dosing in Case of Graves' Disease Markus Reichhartinger
MT Thermal modeling and system identification of multi-zone buildings for model predicitive control (MPC) Daniel Muschik
MP/MT Automotive Radar Sensor Modelling -  Wave Propagation and Reflection Franz Michael Maier
BP/MP Automotive Radar Sensor Modelling - Local Curvature Estimation of Triangle Mesh Franz Michael Maier
MT Modellierung und Regelung einer Absorptionswärmepump-Anlage Markus Gölles
MT Simulation of a truck on a powertrain testbed with focus on dyno inertias Martin Steinberger
MT Signal Preprocessing in Pharmaceutical Optical Coherence Tomography (OCT) Applications Sandra Resl
MT Machine Learning Methods for Optical Coherence Tomography (OCT) Image Segmentation Sandra Resl
BP Modellierung und Simulation von Absorptionswärmepumpanlagen Markus Gölles
MT Stochastic Optimal Feedback for Networked Control Systems Marijan Palmisano
MT Inverter-Software for an Electric Race Car Patrick Nagelmaier
MT Modeling and Control Synthesis Applied to Continuous Pharmaceutical Processes Sandra Sünkel
MT Modeling, Simulation and Control of Systems with Dead Time Markus Reichhartinger
MT Control Concept for a modern Multi-Level-Converter Markus Reichhartinger
BP/MP/MT Realization of Wireless Networked Control Systems Katarina Stanojevic
MT Online Kinetic Model Building for Continuous Chemical Reactions, toward Model-Based Control

Sebastian Knoll

Entwicklung eines Predictive Maintenance Algorithmus mit minimaler Sensoranzahl für pneumatische Aktoren
Markus Reichhartinger
Model-based Control of the Magnetic Flux in an Epstein Frame
Markus Reichhartinger

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Contact information

Institute of Automation and Control
Graz University of Technology
Inffeldgasse 21/B
8010 Graz

Tel.: +43 (0) 316 / 873 - 7021
Fax: +43 (0) 316 / 873 - 7028