Masterarbeit im Bereich adaptiver Regelung von elektrischen Antrieben
Core
Modeling electric drive systems and developing adaptive control and learning methods using AI and machine learning.
Role type
Master's thesis researcher (adaptive control of electric drives)
Builds
Adaptive control algorithms and validation on dSpace rapid-prototyping systems
Domain
Electric drives, control engineering, machine learning
Deliverable
production ML models | research
Required skills
System dynamics, control engineering, MATLAB, Simulink
Preferred skills
dSpace rapid-prototyping systems
Technologies
MATLAB, Simulink, dSpace
Responsibilities
Model electric drive systems using AI methods, develop new control and learning procedures, design adaptive control considering unknown system behavior, implement and validate procedures in MATLAB/Simulink, optionally implement prototypes on dSpace test bench
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