Evaluation of Guided Reinforcement Learning with Adaptive Manipulation Primitives for High-Precision Gear Assembly
Braun M, Wrede S (Accepted)
Presented at the German Robotics Conference, Nürnberg.
Kurzbeitrag Konferenz / Poster
| Angenommen | Englisch
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Autor*in
Braun, Marco;
Wrede, SebastianUniBi 
Einrichtung
Erscheinungsjahr
2025
Konferenz
German Robotics Conference
Konferenzort
Nürnberg
Konferenzdatum
2025-03-12 – 2025-03-13
Page URI
https://pub.uni-bielefeld.de/record/3001456
Zitieren
Braun M, Wrede S. Evaluation of Guided Reinforcement Learning with Adaptive Manipulation Primitives for High-Precision Gear Assembly. Presented at the German Robotics Conference, Nürnberg.
Braun, M., & Wrede, S. (Accepted). Evaluation of Guided Reinforcement Learning with Adaptive Manipulation Primitives for High-Precision Gear Assembly. Presented at the German Robotics Conference, Nürnberg.
Braun, Marco, and Wrede, Sebastian. Accepted. “Evaluation of Guided Reinforcement Learning with Adaptive Manipulation Primitives for High-Precision Gear Assembly”. Presented at the German Robotics Conference, Nürnberg .
Braun, M., and Wrede, S. (Accepted).“Evaluation of Guided Reinforcement Learning with Adaptive Manipulation Primitives for High-Precision Gear Assembly”. Presented at the German Robotics Conference, Nürnberg.
Braun, M., & Wrede, S., Accepted. Evaluation of Guided Reinforcement Learning with Adaptive Manipulation Primitives for High-Precision Gear Assembly. Presented at the German Robotics Conference, Nürnberg.
M. Braun and S. Wrede, “Evaluation of Guided Reinforcement Learning with Adaptive Manipulation Primitives for High-Precision Gear Assembly”, Presented at the German Robotics Conference, Nürnberg, Accepted.
Braun, M., Wrede, S.: Evaluation of Guided Reinforcement Learning with Adaptive Manipulation Primitives for High-Precision Gear Assembly. Presented at the German Robotics Conference, Nürnberg (Accepted).
Braun, Marco, and Wrede, Sebastian. “Evaluation of Guided Reinforcement Learning with Adaptive Manipulation Primitives for High-Precision Gear Assembly”. Presented at the German Robotics Conference, Nürnberg, Accepted.
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