Marcel Albus
Marcel Albus
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robotics
Towards scalability for resource reconfiguration in robotic assembly line balancing problems using a modified genetic algorithm
Scalability for resource reconfiguration in brownfield constrained Robotic Assembly Line Balancing Problems using a modified Genetic Algorithm
Marcel Albus
,
Timothée Hornek
,
Werner Kraus
,
Marco F. Huber
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DOI
Resource reconfiguration and optimization in brownfield constrained Robotic Assembly Line Balancing Problems
Resource reconfiguration and optimization in brownfield constrained Robotic Assembly Line Balancing Problems
Marcel Albus
,
Marco F. Huber
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DOI
Automated 2D Layout Design of Assembly Line Workstations through Physical Principles
Automated 2D Layout Design of Assembly Line Workstations through Physical Principles
Carsten Seeber
,
Marcel Albus
,
Manuel Fechter
,
Alexander Neb
,
Satoshi I. Yoshida
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DOI
Linear optimization for dynamic selection of resources in constrained assembly line balancing problems
Linear optimization for dynamic selection of resources in constrained assembly line balancing problems
Marcel Albus
,
Carsten Seeber
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DOI
Hybrider Machine Learning Ansatz für Robotergestützte Manipulation von forminstabilen Objekten
The Summer Seminar series aims to promote scientific discussions and networking between researchers at the University of Stuttgart. With focus on scientific talks and group based problem solving techniques this event promotes interdisciplinary exchange.
05 Aug 2021 09:00 — 17:00
virtual
Marcel Albus
Towards Safe Human-Robot Collaboration Using Deep Reinforcement Learning
Towards Safe Human-Robot Collaboration Using Deep Reinforcement Learning
Mohamed El-Shamouty
,
Xinyang Wu
,
Shanqi Yang
,
Marcel Albus
,
Marco F. Huber
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DOI
Analyse und Optimierung von Parametersets für Bewegungsregelungsverfahren für mobile Service-Roboter in dynamischer Umgebung
Zusammenfassung Das Fraunhofer IPA beschäftigt sich unter anderem schwerpunktmäßig mit Forschung im Bereich der Servicerobotik. Ziel dieser Arbeiten ist die Konzeption und prototypische Realisierung von zukünftigen Robotern für den Alltag zu Hause, in öffentlichen Geschäftsräumen oder in Kaufhäusern.
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