BOLeRo: Behavior Optimization and Learning for Robots

Publikation

Alexander Fabisch, Malte Langosz, Frank Kirchner

In: International Journal of Advanced Robotic Systems 17 3 SAGE Publications 2020.

Abstrakt

Reinforcement learning and behavior optimization are becoming more and more popular in the field of robotics because algorithms are mature enough to tackle real problems in this domain. Robust implementations of state-of-the-art algorithms are often not publicly available though and experiments are hardly reproducible because open source implementations are often not available or are still in a stage of research code. Consequently, often it is infeasible to deploy these algorithms on robotic systems. BOLERO closes this gap for policy search and evolutionary algorithms by delivering open-source implementations of behavior learning algorithms for robots. It is easy to integrate in robotic middlewares and it can be used to compare methods and develop prototypes in simulation.

Projekte

BesMan - BesMan - Behaviours for Mobile Manipulation,
LIMES - LIMES - Lernen intelligenter Bewegungen kinematisch komplexer Laufroboter für die Exploration im Weltraum,
COROMA - Kognitiv verbesserter Roboter für flexible Herstellung von Metall- und Verbundteilen,
Q-Rock - Q-Rock - Modellbasierte Bestimmung und Validierung von wiederverwendbaren und übertragbaren Roboterverhalten.,
D-Rock - Modelle, Verfahren und Werkzeuge für die Modelbasierte Softwareentwicklung von Robotern

BOLeRo: Behavior Optimization and Learning for Robots

Abstrakt

Projekte

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