Document detail
ID

oai:arXiv.org:2409.07091

Topic
Computer Science - Robotics
Author
Baert, Mattijs Leroux, Sam Simoens, Pieter
Category

Computer Science

Year

2024

listing date

9/18/2024

Keywords
tasks learning
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Abstract

Specifying tasks for robotic systems traditionally requires coding expertise, deep domain knowledge, and significant time investment.

While learning from demonstration offers a promising alternative, existing methods often struggle with tasks of longer horizons.

To address this limitation, we introduce a computationally efficient approach for learning probabilistic deterministic finite automata (PDFA) that capture task structures and expert preferences directly from demonstrations.

Our approach infers sub-goals and their temporal dependencies, producing an interpretable task specification that domain experts can easily understand and adjust.

We validate our method through experiments involving object manipulation tasks, showcasing how our method enables a robot arm to effectively replicate diverse expert strategies while adapting to changing conditions.

Baert, Mattijs,Leroux, Sam,Simoens, Pieter, 2024, Learning Task Specifications from Demonstrations as Probabilistic Automata

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