Mood as an Affective Component for Robotic Behavior with Continuous Adaptation via Learning Momentum

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ParkEtAlHumanoids2010.pdf (414.58 KB)
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Park, Sunghyun
Moshkina, Lilia
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http://hdl.handle.net/1853/43202
Abstract
The design and implementation of mood as an affective component for robotic behavior is described in the context of the TAME framework – a comprehensive, time-varying affective model for robotic behavior that encompasses personality traits, attitudes, moods, and emotions. Furthermore, a method for continuously adapting TAME’s Mood component (and thereby the overall affective system) to individual preference is explored by applying Learning Momentum, which is a parametric adjustment learning algorithm that has been successfully applied in the past to improve navigation performance in real-time, reactive robotic systems
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2010
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