Publication | Closed Access
COACH: Learning continuous actions from COrrective Advice Communicated by Humans
22
Citations
18
References
2015
Year
Unknown Venue
Artificial IntelligenceEngineeringAutonomous AgentCognitionMulti-agent LearningIntelligent SystemsCommunicationLearning ControlSocial SciencesImitative LearningAction PlanningRobot LearningBinary SignalCognitive ScienceHuman Agent InteractionAutonomous LearningAction Model LearningInteractive Decision MakingLearning Continuous ActionsCorrective AdviceRobotics
COACH (COrrective Advice Communicated by Humans), a new interactive learning framework that allows non-expert humans to shape a policy through corrective advice, using a binary signal in the action domain of the agent, is proposed. One of the main innovative features of COACH is a mechanism for adaptively adjusting the amount of human feedback that a given action receives, taking into consideration past feedback. The performance of COACH is compared with the one of TAMER (Teaching an Agent Manually via Evaluative Reinforcement), ACTAMER (Actor-Critic TAMER), and an autonomous agent trained using SARSA(?) in two reinforcement learning problems. COACH outperforms all other learning frameworks in the reported experiments. In addition, results show that COACH is able to transfer successfully human knowledge to agents with continuous actions, being a complementary approach to TAMER, which is appropriate for teaching in discrete action domains.
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