View Document Preview and Link Document Date: 2013-06-21 14:09:34 Open Document File Size: 2,79 MB Share Result on Facebook
City Washington / DC / Berlin / Cambridge / Richland / New York / / Company Pearson / Group B. Each / IEEE Press / Autonomous Systems / MIT Press / Group B / Group A / ACM Press / Artificial Intelligence Laboratory / / Country United States / / / Facility Artificial Intelligence Laboratory Massachusetts Institute of Technology Cambridge / / IndustryTerm reinforcement learning algorithm / inverse reinforcement learning algorithms / cross-training algorithm / reinforcement learning algorithms / task-execution software / active learning systems / mental model elicitation tool / industrial robotic systems / assigned / intensity applications / model-free algorithm / / MarketIndex TAMER / / Organization Department of Aeronautics / Institute of Technology Cambridge / Human Team Training Strategy Stefanos Nikolaidis Julie Shah Department of Aeronautics / pp. / Massachusetts Institute of Technology / American Psychological Association / / Person Julie Shah / / Position model designer / team member / human teacher / human worker / Forward / independent analyst / human co-worker / / ProvinceOrState South Carolina / Massachusetts / / Technology reinforcement learning algorithms / inverse reinforcement learning algorithms / model-free algorithm / artificial intelligence / HumanRobot Cross-training algorithm / Machine Learning / simulation / reinforcement learning algorithm / Cross-Training Algorithm / Manufacturing Technology / GUI / / URL http / SocialTag 
Human-Robot Cross-Training: Computational Formulation, Modeling and Evaluation of a Human Team Training Strategy Stefanos Nikolaidis Julie Shah