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Active Goal Recognition
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To coordinate with other systems, agents must be able to determine what the systems are currently doing and predict what they will be doing in the future---plan and goal recognition. There are many methods for plan and goal recognition, but they assume a passive observer that continually monitors the target system. Real-world domains, where information gathering has a cost (e.g., moving a camera or a robot, or time taken away from another task), will often require a more active observer. We propose to combine goal recognition with other observer tasks in order to obtain \emph{active goal recognition} (AGR). We discuss this problem and provide a model and preliminary experimental results for one form of this composite problem. As expected, the results show that optimal behavior in AGR problems balance information gathering with other actions (e.g., task completion) such as to achieve all tasks jointly and efficiently. We hope that our formulation opens the door for extensive further research on this interesting and realistic problem.
Forward citations
Cited by 3 Pith papers
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Uncertainty-Resilient Active Intention Recognition for Robotic Assistants
An integrated POMDP-based planning framework enables a mobile robot to proactively fetch missing assembly parts for a human worker despite sensor noise and without explicit commands.
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Probabilistic Active Goal Recognition
An observer that actively moves and uses 'not seen' signals as evidence can infer a hidden goal faster than passive recognition, with MCTS planning matching a domain-specific greedy baseline on grid-world tasks.
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Towards Intention Recognition for Robotic Assistants Through Online POMDP Planning
A flat POMDP model with a known stochastic worker policy lets an online MCTS planner with goal-based reward shaping outperform plain POMCP on two simulated active goal recognition tasks.
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