Feedback-efficient active preference learning for socially aware robot navigation
… comfort embedded, via active preference learning. Then, the … RL process to guide the robot
agent to explore the latent … preference learning, we introduce hybrid experience learning, …
agent to explore the latent … preference learning, we introduce hybrid experience learning, …
Fast adaptation of deep reinforcement learning-based navigation skills to human preference
… learning (RL) is being actively studied for robot navigation due to its promise of superior
performance and robustness. However, most existing deep RL navigation … RL navigation method …
performance and robustness. However, most existing deep RL navigation … RL navigation method …
Multi-objective deep reinforcement learning for crowd-aware robot navigation with dynamic human preference
… learning framework for crowd-aware robot navigation problems to learn policies over multiple
competing objectives whose relative importance preference is dynamic to the robot. First, a …
competing objectives whose relative importance preference is dynamic to the robot. First, a …
Navistar: Socially aware robot navigation with hybrid spatio-temporal graph transformer and preference learning
… off-policy learning and preference learning to train a robot policy that … Related Works Deep
reinforcement learning based … performance in socially aware robot navigation. In optimizing …
reinforcement learning based … performance in socially aware robot navigation. In optimizing …
User preferred behaviors for robot navigation exploiting previous experiences
L Nardi, C Stachniss - Robotics and Autonomous Systems, 2017 - Elsevier
… to reuse robot’s previous experiences to meet user’s preferences while maintaining the
planning flexible. We extend this approach to consider preferences for robot navigation also in …
planning flexible. We extend this approach to consider preferences for robot navigation also in …
Learning human-aware robot navigation from physical interaction via inverse reinforcement learning
M Kollmitz, T Koller, J Boedecker… - … on Intelligent Robots …, 2020 - ieeexplore.ieee.org
… robots. In this work, we investigate physical interaction for communicating robot navigation
preferences… human preferences in the robot navigation domain. So far, force-sensitive mobile …
preferences… human preferences in the robot navigation domain. So far, force-sensitive mobile …
Learning personalized human-aware robot navigation using virtual reality demonstrations from a user study
J de Heuvel, N Corral, L Bruckschen… - … Conference on Robot …, 2022 - ieeexplore.ieee.org
… robot navigation controller that adapts to user preferences by learning from demonstrations
of robot … human avoidance taking into account user-specific preference. Both human and …
of robot … human avoidance taking into account user-specific preference. Both human and …
Robot navigation in cluttered 3-D environments using preference-based fuzzy behaviors
D Shi, EG Collins, D Dunlap - IEEE Transactions on Systems …, 2007 - ieeexplore.ieee.org
… a vector reflecting the reaction of the robot to its perceived world. The desired … D navigation
problem into several 2-D navigation problems. Each 2-D navigation system uses a preference…
problem into several 2-D navigation problems. Each 2-D navigation system uses a preference…
User preference-aware navigation for mobile robot in domestic via defined virtual area
… in home scenarios, users are particularly looking forward to being able to restrict the
mobile (service) robot’s work area and control the robot navigation behavior according to their …
mobile (service) robot’s work area and control the robot navigation behavior according to their …
Robot Navigation in Risky, Crowded Environments: Understanding Human Preferences
… robot’s plans and rationale for clarity also known as Explainable Artificial Intelligence (XAI)
[6], is the other key aspect of robot navigation in … human preferences for robot navigational XAI …
[6], is the other key aspect of robot navigation in … human preferences for robot navigational XAI …
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