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Imitation Learning

Imitation Learning is a framework for learning a behavior policy from demonstrations. Usually, demonstrations are presented in the form of state-action trajectories, with each pair indicating the action to take at the state being visited. In order to learn the behavior policy, the demonstrated actions are usually utilized in two ways. The first, known as Behavior Cloning (BC), treats the action as the target label for each state, and then learns a generalized mapping from states to actions in a supervised manner. Another way, known as Inverse Reinforcement Learning (IRL), views the demonstrated actions as a sequence of decisions, and aims at finding a reward/cost function under which the demonstrated decisions are optimal.

Finally, a newer methodology, Inverse Q-Learning aims at directly learning Q-functions from expert data, implicitly representing rewards, under which the optimal policy can be given as a Boltzmann distribution similar to soft Q-learning

Source: Learning to Imitate

Papers

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Showing 1251–1275 of 2122 papers

TitleStatusHype
SORREL: Suboptimal-Demonstration-Guided Reinforcement Learning for Learning to Branch—0
So You Think You Can Scale Up Autonomous Robot Data Collection?—0
SparseDice: Imitation Learning for Temporally Sparse Data via Regularization—0
Spatially Visual Perception for End-to-End Robotic Learning—0
Spatial RoboGrasp: Generalized Robotic Grasping Control Policy—0
Spatial-Temporal Deep Embedding for Vehicle Trajectory Reconstruction from High-Angle Video—0
Spatial-Temporal Graph Diffusion Policy with Kinematic Modeling for Bimanual Robotic Manipulation—0
SpawnNet: Learning Generalizable Visuomotor Skills from Pre-trained Networks—0
Specification-Guided Data Aggregation for Semantically Aware Imitation Learning—0
SPECI: Skill Prompts based Hierarchical Continual Imitation Learning for Robot Manipulation—0
SpikePingpong: High-Frequency Spike Vision-based Robot Learning for Precise Striking in Table Tennis Game—0
SPIRE: Synergistic Planning, Imitation, and Reinforcement Learning for Long-Horizon Manipulation—0
SR-Reward: Taking The Path More Traveled—0
SS-MAIL: Self-Supervised Multi-Agent Imitation Learning—0
Stabilized Likelihood-based Imitation Learning via Denoising Continuous Normalizing Flow—0
Stable Relay Learning Optimization Approach for Fast Power System Production Cost Minimization Simulation—0
Stage Conscious Attention Network (SCAN) : A Demonstration-Conditioned Policy for Few-Shot Imitation—0
STAMP: Differentiable Task and Motion Planning via Stein Variational Gradient Descent—0
State Alignment-based Imitation Learning—0
State- and context-dependent robotic manipulation and grasping via uncertainty-aware imitation learning—0
State Aware Imitation Learning—0
State-Only Imitation Learning by Trajectory Distribution Matching—0
State-Only Imitation Learning for Dexterous Manipulation—0
State Representation Learning from Demonstration—0
Stealing Deep Reinforcement Learning Models for Fun and Profit—0
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