DFQI transfers knowledge for offline Q-learning
The method integrates source data via L1 penalty in target Q-function updates to improve policy learning with limited target data in marketing and healthcare.
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The method integrates source data via L1 penalty in target Q-function updates to improve policy learning with limited target data in marketing and healthcare.
CAT-CCB and CAT-CMDP use causal transportability and pessimistic optimization, with finite-sample suboptimality bounds.
Structural Behavior Regularization replaces an intractable dynamics constraint with a closed-form latent divergence and reports stronger offline RL benchmark results.
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