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Uniform-PACBoundsforReinforcementLearning withLinearFunctionApproximation

Neural Information Processing Systems

Designing efficient reinforcement learning (RL) algorithms for environments with large state and action spaces is one of the main tasks in the RL community.





IncorporatingInterpretableOutputConstraints inBayesianNeuralNetworks

Neural Information Processing Systems

The ability to encode informative functional beliefs in BNN priors can significantly reduce the bias and uncertainty of the posterior predictive, especially in regions of input space sparsely coveredbytraining data[27].