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Stochastic Variance Reduction Methods for Policy Evaluation

ICML 2017 · Optimization › Nonconvex and smooth optimization · approach: Variance-reduced policy gradient · 62 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Use SVRG variance reduction instead of ordinary stochastic gradientsPolicy evaluation on Random MDP and Mountain Car · Random MDP; Mountain Carconvergence speedHelped
Use SAGA variance reduction instead of ordinary stochastic gradientsPolicy evaluation on Random MDP and Mountain Car · Random MDP; Mountain Carconvergence speedHelped
Increase regularization parameter ρ (ablation)PDBG, SVRG, and SAGA · Random MDPconvergence speedHelped
Increase regularization parameter ρ (ablation)PDBG, SVRG, and SAGA · Mountain Carconvergence speedHelped
Increase sample size n (ablation)SVRG and SAGA · Mountain Carconvergence speedHelped
Use SVRG or SAGA rather than GTD2Policy evaluation with a fixed dataset · EM-MSPBE policy evaluationconvergence rateHelped
Rely on full-rank bilinear coupling rather than adding primal strong convexityPDBG, SVRG, and SAGA · EM-MSPBE policy evaluationconvergence rateHelped

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