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Reinforcement Learning with Multi-Step Transition Predictions: A Bellman Theory

Paper recorded by Signals 4 on 2026-10-23 in cs.LG. Abstract reproduced from arXiv; link to the original below.

Published 2026-10-23 on arXiv · recorded by Signals 4 on 2026-10-26

Category: cs.LG · 机器学习 · first seen 2026-10-26

Abstract

Multi-step predictions of future transition realizations can improve reinforcement learning, but their value remains difficult to quantify. Directly including these predictions in the state can lead to exponential state-space growth, making direct dynamic programming computationally expensive. We study discounted finite MDPs under a block-feedback protocol: at the start of each K-period block, the

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#188 most recent of 749 cs.LG papers we have recorded · ↑ newer: When Human Corrections Travel: Safety in Federated VLA Adaptation · ↓ older: Trusting the Tool: Asymmetric Deference of LLM Vulnerability Auditors
Cite this page: Reinforcement Learning with Multi-Step Transition Predictions: A Bellman Theory: the #188 most recent of 749 cs.LG papers we have recorded (as of 2026-10-23). Source: Signals 4 (Signals API) — https://data.jiangzhang.ca/signals4/t/papers/reinforcement-learning-with-multi-step-transition-predictions-a-bellman-theory.html
Free to quote with attribution to “Signals 4 (Signals API)”. Machine-readable: papers.json
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