kl-regularization

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#kl-regularization

Your Policy Is Secretly a Harness: The Decision Geometry of Agent Interfaces

Hugging Face Daily Papers ↗ · 2026-10-27 Cached

该论文提出,在KL正则化控制下,策略的log odds隐含其harness(提示、工具、控制逻辑)的偏好,部署性能等于harness潜力上限减去策略失配;实验在MiniWoB++和Terminal-Bench Lite上证明,仅用固定模型比较harness无法预测训练收益,而事先测得的ceiling与mismatch能准确预测。

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#kl-regularization

Enabling Token-wise Importance Sampling in Off-Policy RLVR with Proximal KL Regularization

Hugging Face Daily Papers ↗ · 2026-10-13 Cached

这篇论文研究了RLVR中的off-policy数据问题,证明了在覆盖性与局部表达性条件下,完整未来KL信用可使精确近端优化器成为更新的唯一平稳策略,并提出ProximalKL方法,在Qwen3-1.7B和Qwen3-4B上相比GRPO在数学基准上最高提升2.58%的微平均准确率。

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#kl-regularization

On KL-Regularized Policy Optimization

arXiv cs.LG ↗ · 2026-10-08 Cached

A research paper exploring KL-regularized policy optimization, likely relevant to RLHF and reinforcement learning from human feedback, posted on arXiv.

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#kl-regularization

When Greedy Sampling Explores: KL-Regularized Contextual Bandits without Eluder-Dimension Dependence

arXiv cs.LG ↗ · 2026-09-15 Cached

This paper studies KL-regularized contextual bandits and shows that greedy sampling can achieve logarithmic regret without explicit eluder-dimension dependence for both reward and preference feedback.

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#kl-regularization

Post-Training at the Edge of Detectability: A Game-Theoretic Approach to Fine-Tuning

arXiv cs.LG ↗ · 2026-07-30 Cached

This paper introduces a game-theoretic approach to fine-tuning language models that optimizes the trade-off between reward and deviating from a reference policy, providing a principled method for setting the KL regularization coefficient.

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#kl-regularization

Safe Inference-Time Alignment via Lagrangian Reward Augmentation

arXiv cs.LG ↗ · 2026-07-07 Cached

Proposes LARA, a framework for safe inference-time alignment that uses Lagrangian dualization to derive an augmented reward from separate reward and cost models, improving the helpfulness-harmlessness tradeoff without retraining.

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#kl-regularization

Self-Distilled Policy Gradient

Hugging Face Daily Papers ↗ · 2026-06-02 Cached

This paper proposes SDPG, a self-distilled policy-gradient framework that combines on-policy self-distillation with verifier advantages and KL regularization to improve reinforcement learning stability and performance.

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