TensorX
返回文献探索

Paper · arXiv 2510.25065

Reasoning-Aware GRPO using Process Mining

Taekhyun Park, Yongjae Lee, Hyerim Bae

42 upvotesOctober 29, 2025arXiv 预印本
AI 摘要

PM4GRPO, a reasoning-aware Group Relative Policy Optimization, enhances policy models by incorporating process mining to align reasoning with a teacher model, outperforming existing methods.

reinforcement learningmulti-step reasoninglarge reasoning modelsreasoning-awareGroup Relative Policy OptimizationGRPOprocess miningscalar conformance rewardpretrained teacher model

Abstract

Reinforcement learning (RL)-based post-training has been crucial for enabling multi-step reasoning in large reasoning models (LRMs), yet current reward schemes are typically outcome-centric. We propose PM4GRPO, a reasoning-aware Group Relative Policy Optimization (GRPO) that augments standard answer/format rewards with signals over the reasoning procedure. To this end, process mining techniques are utilized to compute a scalar conformance reward that measures how closely a policy model's reasoning aligns with the pretrained teacher model. The empirical results on five benchmarks demonstrate that PM4GRPO significantly outperforms existing methodologies for GRPO-based post-training. These results highlight that leveraging process mining for reasoning-aware GRPO effectively enhances the reasoning capabilities of policy models.

北京市昌平区探索星信息技术及软件开发工作室

京ICP备2026059466号
Reasoning-Aware GRPO using Process Mining | TensorX