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Know What You Know: Metacognitive Entropy Calibration for Verifiable RL Reasoning
arXiv β CS AI|Qiannian Zhao, Chen Yang, Jinhao Jing, Yunke Zhang, Xuhui Ren, Lu Yu, Shijie Zhang, Hongzhi Yin||6 views
π€AI Summary
Researchers propose EGPO, a new framework that improves large reasoning models by incorporating uncertainty awareness into reinforcement learning training. The approach addresses the "uncertainty-reward mismatch" where current training methods treat high and low-confidence solutions equally, preventing models from developing better reasoning capabilities.
Key Takeaways
- βCurrent reinforcement learning training for reasoning models ignores intrinsic uncertainty, treating all correct answers equally regardless of confidence levels.
- βEGPO framework integrates uncertainty estimation into training using token-level likelihood entropy as a zero-overhead proxy.
- βThe approach preserves correct reasoning while regulating overconfident failures through asymmetric calibration mechanisms.
- βExtensive experiments show substantial improvements in reasoning performance across multiple benchmarks.
- βThe framework enables models to better distinguish between what they know and don't know, improving reasoning quality over mere answer memorization.
#machine-learning#reinforcement-learning#reasoning-models#uncertainty-calibration#entropy#ai-research#model-training#metacognition
Read Original βvia arXiv β CS AI
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