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Alan Hou

Notes on coding, AI, and technology.

记录编程、人工智能与技术探索。

BiVerify: Closing the Loop Between Backward and Forward Verification for Mathematical Self-Correction

BiVerify：闭环双向验证框架——攻克大模型数学自我纠错的推理瓶颈

Researchers from Renmin University of China introduce BiVerify, a dynamically scheduled bidirectional mathematical verification framework. By coordinating backward constraint checking with forward process entailment, BiVerify resolves the structural blind spots of unidirectional verification. Evaluated across five challenging math benchmarks on DeepSeek, GPT, and Gemini models, BiVerify improves average reasoning accuracy by up to 31.2 percentage points on GPT and 20.1 points overall, establishing a new state of the art in LLM self-correction.

Nov 10, 2026 Read article

Alan Hou

BiVerify: Closing the Loop Between Backward and Forward Verification for Mathematical Self-Correction

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