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Cheng-lin Liu

ICLR 2026×4ACL 2026×3CVPR 2026KDD 2026多模态推理评测与基准检索与知识强化学习与后训练
新星分资深
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核心/参与14
方向广度19
合作网络12
0 一作 · 9 篇 · ICLR 2026 / ACL 2026 / CVPR 2026 / KDD 2026

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2026 顶会论文

9
作者位次 #5/5ICLR 2026Poster· Computer Vision / Image and Video Generation

Learning to Generate Stylized Handwritten Text via a Unified Representation of Style, Content, and Noise

Honglie Wang · Yan-Ming Zhang · Wangzi Yao · Fei Yin · Cheng-lin Liu

多模态可解释性OpenReview
作者位次 #14/14ACL 2026Poster· Natural Language Processing

Too Long, Do Re-weighting for Efficient LLM Reasoning Compression

Zhong-Zhi Li · Xiao Liang · Zihao Tang · Lei Ji · Peijie Wang · Haotian Xu · Xing W · Haizhen Huang · Weiwei Deng · Yeyun Gong · Zhijiang Guo · Xiao Liu · Fei Yin · Cheng-lin Liu

摘要

Large Language Models (LLMs) have recently achieved remarkable progress on complex reasoning tasks by leveraging extended Chain-of-Thought (CoT) techniques. These reasoning processes can be roughly categorized into System-1 (fast and intuitive) and System-2 (slow and deliberate) paradigms. Howeve...

推理效率与系统强化学习与后训练OpenReview 项目页
作者位次 #11/12ACL 2026Findings· Findings of ACL

MR - ALIGN : Meta-Reasoning Informed Factuality Alignment for Large Reasoning Models

Xinming Wang · Jian Xu · Bin Yu · Sheng Lian · Yi Chen · Boran Wang · Yingjian Zhu · Hongzhu Yi · Hong-Ming Yang · Han Hu · Cheng-lin Liu · Xu-yao Zhang

摘要

Large reasoning models (LRMs) show strong capabilities in complex reasoning, yet their marginal gains on evidence-dependent factual questions are limited. We find this limitation is partially attributable to a reasoning–answer hit gap, where the model identifies the correct facts during reasoning...

评测与基准推理对齐与偏好OpenReview 项目页
作者位次 #13/13ACL 2026Findings· Findings of ACL

Geoparsing: Diagram Parsing for Plane and Solid Geometry with a Unified Formal Language

Peijie Wang · Ming-Liang Zhang · Jun Cao · Chao Deng · Dekang Ran · Pi Bu · Hongda Sun · Xuan Zhang · Yingyao Wang · Jun Song · Zerui Huang (Taobao &amp · Fei Yin · Cheng-lin Liu

摘要

Multimodal Large Language Models (MLLMs) have achieved remarkable progress but continue to struggle with geometric reasoning, primarily due to the perception bottleneck regarding fine-grained visual elements. While formal languages have aided plane geometry understanding, solid geometry which req...

强化学习与后训练多模态推理OpenReview 项目页

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