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Yuxuan Li

ACL 2026×3CVPR 2026ICLR 2026效率与系统长上下文与架构检索与知识可解释性多模态
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0 一作 · 5 篇 · ACL 2026 / CVPR 2026 / ICLR 2026

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2026 顶会论文

5
作者位次 #28/34CVPR 2026Poster· Computer Vision & Pattern Recognition

MiniCPM-V 4.5: Cooking Efficient MLLMs via Architecture, Data, and Training Recipe

Tianyu Yu · Zefan Wang · Chongyi Wang · Fuwei Huang · Wenshuo Ma · Zhihui He · Tianchi Cai · Weize Chen · Yuxiang Huang · Ranchi Zhao · Bokai Xu · Junbo Cui · Yingjing Xu · Liqing Ruan · Luoyuan Zhang · Hanyu Liu · Jingkun Tang · Hongyuan Liu · Qining Guo · Wenhao Hu · Bingxiang He · Jie Zhou · Jie Cai · Ji Qi · Zonghao Guo · Chi Chen · Guoyang Zeng · Yuxuan Li · Ganqu Cui · Ning Ding · Xu Han · Yuan Yao · Zhiyuan Liu · Maosong Sun

多模态效率与系统长上下文与架构OpenReview 项目页
作者位次 #3/10ACL 2026Poster· Natural Language Processing

A uto R eproduce: Automatic AI Experiment Reproduction with Paper Lineage

Xuanle Zhao · Zilin Sang · Yuxuan Li · Qi Shi · Weilun Zhao · Shuo Wang · Duzhen Zhang · Xu Han · Zhiyuan Liu · Maosong Sun

摘要

Efficient reproduction of research papers is pivotal to accelerating scientific progress. However, the increasing complexity of proposed methods often renders reproduction a labor-intensive endeavor, necessitating profound domain expertise.To address this, we introduce the paper lineage, which sy...

智能体与工具评测与基准检索与知识OpenReview 项目页
作者位次 #3/4ACL 2026Workshop· ACL System Demonstrations

A rc L ight: A Lightweight LLM Inference Architecture for Many-Core CPU s

Yuzhuang Xu · Xu Han · Yuxuan Li · Wanxiang Che

摘要

Although existing frameworks for large language model (LLM) inference on CPUs are mature, they fail to fully exploit the computational potential of many-core CPU platforms. Many-core CPUs are widely deployed in web servers and high-end networking devices, and are typically organized into multiple...

效率与系统检索与知识长上下文与架构OpenReview 项目页
作者位次 #6/11ACL 2026Findings· Findings of ACL

A uto V ec C oder: Teaching LLM s to Generate Explicitly Vectorized Code

ShangZhan Li · Xinyu Yin · Xuanyu Jin · Ye He · Yuxin Zhou · Yuxuan Li · Xu Han · Wanxiang Che · Qi Shi · Ting Liu · Maosong Sun

摘要

Vectorization via Single Instruction, Multiple Data (SIMD) architectures is a cornerstone of high-performance computing. To fully exploit hardware potential, developers often resort to explicit vectorization using intrinsics, as compiler-based auto-vectorization frequently yields suboptimal resul...

代码对齐与偏好强化学习与后训练OpenReview 项目页

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