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Vipin Chaudhary

ACL 2026×4ICML 2026×2推理效率与系统评测与基准强化学习与后训练检索与知识
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0 一作 · 6 篇 · ACL 2026 / ICML 2026

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2026 顶会论文

6
作者位次 #4/4ACL 2026Poster· Natural Language Processing

Ranking Reasoning LLM s under Test-Time Scaling

Mohsen Hariri · Michael Hinczewski · Jing Ma · Vipin Chaudhary

摘要

Test-time scaling evaluates reasoning LLMs by sampling multiple outputs per prompt, but ranking models in this regime remains underexplored. We formalize dense benchmark ranking under test-time scaling and introduce Scorio, a library that implements statistical ranking methods such as paired-comp...

推理评测与基准代码OpenReview 项目页
作者位次 #7/8ACL 2026Findings· Findings of ACL

Mid-Think: Training-Free Intermediate-Budget Reasoning via Token-Level Triggers

Van Yang · Shouren Wang · Debargha Ganguly · Xinpeng Li · Chaoda Song · Vikash Singh · Vipin Chaudhary · Xiaotian Han

摘要

Reasoning language models are controlled through explicit modes such as Think and No-think, yet we find that these behaviors are largely governed by a few token-level triggers rather than high-level instructions. Through attention analysis and controlled prompting experiments, we show that a lead...

推理强化学习与后训练效率与系统OpenReview 项目页
作者位次 #10/11ACL 2026Findings· Findings of ACL

A uto L 2 S : Auto Long-Short Reasoning for Efficient Large Language Models

Feng Luo · Yu-Neng Chuang · Guanchu Wang · Hoang Anh Duy Le · Shaochen Zhong · Hongyi Liu · Jiayi Yuan · Yang Sui · Vladimir Braverman · Vipin Chaudhary · Xia Hu

摘要

Reasoning-capable large language models (LLMs) achieve strong performance on complex tasks but often exhibit overthinking after distillation, generating unnecessarily long chain-of-thought (CoT) reasoning even for simple inputs and incurring high inference cost. However, naively shortening reason...

推理强化学习与后训练效率与系统OpenReview 项目页
作者位次 #7/7ACL 2026Findings· Findings of ACL

Quantize What Counts: More for Keys, Less for Values

Mohsen Hariri · Alan Luo · Weicong Chen · Tianyi Zhang · Qifan Wang · Xiaotian Han · Vipin Chaudhary

摘要

Large Language Models (LLMs) suffer inference-time memory bottlenecks dominated by the attention Key-Value (KV) cache, which scales with model size and context length. While KV-cache quantization alleviates this cost, bit allocation between keys and values is often tuned heuristically, lacking th...

效率与系统评测与基准理论与学习动力学OpenReview 项目页

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