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Nicholas Asher

ACL 2026×4NeurIPS 2026理论与学习动力学评测与基准可解释性多语言与语言学社会与人本
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0 一作 · 5 篇 · ACL 2026 / NeurIPS 2026

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2026 顶会论文

5
作者位次 #3/3NeurIPS 2026Poster

Why Transformers Struggle with Distribution-Independent In-Context Learning

Omar Naim · Jerome Bolte · Nicholas Asher

理论与学习动力学OpenReview
作者位次 #2/5ACL 2026Poster· Natural Language Processing

EIFFEL : a novel benchmark to measure bias of E nglish heavy training on F rench idiomatic expressions

Charlotte Noel · Nicholas Asher · Olivier Gouvert · Farah Benamara · Julie Hunter

摘要

Mainstream multilingual LLMs are generally trained on a much higher proportion of English than multilingual data, raising questions about their ability to capture linguistic features particular to non-English languages or to capture information important to non-anglophone cultures. We add to a gr...

评测与基准多语言与语言学社会与人本OpenReview 项目页
作者位次 #4/4ACL 2026Poster· Natural Language Processing

SSA : Improving Performance With a Better Scoring Function

Omar Naim · Swarnadeep Bhar · Jerome Bolte · Nicholas Asher

摘要

While transformer models exhibit strong in-context learning (ICL) abilities, they often fail to generalize under simple distribution shifts. We analyze these failures and identify Softmax, the scoring function in the attention mechanism, as a contributing factor. We propose Scaled Signed Averagin...

可解释性理论与学习动力学评测与基准OpenReview 项目页
作者位次 #9/11ACL 2026Workshop· ACL System Demonstrations

Interpreto: An Explainability Library for Transformers

Antonin Poché · Thomas Mullor · Gabriele Sarti · Frédéric Boisnard · Corentin Friedrich · Charlotte Claye · Francois Hoofd · Raphael Bernas · Nicholas Asher · Céline Hudelot · Fanny Jourdan

摘要

Interpreto is an open-source Python library for interpreting HuggingFace language models, from early BERT variants to LLMs. It provides two complementary families of methods: attribution methods and concept-based explanations. The library bridges recent research and practical tooling by exposing...

可解释性检索与知识OpenReview 项目页
作者位次 #4/4ACL 2026Findings· Findings of ACL

TELL - TALE : Task Efficient LLM s with Task Aware Layer Elimination

Omar Naim · Krish Sharma · Niyar R Barman · Nicholas Asher

摘要

Large Language Models (LLMs) typically come with a fixed architecture, despite growing evidence that not all layers contribute equally to every downstream task. We introduce TALE (Task-Aware Layer Elimination), an inference-time method that improves task performance by selectively removing layers...

效率与系统强化学习与后训练长上下文与架构OpenReview 项目页

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