Papers by Zhengxiang Wang

4 papers
Catch Me If You Can? Not Yet: LLMs Still Struggle to Imitate the Implicit Writing Styles of Everyday Authors (2025.findings-emnlp)

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Challenge: Personal style is often subtle and implicit, making it difficult to specify through prompts yet essential for user-aligned generation.
Approach: They evaluate LLMs' ability to imitate personal writing styles via in-context learning from user-authored samples.
Outcome: The proposed model can imitate personal writing styles from a small number of user-authored samples.
LVLMs and Humans Ground Differently in Referential Communication (2026.acl-long)

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Challenge: generative AI agents cannot model common ground in a way that enables smooth communication . a recent study examined whether large language models and large vision language models engage in grounding as human discourse partners do .
Approach: They propose to use referential communication to model common ground between a pair of directors and a picture matching system.
Outcome: The proposed experiment shows that generative AI agents cannot model common ground . human conversation relies on common ground accrued and updated by interacting partners .
LLMs can Perform Multi-Dimensional Analytic Writing Assessments: A Case Study of L2 Graduate-Level Academic English Writing (2025.acl-long)

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Challenge: a growing number of studies have indicated the general usefulness of LLMs for automated writing assessments.
Approach: They propose a framework that evaluates LLMs' ability to provide scores and comments based on multiple assessment criteria.
Outcome: The proposed framework is interpretable, cost-efficient, scalable, and reproducible . it is compared to existing methods that rely on manual judgments .
LVLMs are Bad at Overhearing Human Referential Communication (2025.emnlp-main)

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Challenge: a crucial skill for embodied AI agents working with humans is grounding in referential communication.
Approach: They use large vision language models to overhear spontaneous conversations between humans . they find that current LVLMs fail to show consistent performance improvement .
Outcome: The proposed models fail to show consistent performance improvement over previous models . the authors release the results to facilitate future research .

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