Singapore

Eye movements during reading provide valuable data for studying cognitive processes and text properties. While eye-tracking data can enhance language models, its application is limited by data scarcity, particularly for low-resource languages. Although synthetic scanpath generation offers a promising solution, current models are largely confined to English and Chinese. This work explores multilingual model for scanpath generation, demonstrating that a single model trained on 13 typologically diverse languages outperforms monolingual counterparts across most metrics. By leveraging shared linguistic patterns, our approach mitigates data scarcity for individual languages and facilitates synthetic gaze data creation for broader multilingual NLP applications.

AAAI 2026

Cross-Lingual Transfer Learning for Enhanced Synthetic Scanpath Prediction in Reading

scarce data

synthetic scanpath generation

eye-tracking-while-reading

eye movements

cross-lingual transfer

### Welcome to The 63rd Annual Meeting of the Association for Computational Linguistics (ACL 2025)

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*It is my great pleasure and honor to welcome you to the 63rd Annual Meeting of the Association for Computational Linguistics (ACL 2025), held in beautiful Vienna, Austria, from July 27 to August 1, 2025. ACL2025continues our field’s tradition of excellence in scholarship, innovation, and inclusivity, and I am deeply grateful to the many volunteers who have worked tirelessly to bring this event to life.* 
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ACL 2025

Welcome to The 63rd Annual Meeting of the Association for Computational Linguistics (ACL 2025)

workshop paper

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We are pleased to announce the Fortieth AAAI Conference on Artificial Intelligence (AAAI-26), which will be held in Singapore EXPO from January 20 to January 27, 2026.

Scene Text Editing (STE) is the task of modifying text content in an image while preserving its visual style, such as font, color, and background. While recent diffusion-based approaches have shown improvements in visual quality, key limitations remain: lack of support for low-resource languages, domain gap between synthetic and real data, and the absence of appropriate metrics for evaluating text style preservation. To address these challenges, we propose STELLAR (Scene Text Editor for Low-resource LAnguages and Real-world data). STELLAR enables reliable multilingual editing through a language‑adaptive glyph encoder and a multi‑stage training strategy that first pre‑trains on synthetic data and then fine‑tunes on real images. We also construct a new dataset, STIPLAR(Scene Text Image Pairs of Low-resource lAnguages and Real-world data), for training and evaluation. Furthermore, we propose Text Appearance Similarity (TAS), a novel metric that assesses style preservation by independently measuring font, color, and background similarity, enabling robust evaluation even without ground truth. Experimental results demonstrate that STELLAR outperforms state-of-the-art models in visual consistency and recognition accuracy, achieving an average TAS improvement of 2.2% across languages over the baselines.

STELLAR: Scene Text Editor for Low-Resource Languages and Real-World Data

View selection is critical in active 3D neural reconstruction as it impacts the contents of training set and resulting final output quality. Recent view selection strategies emphasize the visibility when evaluating model uncertainty in active 3D reconstruction.
However, existing approaches estimate visibility only after the model fully converges, which has confined their application primarily to non-continuous active learning settings. This paper proposes Surface-Based Visibility field (SBV) that successfully estimates the visibility-guided uncertainty in continuous active 3D neural reconstruction. During learning neural implicit surfaces, our model learns rendering uncertainties and infers surface confidence values derived from signed distance functions. It then updates surface confidences using a voxel grid, robustly deducing the surface-based visibility for uncertainties.
This approach captures uncertainties across all regions, whether well-defined surfaces or ambiguous areas, ensuring accurate visibility measurement in continuous active learning. 
Experiments on benchmark datasets—Tanks and Temples, BlendedMVS, Blender, DTU—and the newly proposed imbalanced viewpoint dataset (ImBView) show that view selection based on SBV-guided uncertainty improves performance by up to 11.6% over existing methods, highlighting its effectiveness in challenging reconstruction scenarios.

Surface-Based Visibility-Guided Uncertainty for Continuous 3D Active Neural Reconstruction

Large Language Models (LLMs) can be conditioned with explicit personality prompts, yet their behavioral realization often varies depending on context. This study examines how identical personality prompts lead to distinct linguistic, behavioral, and emotional outcomes across four conversational settings—ice-breaking, negotiation, group decision, and empathy tasks. Results show that contextual cues systematically influence both personality expression and emotional tone, suggesting that the same traits are expressed differently depending on social and affective demands. This raises an important question for LLM-based dialogue agents: whether such variations reflect inconsistency or context-sensitive adaptation akin to human behavior. Viewed through the lens of Whole Trait Theory, these findings highlight that LLMs exhibit context-sensitive rather than fixed personality expression, adapting flexibly to social interaction goals and affective conditions.

Personality Expression Across Contexts: Linguistic and Behavioral Variation in LLM Agents

Personality traits are increasingly incorporated into AI agents in applications involving human interaction. However, it remains uncertain whether LLMs truly manifest the intended traits when prompted. In this paper, we evaluate six LLMs: GPT-4o Mini, Llama 3.2, Mistral NeMo, Gemini 2.0 Flash Lite, Gemma 2, and Claude 3 Haiku by prompting high and low configurations of the Big Five personality traits and as- sessing both overall trait alignment and item-level inconsis- tencies through asking the prompted LLM to take a person- ality survey. Our analysis reveals pronounced differences in how these LLMs express prompted personalities, with Llama 3.2, Mistral NeMo, and Claude 3 Haiku struggling to reflect specific trait items in low configurations, and GPT-4o Mini, Gemma 2, and Gemini 2.0 Flash Lite exhibiting strong per- sonality alignment under high-configuration settings. These findings show a personality misalignment, where LLMs do not necessarily express the intended traits as expected after personality prompting.

Evaluating LLM Alignment under Big Five Personality Prompting

In online chat platforms, multiple dialogues are often entangled in a complex manner. Disentangling them into coherent dialogues is essential for understanding conversations. Supervised models have long dominated this task. The application of large language models (LLMs) to this problem remains underexplored; however, preliminary studies have shown their performance to be substantially inferior to that of machine-learning methods. This raises fundamental questions: Do LLMs inherently lack the capability for dialogue disentanglement, and what approaches are necessary to enhance their performance? We answer these questions by introducing two novel methods: dialogue-level assignment (DLA), which tasks LLMs with assigning an utterance to a dialogue, and subsequent context (SC), which provides subsequent context as auxiliary evidence. Experiments on the benchmark IRC dataset show that our method, equipped with DLA+SC, achieves new state-of-the-art results across all metrics. These results prove that LLMs possess a strong capability for the studied task. Furthermore, our ablation study on open-source models investigates the effectiveness of DLA and SC, revealing that it is model- dependent. Nevertheless, it also demonstrates that both methods are key factors in improving performance. This research marks a paradigm shift for dialogue disentanglement, transitioning from machine-learning approaches to applying LLMs.

Rethinking Dialogue Disentanglement for LLMs via Dialogue-Level Assignment and Subsequent Context

Large Language Models (LLMs) have demonstrated remarkable success in conversational systems by generating human-like responses. However, they can fall short, especially when required to account for personalization or specific knowledge. In real-life settings, it is impractical to rely on users to detect these errors and request a new response. One way to address this problem is to refine the response before returning it to the user. While existing approaches focus on refining responses within a single LLM, this method struggles to consider diverse aspects needed for effective conversations. In this work, we propose refining responses through a multi-agent framework, where each agent is assigned a specific role for each aspect. We focus on three key aspects crucial to conversational quality: factuality, personalization, and coherence. Each agent is responsible for reviewing and refining one of these aspects, and their feedback is then merged to improve the overall response. To enhance collaboration among them, we introduce a dynamic communication strategy. Instead of following a fixed sequence of agents, our approach adaptively selects and coordinates the most relevant agents based on the specific requirements of each query. We validate our framework on challenging conversational datasets, demonstrating that ours significantly outperforms relevant baselines, particularly in tasks involving knowledge or user’s persona, or both.

Adaptive Multi-Agent Response Refinement in Conversational Systems

Large Language Models (LLMs) make it easy to generate convincing phishing emails, but most research on their detection focuses on English. This leaves users of other languages, such as Japanese, more vulnerable to targeted attacks. This study first demonstrates how LLMs can be prompted to produce realistic Japanese phishing emails, creating a new dataset for testing security defenses. We then use this dataset to evaluate the performance of both multilingual and Japanese-specific transformer models on a phishing detection task. The results show that models trained specifically for Japanese achieve the highest accuracy. In contrast, multilingual models perform less effectively, showing limitations in handling Japanese text. Our findings reveal two critical points: how easily LLMs can be misused to create non-English malicious content, and the urgent need for better security models designed for languages that do not use Roman scripts.

PhishLLM: Generating Japanese Phishing Emails to Test Cross-Lingual Generalization in English-Trained Models

With the spread of the internet, the volume of reviews on services, shopping, and word-of-mouth websites has grown annually, becoming a significant source of information for decision-making. However, not all reviews are equally useful to potential buyers. A certain number of reviews are low-value or spam. Therefore, presenting only highly useful reviews to users would support more effective and efficient decision-making. In this study, we address this issue by analyzing the features of useful reviews and proposing a method to support user decision- making. First, after surveying existing research on review helpfulness classification, we propose a scoring method that focuses on the amount of information in a document (text volume) as a key feature of useful reviews. We also examined the concept of helpfulness of reviews in detail, and created a dataset containing reviews with annotations of subjectively perceived helpfulness, and objective features related to it. In a binary classification experiment using Transformers-based models to categorize review helpfulness, we obtained strong results, with an F1 score exceeding 80%. Furthermore, to show users which parts of a review are useful, we built a multi-label classification model to automatically extract the features of helpfulness. This model demonstrated its ability to effectively capture the characteristics of useful reviews, achieving an F1 score of over 80% for four of the core helpfulness-related features defined in this research.

End-to-End Assessment of Product Review Helpfulness Using Subjective and Objective Information

We present CID-GraphRAG (Conversational Intent-Driven Graph Retrieval Augmented Generation), a novel framework that addresses the limitations of existing dialogue systems in maintaining both contextual coherence and goal-oriented progression in multi-turn customer service conversations. Unlike traditional RAG systems that rely solely on semantic similarity (Conversation RAG) or standard knowledge graphs (GraphRAG), CID-GraphRAG constructs dynamic intent transition graphs from goal-achieved historical dialogues and implements a dual- retrieval mechanism that adaptively balances intent-based graph traversal with semantic search. This approach enables the system to simultaneously leverage both conversational intent flow patterns and contextual semantics, significantly improving retrieval quality and response quality. In extensive experiments on real-world customer service dialogues, we demonstrated that CID-GraphRAG significantly outperforms both semantic-based and intent-based baselines across automatic metrics, LLM-as-Judge evaluations and human evaluations, with relative gains of 11.4% in BLEU, 4.9% in ROUGE, 5.9% in METEOR, and most notably, a 58.0% improvement in response quality according to LLM-as-judge evaluations. These results demonstrate that integrating intent transition structures with semantic retrieval creates a synergistic effect that neither approach achieves independently, establishing CID-GraphRAG as an effective framework for addressing the challenges of maintaining contextual coherence and goal-oriented progression in knowledge-intensive multi-turn dialogues.

Conversational Intent-Driven GraphRAG: Enhancing Multi-Turn Dialogue Systems through Adaptive Dual-Retrieval of Flow Patterns and Context Semantics

We present iCARE, a modular multi-agent reasoning framework that integrates iCARE-Onto with Case-Based Reasoning (CBR) to support cognitively grounded, LLM-based dialogue management. The framework addresses intent disambiguation and intent routing within an agentic architecture, where specialised agents handle domain- specific tasks. Agent outputs are combined to produce accurate responses through a composite strategy that couples few-shot prompting with Retrieval-Augmented Generation (RAG) and a CBR-based fallback mechanism. Conversational content is first grounded in ontological concepts that capture situational, personal, and dialogue knowledge. These are stored as short-term memory entries and subsequently organised into semantic, procedural, and episodic summaries that form long-term memory. This structured memory ensures factual accuracy, coherence, and contextual relevance beyond surface fluency in generated responses. While the framework encompasses multiple reasoning components, in this paper we focus on how the system reasons over user utterances to form clarified intents for routing to appropriate agents. Preliminary experiments on a synthetic dataset show a 20% relative improvement in routing accuracy for the LLM-as-Router when ontology-based disambiguation is applied. Complementary evaluations with ProtoKNN demonstrate its potential as a low-latency, offline alternative, suggesting opportunities for hybrid routing in cognitively grounded dialogue systems.

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