Key research themes
1. How can computational and cognitive-functional frameworks improve the automatic identification and annotation of speaker stance in discourse?
This theme explores approaches that integrate linguistic theory and computational techniques to reliably identify, annotate, and analyze speaker stance in natural language, focusing on discourse-level annotation, stance category frameworks, and active learning for classifier training. It matters because automated stance detection requires robust theoretical grounding and scalable annotation methods with high inter-annotator agreement to advance NLP applications such as social media monitoring, political discourse analysis, and misinformation detection.
2. What are the multidimensional aspects of stance-taking in online social interactions, and how can these be computationally modeled and visualized?
This research area investigates interactional stance-taking as a complex, dialogic phenomenon involving affect, alignment, and investment within sequential and community contexts—especially in online forums and social media platforms. Understanding multidimensional stance is crucial for improved computational modeling that captures interpersonal relationships and conversational dynamics, supporting applications in sentiment analysis, social network analysis, and digital humanities.
3. How can stance detection contribute to credibility and misinformation analysis on social media during high-impact events?
This theme concerns leveraging automated stance detection to assess the credibility of information and detect misinformation or fake news on social media platforms, particularly during crises such as the COVID-19 pandemic. Stance analysis here serves as an important intermediary step for fact-checking, rumor verification, and opinion trend understanding, enabling the extraction and classification of claims alongside attitudes towards those claims.