Natural Language Generation from Visual Events: Challenges and Future Directions

• URL: http://arxiv.org/abs/2502.13034v2
• Date: Sun, 25 May 2025 13:02:56 GMT
• Title: Natural Language Generation from Visual Events: Challenges and Future Directions
• Authors: Aditya K Surikuchi, Raquel Fernández, Sandro Pezzelle,
• Abstract summary: We argue that any NLG task dealing with sequences of images or frames is an instance of the broader, more general problem of modeling the intricate relationships between visual events unfolding over time.<n>We consider five seemingly different tasks, which we argue are compelling instances of this broader multimodal problem.<n>We claim that improving language-and-vision models' understanding of visual events is both timely and essential, given their growing applications.
• Score: 8.058451580903123
• License: http://creativecommons.org/licenses/by/4.0/
• Abstract: The ability to use natural language to talk about visual events is at the core of human intelligence and a crucial feature of any artificial intelligence system. In recent years, a substantial body of work in visually grounded NLP has focused on describing content depicted in single images. By contrast, comparatively less attention has been devoted to exhaustively modeling scenarios in which natural language is employed to interpret and talk about events presented through videos or sequences of images. In this position paper, we argue that any NLG task dealing with sequences of images or frames is an instance of the broader, more general problem of modeling the intricate relationships between visual events unfolding over time and the features of the language used to interpret, describe, or narrate them. Therefore, solving these tasks requires models to be capable of identifying and managing such intricacies. We consider five seemingly different tasks, which we argue are compelling instances of this broader multimodal problem. Consistently, we claim that these tasks pose a common set of challenges and share similarities in terms of modeling and evaluation approaches. Building on this perspective, we identify key open questions and propose several research directions for future investigation. We claim that improving language-and-vision models' understanding of visual events is both timely and essential, given their growing applications. Additionally, this challenge offers significant scientific insight, advancing model development through principles of human cognition and language use.

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