TensorX
返回文献探索

Paper · arXiv 2504.00939

WikiVideo: Article Generation from Multiple Videos

Alexander Martin, Reno Kriz, William Gantt Walden, Kate Sanders, Hannah Recknor, Eugene Yang, Francis Ferraro, Benjamin Van Durme

37 upvotesApril 1, 2025arXiv 预印本
AI 摘要

WikiVideo proposes Collaborative Article Generation (CAG) to enhance high-level event summarization from videos by integrating r1-style reasoning and VideoLLM for better inferences compared to state-of-the-art VideoLLMs.

retrieval-augmented generationRAGWikiVideoCollaborative Article GenerationCAGr1-style reasoning modelVideoLLMhigh-level event semanticsvideo-based summarizationmultimodal sourceslow-level visual featuresoracle retrieval

Abstract

We present the challenging task of automatically creating a high-level Wikipedia-style article that aggregates information from multiple diverse videos about real-world events, such as natural disasters or political elections. Videos are intuitive sources for retrieval-augmented generation (RAG), but most contemporary RAG workflows focus heavily on text and existing methods for video-based summarization focus on low-level scene understanding rather than high-level event semantics. To close this gap, we introduce WikiVideo, a benchmark consisting of expert-written articles and densely annotated videos that provide evidence for articles' claims, facilitating the integration of video into RAG pipelines and enabling the creation of in-depth content that is grounded in multimodal sources. We further propose Collaborative Article Generation (CAG), a novel interactive method for article creation from multiple videos. CAG leverages an iterative interaction between an r1-style reasoning model and a VideoLLM to draw higher level inferences about the target event than is possible with VideoLLMs alone, which fixate on low-level visual features. We benchmark state-of-the-art VideoLLMs and CAG in both oracle retrieval and RAG settings and find that CAG consistently outperforms alternative methods, while suggesting intriguing avenues for future work.

北京市昌平区探索星信息技术及软件开发工作室

京ICP备2026059466号