OmniPresent: Generating Coherent Presentation Suites from Scientific Papers
For researchers and practitioners who need to create multiple presentation formats from papers, this work addresses fragmentation and improves consistency.
The paper tackles the problem of generating coherent presentation suites (posters, slides, videos) from scientific papers, proposing OmniPresent with a verify-and-repair loop. It achieves significant improvements over baselines in accuracy and visual appeal.
Transforming static research papers into dynamic media such as posters, slides, and videos is essential for effective dissemination but remains a labor-intensive challenge. Existing automated approaches often treat these formats in isolation and consequently fail to maintain semantic consistency across the entire presentation suite. We address this fragmentation by formalizing the task of unified presentation suite generation and proposing $\textbf{OmniPresent}$ to orchestrate the creation of coherent deliverables. Our framework adopts a renderable HTML representation to enable centralized content planning and a self-correcting verify-and-repair loop that actively resolves conflicts across modalities. We further facilitate scalable research in this domain by releasing $\textbf{OmniPreBench}$, a comprehensive dataset comprising over one thousand papers with paired artifacts, and establishing a rigorous VLM-based evaluation protocol. Empirical results confirm that our method generates high-quality and faithful presentation suites that significantly surpass strong baselines in both accuracy and visual appeal.