Slide4N:通过人机协作从计算笔记本中创建演示幻灯片

Fengjie Wang, Xuye Liu, Oujing Liu, Ali Neshati, Tengfei Ma, Min Zhu, J. Zhao
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引用次数: 9

摘要

数据科学家通常不得不使用其他的演示工具(例如,微软的PowerPoint)来创建幻灯片,以交流他们使用计算笔记本获得的分析。将笔记本上的常规内容(如代码、图表)转换为幻灯片上可展示的内容(如要点、数字)需要进行大量乏味和重复的工作。我们提出了一种人类与人工智能的协作方法,并在Slide4N中进行了操作,Slide4N是一种交互式人工智能助手,用于数据科学家从计算笔记本中创建幻灯片。Slide4N利用先进的自然语言处理技术,从用户选择的笔记本单元格中提取关键信息,然后将其呈现在适当的幻灯片布局中。该工具还提供直观的交互,允许进一步改进和定制生成的幻灯片。我们通过两部分的用户研究来评估Slide4N,与全手动或全自动方法相比,参与者更欣赏这种人类-人工智能协作方法。结果还表明Slide4N在从笔记本中创建幻灯片任务中的有用性和有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Slide4N: Creating Presentation Slides from Computational Notebooks with Human-AI Collaboration
Data scientists often have to use other presentation tools (e.g., Microsoft PowerPoint) to create slides to communicate their analysis obtained using computational notebooks. Much tedious and repetitive work is needed to transfer the routines of notebooks (e.g., code, plots) to the presentable contents on slides (e.g., bullet points, figures). We propose a human-AI collaborative approach and operationalize it within Slide4N, an interactive AI assistant for data scientists to create slides from computational notebooks. Slide4N leverages advanced natural language processing techniques to distill key information from user-selected notebook cells and then renders them in appropriate slide layouts. The tool also provides intuitive interactions that allow further refinement and customization of the generated slides. We evaluated Slide4N with a two-part user study, where participants appreciated this human-AI collaborative approach compared to fully-manual or fully-automatic methods. The results also indicate the usefulness and effectiveness of Slide4N in slide creation tasks from notebooks.
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