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Zoomable user interfaces for the authoring and delivery of slide presentations.

机译:可缩放的用户界面,用于创作和交付幻灯片演示文稿。

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摘要

Millions of slide presentations are being authored and delivered with computer software every day. Yet much of the computer's power for these tasks remains untapped. Existing interaction techniques leave presenters wrestling with limited size computer displays to get meaningful overviews of their work. Without these overviews, they have trouble finding patterns in their data and experimenting with alternate organizations. They also have difficulty communicating the structure of large or complex talks to the audience and keeping the audience oriented during unexpected transitions between ideas. A natural solution is Zoomable User Interfaces (ZUIs) since they offer the capability to view information at multiple levels of detail and smoothly transition between ideas. This work presents two ZUIs, Niagara and CounterPoint, for authoring and delivering slide presentations.; Niagara is a ZUI workspace for authoring presentation content with techniques to improve authoring in the zoomable environment. Empirical evaluations of ZUI-based authoring tools revealed performance improvements and subjective preferences over folder-based interfaces for organization tasks. Users were 30% faster with ZUIs than with folders in completing a simplified shape organization task. Some classes of users were also faster with ZUIs than with folders in completing a text-based organization task. Users performing both tasks exhibited a strong preference for ZUIs over folders.; CounterPoint provides a number of features to simplify the creation and delivery of ZUI presentations. The effects of these presentations on the audience were evaluated in a controlled comparison of presentations with slides only, slides with spatial layouts, and slides with spatial layouts and animation. The study revealed a strong subjective preference and higher ratings of organization for presentations with spatial layout.; Feedback was also gathered from presenters who used CounterPoint to deliver over 100 real-world presentations. They indicated that CounterPoint helped them communicate overviews and multi-level presentation structures. More experienced CounterPoint presenters also found that CounterPoint helped them keep the audience oriented when navigating the presentation in response to audience feedback.
机译:每天都有数百万张幻灯片演示文稿与计算机软件一起创作和提供。然而,计算机执行这些任务的大部分功能仍未开发。现有的交互技术使演示者不得不在尺寸有限的计算机显示器上费力才能获得有意义的工作概览。如果没有这些概述,他们将很难在数据中找到模式并尝试使用替代组织。他们也难以向观众传达大型或复杂谈话的结构,并且在意念之间发生意料之外的转换时难以保持观众的注意力。可缩放用户界面(ZUI)是一种自然的解决方案,因为它们提供了查看详细信息的多个级别并在构想之间平稳过渡的功能。这项工作介绍了两个ZUI,Niagara和CounterPoint,用于创作和提供幻灯片演示。 Niagara是一个ZUI工作区,用于使用可改善可缩放环境中的创作的技术创作演示文稿内容。对基于ZUI的创作工具的实证评估显示,与基于文件夹的界面相比,组织任务的性能得到了改善,主观偏好也得到了提高。使用ZUI的用户比使用文件夹完成简化的形状组织任务的速度快30%。在完成基于文本的组织任务时,使用ZUI的某些类别的用户也比使用文件夹更快。执行这两项任务的用户对ZUI的偏爱要高于文件夹。 CounterPoint提供了许多功能来简化ZUI演示文稿的创建和交付。通过仅对幻灯片,具有空间布局的幻灯片以及具有空间布局和动画的幻灯片的演示文稿进行对照比较,评估了这些演示文稿对观众的影响。该研究表明,对于具有空间布局的演示文稿,主观偏爱强烈,组织评价较高。还从使用CounterPoint进行100多个真实世界演示的演示者那里收集了反馈。他们表示,CounterPoint帮助他们交流了概述和多层次的演示结构。更富有经验的CounterPoint演示者还发现,CounterPoint可以帮助他们在导航演示文稿时响应观众的反馈,使他们保持面向观众的方向。

著录项

  • 作者

    Good, Lance Everett.;

  • 作者单位

    University of Maryland, College Park.;

  • 授予单位 University of Maryland, College Park.;
  • 学科 Computer Science.; Information Science.
  • 学位 Ph.D.
  • 年度 2003
  • 页码 224 p.
  • 总页数 224
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 自动化技术、计算机技术;信息与知识传播;
  • 关键词

  • 入库时间 2022-08-17 11:45:56

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