Supporting collaboration in multi display environments

随着显示器成本的下降和用户对附加显示器空间的需求的增长，多显示器环境（MDE）越来越受欢迎。无论是使用平铺显示器的个人用户，还是配备了墙壁和桌面显示器的大型技术丰富的会议室，对于如何有效地设计多显示器环境以及用户最终如何与这些显示器进行交互知之甚少。随着显示器在我们的环境中变得无处不在，我们需要仔细考虑如何在这些显示器上管理信息，以及用户（特别是协同工作者）将如何与这些显示器交互。本研究的重点是使用MDE来支持小组，面对面的合作。我们有兴趣更好地理解用户如何在MDE中交互，并构建新的交互技术，使用户能够以自然，无缝的方式进行协作。在未来五年内，多显示器环境的普及将在工作场所和家庭中急剧增加。这些环境有可能被显着利用不足，没有适当的理解如何有效地设计多显示器系统，支持协同定位的协作。当前的计算机技术限制了我们的协作互动，迫使我们适应劣质但可用的互动风格。然而，MDE的基础架构目前并不存在。因此，这一领域的研究将有助于塑造最终开发的系统，并影响系统和应用程序设计人员对MDE的思考方式。

As display costs fall and users' needs for additional display space grows, multi-display environments (MDEs) are increasing in popularity. Whether it is an individual user with tiled monitors, or a large, technology-rich conference room, equipped with wall and tabletop displays, very little is known about how to effectively design multi-monitor environments and how users may ultimately interact with these workspaces. As displays become ubiquitous in our environment, we need to think carefully about how information is managed across these displays and how users (in particular, co-located collaborators) will interact with these displays. The focus of this research is on the use of MDEs to support small-group, face-to-face collaboration. We are interested in developing a better understanding how users interact in MDEs and building new interaction techniques to enable users to collaborate in a natural, seamless manner. Over the next five years, the prevalence of multi-display environments will increase dramatically, both in the workplace and in the home. These environments have the potential to be significantly underutilized without an appropriate understanding of how to effectively design multi-display systems which support co-located collaboration. Current computer technology constrains our collaborative interactions and forces us to adapt to inferior but available interaction styles available. However, the underlying architectures for MDEs do not currently exist. Therefore, research in this area will help shape the systems that are ultimately developed and influence the way systems and application designers think about MDEs.