CAREER: An Interaction Framework that Enables and Facilitates Productive Problem Solving in Multi-User, Multi-Display Environments

职业：一种交互框架，可在多用户、多显示环境中实现并促进高效地解决问题

• 批准号: 0643512
• 负责人: Brian Bailey
• 金额: $ 50万
• 依托单位: University of Illinois at Urbana-Champaign
• 依托单位国家: 美国
• 项目类别: Continuing Grant
• 财政年份: 2007
• 资助国家: 美国
• 起止时间: 2007-09-15 至 2013-08-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=0643512&HistoricalAwards=false
• 关键词: CAREER; Interaction; Framework; Enables; Facilitates

To produce high quality solutions during complex problem solving, groups must be able to realize effective problem solving processes including the ability to quickly create, share, and exchange task artifacts, the ability to maintain awareness of each other's activity, and the ability to transition between performing individual work in parallel and joint work in a shared space. Yet despite many years of research, groups are still unable to realize effective processes when using digital artifacts and their supporting devices. This can severely inhibit a group's ability to produce quality solutions. Though not new, this problem is becoming extremely urgent as more users are collaborating with digital artifacts to solve increasingly complex problems in critical domains such as software, design, and security. In this project, the PI will investigate one promising approach for facilitating group problem solving: multi-user, multi-display environments (MDEs). An MDE networks personal and shared devices to form a single virtual workspace. Personal devices such as laptops provide physically separate spaces for performing individual work in parallel, while large displays provide a shared visual space for joint work. But these spaces must be integrated through enabling systems and supporting interactions. While many enabling systems exist, designing interfaces, interactions, and visualizations (collectively comprising the interaction framework), which combine to facilitate effective group problem solving in an MDE, remains a grand challenge. In this project, building upon the current state-of-the-art in our theoretical understanding of group work and his extensive multidisciplinary research experience, the PI will develop an MDE interaction framework consisting of three core components: a management interface, overview visualization, and input redirection. The management interface will enable a user to relocate applications among displays in the MDE while minimizing disruption to other ongoing work, yet also preventing when desired others from relocating or interacting with given applications on a shared display. The overview visualization will enable users to maintain awareness of each other's ongoing work relative to the central activity. Input redirection to any shared display will allow users to jointly interact with applications on those displays. The PI will study how these core components interrelate and affect in combination the ability of an MDE to support effective group problem solving. A successful outcome will facilitate effective group problem solving by allowing users to create, share, and exchange task artifacts, to maintain awareness of each other's activity, and to seamlessly transition between individual and joint work. Broader Impact: The PI will disseminate the software developed as part of the research, to enable end users to utilize MDEs for their own problem solving activities and researchers to further investigate techniques for facilitating effective group work in MDEs. The empirical results and lessons learned from the project will advance scientific understanding of how to develop interaction frameworks for MDEs that allow groups to better realize effective problem solving processes. By enabling more effective processes, the longer-term impact of the work is that groups will be able to create higher quality solutions for complex problems more of the time. The various research activities will be tightly integrated by the PI into his courses at both the graduate and undergraduate level.

为了在复杂问题解决过程中产生高质量的解决方案，团队必须能够实现有效的问题解决流程，包括快速创建、共享和交换任务工件的能力，保持对彼此活动的了解的能力，以及在并行执行个人工作和在共享空间中联合工作之间转换的能力。 然而，尽管多年的研究，团体仍然无法实现有效的过程时，使用数字文物及其支持设备。 这会严重抑制一个团体提出高质量解决方案的能力。 虽然这不是一个新问题，但随着越来越多的用户与数字产品合作，以解决软件、设计和安全等关键领域日益复杂的问题，这个问题正变得极其紧迫。 在这个项目中，PI将研究一种有前途的方法，以促进群体问题的解决：多用户，多显示器环境（MDE）。 MDE将个人和共享设备联网，形成单个虚拟工作空间。 个人设备（如笔记本电脑）提供了物理上独立的空间，用于并行执行个人工作，而大型显示器则为联合工作提供了共享的视觉空间。 但这些空间必须通过扶持性系统和支持性互动来整合。 虽然存在许多使能系统，但设计界面、交互和可视化（共同构成交互框架），将其联合收割机结合起来，以促进MDE中有效的群体问题解决，仍然是一个巨大的挑战。在这个项目中，基于我们对团队工作的理论理解和他广泛的多学科研究经验，PI将开发一个由三个核心组件组成的MDE交互框架：管理界面，概述可视化和输入重定向。 管理界面将使用户能够在MDE中的显示器之间重新定位应用，同时最小化对其他正在进行的工作的中断，还在需要时防止其他人重新定位共享显示器上的给定应用或与共享显示器上的给定应用交互。 概览可视化将使用户能够保持对彼此正在进行的与中心活动相关的工作的了解。 到任何共享显示器的输入重定向将允许用户联合地与那些显示器上的应用交互。 PI将研究这些核心组件如何相互关联，并结合影响MDE的能力，以支持有效的群体问题解决。 成功的结果将通过允许用户创建、共享和交换任务工件，保持对彼此活动的了解，以及在个人和联合工作之间无缝过渡，来促进有效的组问题解决。 更广泛的影响：PI将传播作为研究的一部分开发的软件，使最终用户能够利用MDE解决自己的问题，研究人员将进一步研究促进MDE中有效小组工作的技术。 从该项目中获得的实证结果和经验教训将促进对如何为MDE制定互动框架的科学理解，这些框架使小组能够更好地实现有效的问题解决过程。 通过启用更有效的流程，工作的长期影响是，团队将能够在更多的时间内为复杂问题创建更高质量的解决方案。 PI将各种研究活动紧密结合到他的研究生和本科生课程中。