MRI: Development of a CAVE System for Immersive Video Research, Immersive Learning, and Visualization Support for Research at Villanova

MRI：开发用于沉浸式视频研究、沉浸式学习和可视化支持维拉诺瓦研究的 CAVE 系统

• 批准号: 1338052
• 负责人: Frank Klassner
• 金额: $ 167.43万
• 依托单位: Villanova University
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2013
• 资助国家: 美国
• 起止时间: 2013-10-01 至 2018-09-30
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1338052&HistoricalAwards=false
• 关键词: MRI; Development; CAVE; System; Immersive

This award enables Villanova to purchase and further develop an interactive virtual reality system known as a System for Immersive Video Research, Immersive Learning, and Visualization Support for Research (CAVE) at Villanova University. The Falvey Memorial Library at Villanova will house the facility. CAVE technology's ability to provide immersive experiences of rendered environments is well-known. This project proposes development of a CAVE system with mobile immersive spherical video technology to capture photorealistic representations of real world environments without involved modeling. This development project has two facets. The first lies in the integration of mobile immersive spherical video camera equipment with a CAVE to display real-world environments, thereby reducing environmental modeling time. This approach will permit greater usage of CAVE technology for disseminating immersive views of significant locations or phenomena without concern for the displayed material appearing too unrealistic. The second facet is the project's visualization support for research across many domains. CAVE placement near the greater Philadelphia area will permit increased public access to the learning possibilities of the equipment, as well as support the collection and dissemination of immersive videos of culturally significant locations such as the Vatican Museum's facilities that are often not able to be visited by large crowds. Understanding how to systematically use CAVE technology in libraries has the potential to transform these institutions into social and collaborative environments, called public Collaboratories. Classrooms for CAVE use will be established.

该奖项使Villanova能够购买并进一步开发一个交互式虚拟现实系统，该系统被称为Villanova大学的沉浸式视频研究，沉浸式学习和可视化研究支持系统（CAVE）。维拉诺瓦的法尔维纪念图书馆将容纳该设施。 CAVE技术提供渲染环境的沉浸式体验的能力是众所周知的。本项目提出了一个CAVE系统的开发与移动的沉浸式球形视频技术，捕捉逼真的表现真实的世界环境，而不涉及建模。这个发展项目有两个方面。第一个在于将移动的沉浸式球形摄像机设备与CAVE集成以显示真实世界环境，从而减少环境建模时间。这种方法将允许更多地使用CAVE技术来传播重要位置或现象的沉浸式视图，而不必担心显示的材料看起来太不现实。第二个方面是该项目对跨多个领域研究的可视化支持。CAVE在大费城地区附近的位置将允许增加公众对设备学习的可能性，并支持收集和传播具有文化意义的地点的沉浸式视频，例如梵蒂冈博物馆的设施，这些设施通常无法被大量人群参观。了解如何在图书馆中系统地使用CAVE技术，有可能将这些机构转变为社会和协作环境，称为公共合作实验室。将建立CAVE使用的教室。