MRI: Acquisition of Equipment for Telecollaboration, Telepresence and Design

EIA-9871440 Risenfeld，Richard F.Barr，Alan H.犹他州大学核磁共振成像：远程协作、网真和设计设备的采购这是对主要研究仪器的请求，以显著增强正在进行的远程协作和网真研究工作，这些研究覆盖了STC计算机图形和科学可视化的所有五个地点(布朗、加州理工大学、康奈尔大学、北卡罗来纳大学教堂山分校和犹他大学)。远程协作和网真是STC的推动主题，它刺激并建立在建模、渲染、交互和性能四个核心研究领域的研究基础上。其目标是使用投影显示技术来控制每一平方毫米、每毫秒的光线，以创建足够逼真的共享沉浸式环境，给用户一种“身临其境”的感觉。这一目标的某些方面可以通过购置或建造特殊用途的研究仪器来实现，而其他方面只能通过对更强大的通用研究、沉浸式传感器和显示器进行长期研究来实现。这项研究将影响高级远程协作和远程呈现的发展，预计在未来十年内，这将变得像今天基于单用户2D窗口的计算一样无处不在。所要求的一套仪器按三个研究领域分类：联网、远程协作和远程呈现。

EIA-9871440 Risenfeld, Richard F. Barr, Alan H. University of Utah MRI: Acquisition of Equipment for Telecollaboration, Telepresence and Design This is a request for major research instrumentation to significantly augment the ongoing telecollaboration and telepresence research effort spanning all five sites (Brown, Caltech, Cornell, UNC Chapel Hill and the University of Utah) of the STC for Computer Graphics and Scientific Visualization. Telecollaboration and telepresence are driving themes for the STC that stimulates and builds on research of four core research areas of modeling, rendering, interaction, and performance. The goal is to use projection display technology to "control light at every square millimeter, every millisecond" to create shared immersive environments that are sufficiently realistic to give the user a sense of "being there." Some aspects of this goal can be implemented by acquiring or building special-purpose research instruments and other aspects only by conducting longer-term research on more powerful general-purpose research immersive sensors and displays. This research will influence the development of advanced telecollaboration and telepresence, which is expected to become as ubiquitous in the coming decade as single-user 2D windows-based computing is today. The set of requested instruments are categorized in terms of three research areas: networking, telecollaboration and telepresence.