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High-resolution remote rendering of large datasets in a collaborative environment

机译:协作环境中大型数据集的高分辨率远程呈现

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In a time when computational and data resources are distributed around the globe, users need to interact with these resources and each other easily and efficient. The Grid, by definition, represents a connection of distributed resources that can be used regardless of the user's location. We have built a prototype visualization system using the Globus Toolkit, MPICH-G2, and the Access Grid in order to explore how future scientific collaborations may occur over the Grid. We describe our experience in demonstrating our system at /Grid2()()2, where the United States and the Netherlands were connected via a high-latency, high-bandwidth network. Fn particular, we focus on issues related to a Grid-based application that couples a collaboration component (including a user interface to the Access Grid) with a high-resolution remote rendering component.
机译:在计算资源和数据资源遍布全球的时代,用户需要轻松,高效地与这些资源相互交互。根据定义,网格代表了可以使用的分布式资源的连接,而与用户的位置无关。我们已经使用Globus Toolkit,MPICH-G2和Access Grid构建了可视化原型系统,以探索将来如何在Grid上进行科学合作。我们在/ Grid2()()2上演示我们的系统的经验,该系统通过高延迟,高带宽网络将美国和荷兰连接在一起。特别是,我们专注于与基于网格的应用程序相关的问题,该应用程序将协作组件(包括访问网格的用户界面)与高分辨率的远程渲染组件耦合在一起。

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