使用并行超级计算机的远程交互式可视化和分析(RIVA)

Peggy Li, W. Duquette, D. Curkendall
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引用次数: 7

摘要

详细介绍了JPL远程交互可视化分析系统(RIVA)。RIVA的内核是一个高度可扩展的透视图渲染器,专门为工作站无法达到的大型数据集的需求量身定制。描述了该渲染器的算法细节,特别是实现算法整体可扩展性的关键方面。本文总结了机器规模超过500个节点和初始输入图像/地形基础高达1gb时所取得的性能。RIVA系统集成了工作站图形、大规模并行计算技术和千兆通信网络,为科学数据阅读、分析和可视化提供灵活的交互环境。报告了使用RIVA交互式探索多变量数据集的早期经验,并给出了一些示例结果。
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Remote interactive visualization and analysis (RIVA) using parallel supercomputers
JPL's Remote Interactive Visualization and Analysis System (RIVA) is described in detail. RIVA's kernel is a highly scalable perspective renderer tailored especially for the demands of large datasets beyond the sensible reach of workstations. The algorithmic details of this renderer are described, particularly the aspects key to achieving the algorithm's overall scalability. The paper summarizes the performance achieved for machine sizes up to more than 500 nodes and for initial input image/terrain bases of up to a gigabyte. The RIVA system integrates workstation graphics, massively parallel computing technology, and gigabit communication networks to provide a flexible interactive environment for scientific data perusal, analysis and visualization. Early experience with using RIVA to interactively explore multivariate datasets is reported and some example results given.
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Remote interactive visualization and analysis (RIVA) using parallel supercomputers Efficient parallel global illumination using density estimation Real-time volume rendering on shared memory multiprocessors using the shear-warp factorization Image composition methods for sort-last polygon rendering on 2-D mesh architectures Implementation results and analysis of a parallel progressive radiosity
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