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Visualizing Large-Scale Earthquake Simulations

@proceedings{Ma:2003:VLE,
title="Visualizing Large-Scale Earthquake Simulations ",
journal="Proceedings of the ACM/IEEE SC2003 Conference",
author="Kwan-Liu Ma AND Jacobo Bielak AND Omar Ghattas AND Eui Joong Kim ",
year="2003",
keywords="earthquake modeling, high-performance computing, massively parallel supercomputing, scientific visualization, parallel rendering, time-varying data, unstructured grids, volume rendering, wave propagation",
organization="Supercomputing 2003 Conference",
publisher="IEEE",
location="Phoenix, Arizona",
eventtime="November 15--21, 2003",
abstract="This paper presents a parallel adaptive rendering algorithm and its performance for visualizing time-varying unstructured volume data generated from large-scale earthquake simulations. The objective is to visualize 3D seismic wave propagation generated from a 0.5 Hz simulation of the Northridge earthquake, which is the highest resolution volume visualization of an earthquake simulation performed to date. This scalable high-fidelity visualization solution we provide to the scientists allows them to explore in the temporal, spatial, and visualization domain of their data at high resolution. This new high resolution explorability, likely not presently available to most computational science groups, will help lead to many new insights. The performance study we have conducted on a massively parallel computer operated at the Pittsburgh Supercomputing Center helps direct our design of a simulation-time visualization strategy for the higher-resolution, 1Hz and 2 Hz, simulations. ",
}
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