Implementation and Characterization of Three-Dimensional Particle-in-Cell Codes on MIMD
A three-dimensional electrostatic particle-in-cell (PIC) plasma simulation code has been developed.
Massively Parallel Supercomputers↗
SEARCH · Engineering Papers
Results for “supercomputing”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Remote Interactive Visualization and Analysis (RIVA) using Parallel Superconductors
JPL's Remote Interactive Visualization and Analysis System (RIVA) is described in detail.
Parallel Supercomputers↗
Parallel Climate Data Assimilation PSAS Package Achieves 18 GFLOPs on 512-Node Intel Paragon
Several algorithms were added to the Physical-space Statistical Analysis System (PSAS) from Goddard, which assimilates observational weather data by correcting for different levels of uncertainty about the data and different locations for mobile observation platforms. The new algorithms and use of the 512-node Intel Paragon allowed a hundred-fold decrease in processing time.
weather prediction climate modeling data assimilat↗
High Speed Computing, LANs, and WAMs
Optical fiber networks may one day offer potential capacities exceeding 10 terabits/sec. This paper describes present gigabit network techniques for distributed computing as illustrated by the CASA gigabit testbed, and then explores future all-optic network architectures that offer increased capacity, more optimized level of service for a given application, high fault tolerance, and dynamic reconfigurability.
all-optics networks terabit fiber optic networks s↗
3D adaptive grid MHD simulations of the global heliosphere
This presentation shows the interaction of the interstellar wind and the solar wind. More specifically it shows the density contours.
supercomputing magnetohydrodynamics heliosphere↗
Remote access to very large image repositories, a high performance computing perspective
In this paper, a number of concrete problems and the chosen solutions are described, based on the construction of a 5TB global Landsat 7 mosaic.
supercomputer↗
Remote access to very large image repositories, a high performance computing perspective
The main challenges of using the increasingly large repositories of remote imagery data can be summarized in one word: efficiency. In this paper, a number of concrete problems and the chosen solutions are described, based on the construction of a 5TB global Landsat 7 mosaic.
WMS Global Mosaic GIS↗
Computational Design of Materials: Planetary Entry to Electric Aircraft and Beyond
NASA's projects and missions push the bounds of what is possible. To support the agency's work, materials development must stay on the cutting edge in order to keep pace. Today, researchers at NASA Ames Research Center perform multiscale modeling to aid the development of new materials and provide insight into existing ones. Multiscale modeling enables researchers to determine micro- and macroscale properties by connecting computational methods ranging from the atomic level (density functional theory, molecular dynamics) to the macroscale (finite element method). The output of one level is passed on as input to the next level, creating a powerful predictive model.
Materials Design↗
Enabling Next-Generation Wind Tunnel Tests with uPSP and HPC
Presentation for the LaRC HPC Community monthly meeting series. Overview of the uPSP measurements system(s) at ARC, with a focus on the processing software applications deployed at the ARC NAS Division.
UPSP↗