Title :
Distributed Graphics Pipelines on the Grid
Author :
Fewings, Ade J. ; John, Nigel W.
Author_Institution :
Technium CAST, Bangor
Abstract :
jgViz uses standard grid technologies and Chromium cluster graphics software to schedule the best available distributed graphics pipeline. Visualization of large data sets using computer graphics techniques has become a mainstream requirement for many scientists and engineers. However, achieving interactive performance when rendering a complex visualization often requires high-performance computing facilities. One solution is to exploit real-time graphics accelerators, which are used in the full range of computing devices from games consoles and set-top boxes to supercomputers and advanced training simulators. At the same time, the service infrastructure for distributed networks has produced the third generation of the connected world: the grid. jgViz, our Java-implemented grid visualization system, uses grid functionality to enable transparent access to reliable parallel graphics pipelines. Lightweight and highly portable, jgViz aims to be plug-and-play for the existing grid resource allocation mechanism
Keywords :
Java; computer graphic equipment; data visualisation; parallel processing; pipeline processing; rendering (computer graphics); resource allocation; scheduling; Chromium cluster graphics software; computer graphics techniques; distributed graphics pipelines; grid resource allocation mechanism; jgViz Java-implemented grid visualization system; real-time graphics accelerators; reliable parallel graphics pipelines; Chromium; Computer graphics; Data engineering; Data visualization; High performance computing; Pipelines; Processor scheduling; Rendering (computer graphics); Software standards; Supercomputers; computer graphics; distributed graphics; distributed systems; network graphics; systems and software;
Journal_Title :
Distributed Systems Online, IEEE
DOI :
10.1109/MDSO.2007.4