Parallel and Grid Computing in 3D Analysis of Large Dimmension Structural Systems

Alonso, Jesús José Beltrán de Heredia; Alfonso, Carlos; García, G Pedro; Hernández, Vicente

doi:10.1007/978-3-540-27866-5_64

Cited by 1 publication

(1 citation statement)

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“…Memory and computing power requirements to efficiently manage large three-dimensional structural systems requires the utilization of high-performance computing techniques. Moreover, a large number of different structural alternatives, under the influence of multiple earthquakes, must be simulated in the design stage, in order to find that which best satisfies the design specifications within all of the economic limitations, aesthetical aspects or safety requirements [27]. However, architecture or engineering studios do not own multiprocessor resources, so, owing to the use of Grid technologies, a high number of structural alternatives can be analysed in a realistic way.…”

Section: Real Applications Ported To the Grid Under Gmartementioning

confidence: 99%

GMarte: Grid middleware to abstract remote task execution

Alonso

Hernández

Moltó

2006

Concurrency Computat.: Pract. Exper.

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SUMMARYGrid computing technologies are now being largely deployed with the widespread adoption of the Globus Toolkit as the industrial standard Grid middleware. However, its inherent steep learning curve discourages the use of these technologies for non-experts. Therefore, to increase the use of Grid computing, it is important to have high-level tools that simplify the process of remote task execution. In this paper we introduce a middleware, developed on top of the Java Commodity Grid, which offers an objectoriented, user-friendly application programming interface, from the Java language, which eases remote task execution for computationally intensive applications.

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Section: Real Applications Ported To the Grid Under Gmartementioning

confidence: 99%