| codeadapt:IW_book:06 (In a collection)
|
| Author(s) | Jan Dünnweber, Sergei Gorlatch, Sonia Campa, Marco Aldinucci and Marco Danelutto |
| Title | « Adaptable Parallel Components for Grid Programming » |
| In | Integrated Research in Grid Computing |
| Series | CoreGRID |
| Editor(s) | Sergei Gorlatch and Marco Danelutto |
| Page(s) | 43-57 |
| Year | 2007 |
| Publisher | Springer |
| ISBN number | 978-0-387-47656-8 |
| URL | http://calvados.di.unipi.it/storage/paper_files/2006_IW_book_muester.pdf |
| Abstract |
| We suggest that parallel software components used for grid computing should be adaptable to application-specific requirements, instead of developing new components from scratch for each particular application. As an example, we take a parallel farm component which is "embarrassingly parallel", i. e. , free of dependencies, and adapt it to the wavefront processing pattern with dependencies that impact its behavior. We describe our approach in the context of Higher-Order Components (HOCs), with the Java-based system Lithium as our implementation framework. The adaptation process relies on HOCs' mobile code parameters that are shipped over the network of the grid. We describe our implementation of the proposed component adaptation method and report first experimental results for a particular grid application -- the alignment of DNA sequence pairs, a popular, time-critical problem in computational molecular biology. |
@incollection{codeadapt:IW_book:06,
author = {Jan D{\"u}nnweber and Sergei Gorlatch and Sonia Campa and Marco
Aldinucci and Marco Danelutto},
series = {CoreGRID},
booktitle = {Integrated Research in Grid Computing},
timestamp = {2006.06.28},
editor = {Sergei Gorlatch and Marco Danelutto},
url = {http://calvados.di.unipi.it/storage/paper_files/2006_IW_book_muester.pdf},
abstract = {We suggest that parallel software components used for grid
computing should be adaptable to application-specific
requirements, instead of developing new components from scratch
for each particular application. As an example, we take a parallel
farm component which is "embarrassingly parallel", i. e. , free of
dependencies, and adapt it to the wavefront processing pattern
with dependencies that impact its behavior. We describe our
approach in the context of Higher-Order Components (HOCs), with
the Java-based system Lithium as our implementation framework. The
adaptation process relies on HOCs' mobile code parameters that are
shipped over the network of the grid. We describe our
implementation of the proposed component adaptation method and
report first experimental results for a particular grid
application -- the alignment of DNA sequence pairs, a popular,
time-critical problem in computational molecular biology.},
isbn = {978-0-387-47656-8},
title = {Adaptable Parallel Components for Grid Programming},
publisher = {Springer},
year = {2007},
pages = {43-57},
}
This document was generated by bib2html 3.3.
(Modified by Luca Paolini, under the GNU General Public License)
