We are planning new releases of the widely used
LAPACK and ScaLAPACK numerical linear algebra
libraries. Based on an on-going user survey
(http://www.netlib.org/lapack-dev) and research by many
people, we are proposing the following improvements:
Faster algorithms (including better numerical
methods, memory hierarchy optimizations,
parallelism, and automatic performance tuning to
accomodate new architectures), more accurate
algorithms (including better numerical methods, and
use of extra precision), expanded functionality
(including updating and downdating, new
eigenproblems, etc. and putting more of LAPACK into
ScaLAPACK), and improved ease of use (friendlier
interfaces in multiple languages). To accomplish
these goals we are also relying on better software
engineering techniques and contributions from
collaborators at many institutions. This is joint
work with Jack Dongarra.
%0 Generic
%1 lapack-future
%A Riedy, E. Jason
%A Hida, Yozo
%A Demmel, James W.
%D 2005
%K lapack softwareengineering
%T The Future of LAPACK and ScaLAPACK
%U http://purl.oclc.org/NET/jason-riedy/resume/material/future-of-scalapack.pdf
%X We are planning new releases of the widely used
LAPACK and ScaLAPACK numerical linear algebra
libraries. Based on an on-going user survey
(http://www.netlib.org/lapack-dev) and research by many
people, we are proposing the following improvements:
Faster algorithms (including better numerical
methods, memory hierarchy optimizations,
parallelism, and automatic performance tuning to
accomodate new architectures), more accurate
algorithms (including better numerical methods, and
use of extra precision), expanded functionality
(including updating and downdating, new
eigenproblems, etc. and putting more of LAPACK into
ScaLAPACK), and improved ease of use (friendlier
interfaces in multiple languages). To accomplish
these goals we are also relying on better software
engineering techniques and contributions from
collaborators at many institutions. This is joint
work with Jack Dongarra.
@misc{lapack-future,
abstract = {We are planning new releases of the widely used
LAPACK and ScaLAPACK numerical linear algebra
libraries. Based on an on-going user survey
(http://www.netlib.org/lapack-dev) and research by many
people, we are proposing the following improvements:
Faster algorithms (including better numerical
methods, memory hierarchy optimizations,
parallelism, and automatic performance tuning to
accomodate new architectures), more accurate
algorithms (including better numerical methods, and
use of extra precision), expanded functionality
(including updating and downdating, new
eigenproblems, etc. and putting more of LAPACK into
ScaLAPACK), and improved ease of use (friendlier
interfaces in multiple languages). To accomplish
these goals we are also relying on better software
engineering techniques and contributions from
collaborators at many institutions. This is joint
work with Jack Dongarra.},
added-at = {2007-10-09T07:04:05.000+0200},
author = {Riedy, E. Jason and Hida, Yozo and Demmel, James W.},
biburl = {https://www.bibsonomy.org/bibtex/2463269c1c8aee65dd831bbcd110255cd/ejr},
ejr-withauthor = {Yozo Hida and James W. Demmel},
howpublished = {Robert C. Thompson Matrix Meeting},
interhash = {ed56deda8f018f9802d438892b201d9c},
intrahash = {463269c1c8aee65dd831bbcd110255cd},
keywords = {lapack softwareengineering},
month = {November},
role = {presentation},
timestamp = {2007-10-09T07:06:15.000+0200},
title = {The Future of {LAPACK} and {ScaLAPACK}},
url = {http://purl.oclc.org/NET/jason-riedy/resume/material/future-of-scalapack.pdf},
year = 2005
}