Mathematical Programming Computation, Volume 2, Issue 2, June 2010
Efficient high-precision matrix algebra on parallel architectures for nonlinear combinatorial optimization
John Gunnels, Jon Lee, Susan Margulies
We provide a first demonstration of the idea that matrix-based algorithms for nonlinear combinatorial optimization problems can be efficiently implemented. Such algorithms were mainly conceived by theoretical computer scientists for proving efficiency. We are able to demonstrate the practicality of our approach by developing an implementation on a massively parallel architecture, and exploiting scalable and efficient parallel implementations of algorithms for ultra high-precision linear algebra. Additionally, we have delineated and implemented the necessary algorithmic and coding changes required in order to address problems several orders of magnitude larger, dealing with the limits of scalability from memory footprint, computational efficiency, reliability, and interconnect perspectives.
Full Text: PDF
Imprint and privacy statement
For the imprint and privacy statement we refer to the Imprint of ZIB.
© 2008-2022 by Zuse Institute Berlin (ZIB).