Parallel Three-Dimensional Fast Fourier Transforms 2.5.1

Parallel Three-Dimensional Fast Fourier Transforms is a library for computational computing in a wide range of sciences.
Parallel Three-Dimensional Fast Fourier Transforms, dubbed P3DFFT, is a library for computational computing in a wide range of sciences, such as physics, climatology, chemistry.

This project was developed at SDSC by Dmitry Pekurovsky as a product of a Strategic Applications Collaborations (SAC) project.

Main features:

  • Parallel implementation with 2D data decomposition, overcoming an important limitation to scalability of other 3D FFT libraries implementing 1D, or slab, decomposition.
  • Optimized for parallel communication and single-CPU performance.
  • Built on top of well-optimized and flexible 1D FFT libraries.

last updated on:
November 22nd, 2011, 11:05 GMT
price:
FREE!
developed by:
San Diego Supercomputer Center
homepage:
www.sdsc.edu
license type:
GPL (GNU General Public License) 
category:
ROOT \ Science and Engineering \ Mathematics

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What's New in This Release:
  • This version adds assorted bugfixes and enhancements.
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