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Next Generation FFT Algorithms in Theory and Practice: Parallel Implementations, Sparse FFTs, and Applications

The fast Fourier Transform (FFT) is an algorithm used in a wide variety of applications, yet does not make optimal use of many current hardware platforms. Hardware utilization performance on its own does not however imply optimal problem solving. The purpose of this minisymposium is to enable exchange of information between people working on alternative FFT algorithms such as sparse and non uniform FFTs, to those working on FFT implementations, in particular for parallel hardware.

We aim to explore how FFT could be implemented efficiently on large number of accelerators.

Conference page.

Session 1.

Session 2.

Organizer Affiliation
Daisuke Takahashi University of Tsukuba
Mark Iwen Michigan State University
Samar Aseeri King Abdullah University of Science and Technology
Benson K. Muite University of Tartu

Speaker Affiliation Presentation
Daisuke Takahashi University of Tsukuba Slides
Mark Iwen Michigan State University Slides
Alexander Kalinkin Intel Corporation
Sina Bittens University of Goettingen Slides
Samar Aseeri King Abdullah University of Science and Technology
Bosu Choi University of Texas at Austin Slides
Toni Volkmer Chemnitz University of Technology Slides
Henry A. Boateng Bates College