1The NFFT3 package was developed and is maintained by
2
3Prof. Dr. Daniel Potts <potts@mathematik.tu-chemnitz.de>
4 TU Chemnitz, Fakultaet fuer Mathematik
5 Reichenhainer Str. 39
6 09107 Chemnitz, GERMANY
7
8Dr. Jens Keiner <jens@nfft.org>
9 - fast polynomial transform (/kernel/fpt)
10 - nfft on the sphere (/kernel/nfsft)
11 - fast summation on the sphere (/applications/fastsumS2)
12 - autotools, doxygen and friends
13 - Matlab mex interface for nfsft (/matlab/nfsft)
14
15Prof. Dr. Stefan Kunis <stefan.kunis@math.uos.de>
16 - nfft (/kernel/nfft)
17 - inverse transforms (kernel/solver)
18 - nfft on the hyperbolic cross (/kernel/nsfft)
19 - fast Gauss transform (/applications/fastgauss)
20 - Matlab mex interface for nfft (/matlab/nfft)
21
22Further contributions, in particular applications, are due to
23
24Dr. Markus Fenn
25 - nfft on the hyperbolic cross (/kernel/nsfft)
26 - polar fft (/applications/polarFFT)
27 - discrete Radon transform and ridgelet transform (/applications/radon)
28 - fast summation (/applications/fastsum)
29
30Steffen Klatt
31 - nonequispaced cosine transform (/kernel/nfct)
32 - nonequispaced sine transform (/kernel/nfst)
33
34Dr. Tobias Knopp
35 - transforms in magnetic resonance imaging (/kernel/mri)
36 - nonequispaced in time and frequency fft (/kernel/nnfft)
37 - reconstruction in magnetic resonance imaging (/applications/mri)
38
39Dr. Antje Vollrath <a.vollrath@tu-bs.de>
40 - transforms on the rotation group SO(3) (/kernel/nfsoft)
41
42Dr. Toni Volkmer
43 - OpenMP parallelization of nfft (/kernel/nfft)
44 - OpenMP parallelization of nfsft (/kernel/nfsft)
45 - OpenMP parallelization of fast summation (/applications/fastsum)
46
47Dr. Michael Quellmalz
48 - OpenMP parallelization of nfsoft (/kernel/nfsoft)
49 - Matlab mex interface for nfsoft (/matlab/nfsoft)
50
51Felix Bartel
52 - Matlab mex interface for fpt (/matlab/fpt)
53
54Melanie Kircheis
55 - inverse nfft in 1D (/matlab/infft1d)
56
57Michael Schmischke
58 - Julia interface (/julia)
59
60