This software was written and packaged by Lev Givon. Although it depends upon the excellent PyCUDA package by Andreas Klöckner, scikit-cuda is developed independently of PyCUDA.
Special thanks are due to the following parties for their contributions:
- Frédéric Bastien - CUBLAS version detection enhancements.
- Arnaud Bergeron - Fix to prevent LANG from affecting objdump output.
- David Wei Chiang - Improvements to vectorized functions, bug fixes.
- Sander Dieleman - CUBLAS 5 bindings.
- Chris Capdevila - MacOS X library search fix.
- Ben Erichson - QR decomposition, eigenvalue/eigenvector computation, Dynamic Mode Decomposition, randomized linear algebra routines.
- Ying Wei (Daniel) Fan - Kindly permitted reuse of CUBLAS wrapper code in his PARRET Python package.
- Michael M. Forbes - Improved MacOSX compatibility, bug fixes.
- Jacob Frelinger - Various enhancements.
- Tim Klein - Additional MAGMA wrappers.
- Joseph Martinot-Lagarde - Python 3 compatibility improvements.
- Eric Larson - Various enhancements.
- Gregory R. Lee - Enhanced FFT plan creation.
- Bryant Menn - CUSOLVER support for symmetric eigenvalue decomposition.
- Bruce Merry - Support for CUFFT extensible plan API.
- Teodor Mihai Moldovan - CUBLAS 5 bindings.
- Lars Pastewka - FFT tests and FFTW compatibility mode configuration.
- Li Yong Liu - CUBLAS batch wrappers.
- Luke Pfister - Bug fixes.
- Michael Rader - Bug fixes.
- Nate Merrill - PCA module.
- Alex Rubinsteyn - Support for CULA Dense Free R17.
- Xing Shi - Bug fixes.
- Steve Taylor - Cholesky factorization/solve functions.
- Rob Turetsky - Useful feedback.
- Thomas Unterthiner - Additional high-level and wrapper functions.
- Nikul H. Ukani - Additional MAGMA wrappers.
- S. Clarkson - Bug fixes.
- Stefan van der Walt - Bug fixes.
- Feng Wang - Bug reports.
- Alexander Weyman - Simpson's Rule.
- Evgeniy Zheltonozhskiy - Complex Hermitian support eigenvalue decomposition.
- Wing-Kit Lee - Fixes for MAGMA eigenvalue decomp wrappers.
- Yiyin Zhou - Patches, bug reports, and function wrappers