The CUDA Library Samples repository contains various examples that demonstrate the use of GPU-accelerated libraries in CUDA. These libraries enable high-performance computing in a wide range of applications, including math operations, image processing, signal processing, linear algebra, and compression. The samples included cover:
- Math and Image Processing Libraries
- cuBLAS (Basic Linear Algebra Subprograms)
- cuTENSOR (Tensor Linear Algebra)
- cuSPARSE (Sparse Matrix Operations)
- cuSOLVER (Dense and Sparse Solvers)
- cuFFT (Fast Fourier Transform)
- cuRAND (Random Number Generation)
- NPP (Image and Video Processing)
- nvJPEG (JPEG Encode/Decode)
- nvCOMP (Data Compression)
- and more...
The CUDA Library Samples are provided by NVIDIA Corporation as Open Source software, released under the 3-clause "New" BSD license. These examples showcase how to leverage GPU-accelerated libraries for efficient computation across various fields.
For more information on the available libraries and their uses, visit GPU Accelerated Libraries.
Explore the examples of each CUDA library included in this repository:
- cuBLAS - GPU-accelerated basic linear algebra (BLAS) library
- cuBLASLt - Lightweight BLAS library
- cuBLASMp - Multi-process BLAS library
- cuBLASDx - Device-side BLAS extensions
- cuDSS - GPU-accelerated linear solvers
- cuFFT - Fast Fourier Transforms
- cuFFTMp - Multi-process FFT
- cuFFTDx - Device-side FFT extensions
- cuRAND - Random number generation
- cuSOLVER - Dense and sparse direct solvers
- cuSOLVERMp - Multi-process solvers
- cuSPARSE - BLAS for sparse matrices
- cuSPARSELt - Lightweight BLAS for sparse matrices
- cuTENSOR - Tensor linear algebra library
- cuTENSORMg - Multi-GPU tensor linear algebra
- NPP - GPU-accelerated image, video, and signal processing functions
- NPP+ - C++ extensions for NPP
- nvJPEG - High-performance JPEG encode/decode
- nvJPEG2000 - JPEG2000 encoding/decoding
- nvTIFF - TIFF encoding/decoding
- nvCOMP - Data compression and decompression
Each sample provides a practical use case for how to apply these libraries in real-world scenarios, showcasing the power and flexibility of CUDA for a wide variety of computational needs.
For more information and documentation on CUDA libraries, please visit:
The CUDA Library Samples are distributed under the 3-clause "New" BSD license. For more details, refer to the license terms below:
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