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GeezerVison is showing reference.wolfram.com — GPU Computing with NVIDIA—Wolfram Documentation

GPU Computing with NVIDIA

GPU computing has become ubiquitous in many areas, ranging from scientific computing and machine learning to games and many more. GPUs provide a parallel processing model that makes it possible to accelerate computations significantly and to handle large datasets efficiently, leading to faster and more powerful processing capabilities. With its GPU-aware array framework, high-level functions and powerful compiler, the Wolfram Language offers state-of-the-art functionality designed to leverage the capabilities of NVIDIA GPUs. Immediately access and manipulate data directly on GPUs and boost productivity using high-level linear algebra, statistics and mathematical functions without sacrificing performance.

GPUArray — store data in memory for GPU

Normal — retrieve data from GPU

Arrays

GPUArrayQ — test whether an object is a valid GPU array

ArrayQ  ▪  VectorQ  ▪  MatrixQ  ▪  ArrayDepth  ▪  Dimensions  ▪  Length  ▪  Part  ▪  First  ▪  Last  ▪  ByteCount

Linear Algebra »

Dot — matrix operations

Transpose  ▪  ConjugateTranspose  ▪  Diagonal  ▪  Tr

LinearSolve — solve linear systems

Inverse  ▪  PseudoInverse  ▪  SingularValueDecomposition

LeastSquares — solve linear least-squares problems

Discrete Fourier Analysis »

Fourier — find the discrete Fourier transform

InverseFourier — find the discrete inverse Fourier transform

Random Number Generation »

SeedRandom — use "GPU" method for pseudorandom number generation

RandomInteger  ▪  RandomReal  ▪  RandomComplex

Statistics »

Mean — descriptive statistics

GeometricMean  ▪  Variance  ▪  Skewness  ▪  StandardDeviation  ▪  RootMeanSquare  ▪  Kurtosis

Sort — order statistics

Min  ▪  Max  ▪  MinMax  ▪  Ordering

Mathematical Functions »

Plus, Times — arithmetic functions

Subtract  ▪  Divide  ▪  Total  ▪  Mean  ▪  Accumulate  ▪  Differences  ▪  Ratios

Sin, Cos — trigonometric functions

Tan  ▪  ArcSin  ▪  ArcCos  ▪  ArcTan

Exp, Log — transcendental functions

Log2  ▪  Log10  ▪  Power  ▪  Sqrt  ▪  CubeRoot

Sinh, Cosh — hyperbolic functions

Tanh  ▪  ArcSinh  ▪  ArcCosh  ▪  ArcTanh

Ceiling, Floor — integer functions

Round  ▪  IntegerPart  ▪  FractionalPart

Abs, Sign — absolute values and signs

RealAbs  ▪  RealSign  ▪  Re  ▪  Im  ▪  Arg  ▪  Conjugate

Visualization »

ArrayPlot, MatrixPlot — plot values of an array

ListPlot — data visualization

ListLinePlot  ▪  ListDensityPlot  ▪  ListContourPlot  ▪  ListLogPlot  ▪  ListPolarPlot  ▪  ParallelAxisPlot  ▪  RadialAxisPlot

Code Compilation & Generation »

FunctionCompileExport — export code suitable for GPU architecture

FunctionCompile  ▪  FunctionCompileExportLibrary

GPU Programming »

CUDALink — collection of low-level CUDA functions

Related Guides

    ▪
  • CUDA Computation in the Wolfram Language
  • ▪
  • OpenCL Computation in the Wolfram Language
  • ▪
  • Parallel Computing in the Wolfram Language
  • ▪
  • Calling External Programs
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