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cuSOLVERDx

cuSOLVERDx - Home cuSOLVERDx - Home

cuSOLVERDx

Table of Contents

  • Documentation Home

Getting Started

  • Requirements
  • Installation
  • Functionality
    • Linear Solve
      • Cholesky POTRF
      • Cholesky POTRS
      • Cholesky POSV
      • LU GETRF
      • LU GETRS
      • LU GESV
      • LU GTSV_NO_PIVOT
      • MODIFIED_LU
    • Least Squares
      • GELS
    • Orthogonal Factors
      • QR GEQRF
      • QR UNMQR
      • QR UNGQR
      • LQ GELQF
      • LQ UNMLQ
      • LQ UNGLQ
    • Symmetric Eigenvalues
      • Symmetric/Hermitian Tridiagonal HTEV
      • Symmetric/Hermitian HEEV
      • Reduction from Generalized to Standard Form (HEGST)
      • Generalized Eigenvalue Solver (HEGV)
    • Singular Value Decomposition (SVD)
      • BDSVD
      • GESVD
    • BLAS
      • Triangular System Solve TRSM
  • Using cuSolverDx
  • Achieving High Performance

API Reference

  • Operators
    • Description Operators
    • Execution Operators
  • Traits
    • Description Traits
    • Execution Traits
    • Other Traits
  • Execution Methods
  • I/O Methods
  • Shared Memory Management

Python

  • Python Bindings

Examples

  • Examples List
    • Introduction
    • Linear Solve
    • Least Squares
    • Orthogonalization
    • Symmetric Eigenvalue
    • Singular Value Decomposition
    • BLAS
    • NVRTC
    • Performance
    • Advanced

References

  • Release notes
  • GitHub Samples
  • License

MathDx

  • cuSolverDx
  • cuBLASDx
  • cuFFTDx
  • cuRANDDx
  • nvCOMPDx
  • Functionality
  • Symmetric/Hermitian Eigenvalues

Symmetric/Hermitian Eigenvalues#

  • Symmetric/Hermitian Tridiagonal HTEV
  • Symmetric/Hermitian HEEV
  • Reduction from Generalized to Standard Form (HEGST)
    • Background
    • Device API
    • EigType
  • Generalized Eigenvalue Solver (HEGV)
    • Device API
    • Supported Configurations

previous

Matrix Q Generation from LQ Factorization

next

Eigenvalue Solver for Symmetric or Hermitian Tridiagonal Matrix
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