• Developers
  • Support
  • Forums
Vitis Solver Library
2019.2

Overview

  • Library Overview

User Guide

  • L2 Module User Guide
    • Supported Numerical Methods
      • Matrix Decomposition
        • Singular Value Decomposition for symmetric matrix (GESVDJ)
        • Singular Value Decomposition for general matrix (GESVJ)
        • General QR Decomposition (GEQRF)
        • Lower-Upper Decomposition (GETRF)
        • Lower-Upper Decomposition (GETRF_NOPIVOT)
        • Cholesky Decomposition for SPD matrix (POTRF)
      • Linear Solver
        • Triangular Solver (GTSV)
        • Symmetric Linear Solver (POLINEARSOLVER)
        • Symmetric Matrix Inverse (POMATRIXINVERSE)
        • General Linear Solver (GELINEARSOLVER)
        • General Matrix Inverse (GEMATRIXINVERSE)
        • Triangular Solver with multiple right-hand sides (TRTRS)
      • Eigenvalue Solver
        • Eigenvalue Solver (SYEVJ)
    • Level II APIs

Benchmark Result

  • Quality and Performance
Vitis Solver Library
  • »
  • L2 Module User Guide »
  • Matrix Decomposition

Matrix Decomposition¶

  • Singular Value Decomposition for symmetric matrix (GESVDJ)
  • Singular Value Decomposition for general matrix (GESVJ)
  • General QR Decomposition (GEQRF)
  • Lower-Upper Decomposition (GETRF)
  • Lower-Upper Decomposition (GETRF_NOPIVOT)
  • Cholesky Decomposition for SPD matrix (POTRF)

Linear Solver¶

  • Triangular Solver (GTSV)
  • Symmetric Linear Solver (POLINEARSOLVER)
  • Symmetric Matrix Inverse (POMATRIXINVERSE)
  • General Linear Solver (GELINEARSOLVER)
  • General Matrix Inverse (GEMATRIXINVERSE)
  • Triangular Solver with multiple right-hand sides (TRTRS)

Eigenvalue Solver¶

  • Eigenvalue Solver (SYEVJ)
Next Previous

© Copyright 2019, Xilinx