accelerInt
v0.1
|
Directories | |
directory | exp4 |
directory | exprb43 |
Files | |
file | arnoldi.cuh [code] |
Implementation of the GPU arnoldi iteration methods. | |
file | arnoldi.h [code] |
Implementation of the arnoldi iteration methods. | |
file | cf.c [code] |
File containing functions for best rational approximation to matrix exponential. | |
file | cf.h [code] |
Header definition for rational approximation to matrix exponential. | |
file | exponential_linear_algebra.cu [code] |
Implementation of various linear algebra functions needed in the exponential integrators. | |
file | exponential_linear_algebra.cuh [code] |
Definitions of various linear algebra functions needed in the exponential integrators. | |
file | exponential_linear_algebra.h [code] |
Implementation of various linear algebra functions needed in the exponential integrators. | |
file | linear-algebra.c [code] |
Various linear algebra routines needed for the Carathéodory-Fejér method. | |
file | linear-algebra.h [code] |
Header definitions of linear algebra routines needed for the Carathéodory-Fejér method. | |
file | phiAHessenberg.c [code] |
Computes various matrix exponential functions on the Krylov Hessenberg matricies. | |
file | phiAHessenberg.cu [code] |
Computes various matrix exponential functions on the Krylov Hessenberg matricies. | |
file | phiAHessenberg.cuh [code] |
Header for Matrix exponential (phi) methods. | |
file | phiAHessenberg.h [code] |
Header for Matrix exponential (phi) methods. | |
file | rational_approximant.c [code] |
The generic initialization file for poles/hosts for RA based evaulation of the matrix exponential. | |
file | rational_approximant.cu [code] |
The generic initialization file for poles/hosts for RA based evaulation of the matrix exponential. | |
file | rational_approximant.cuh [code] |
The generic initialization file for poles/hosts for RA based evaulation of the matrix exponential. | |
file | rational_approximant.h [code] |
The generic initialization file for poles/hosts for RA based evaulation of the matrix exponential. | |